Motorola XPR6100, XPR6300, XPR6350, XPR6500, XPR6550 service manual

PROFESSIONAL DIGITAL TWO-WAY RADIO

MOTOTRBO™
PORTABLE
DETAILED SERVICE
MANUAL

XPR™ 6550 DISPLAY PORTABLE (WITH GPS)
XPR™ 6500 DISPLAY PORTABLE
XPR™ 6350 NON-DISPLAY PORTABLE (WITH GPS)
XPR™ 6300 NON-DISPLAY PORTABLE
XPR™ 6100 NON-DISPLAY PORTABLE

Foreword

This manual covers all models of the XPR series Portable Radios, unless otherwise specified. It includes all the
information necessary to maintain peak product performance and maximum working time, using levels 1 and 2
maintenance procedures. This level of service goes down to the board replacement level and is typical of some local
service centers, Motorola Authorized Dealers, self-maintained customers, and distributors.

Product Safety and RF Exposure Compliance

Before using this product, read the operating instructions
for safe usage contained in the Product Safety and RF

!

C a u t i o n

This radio is restricted to occupational use only to satisfy FCC RF energy exposure requirements.
Before using this product, read the RF energy awarene ss information a nd operating ins tructions in the
Product Safety and RF Exposure booklet enclosed with your radio (Motorola Publication part number
6881095C98) to ensure compliance with RF energy exposure limits.

For a list of Motorola-approved antennas, bat ter ies, and othe r acces sor ie s, visit the f ollo wing web site
which lists approved accessories: http://www.motorolasolutions.com/governmentandenterprise

Computer Software Copyrights

The Motorola products described in this manual may include copyrighted Motorola computer programs stored in
semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain
exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in
any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the
Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in
any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not
be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or
patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the
sale of a product.

Exposure booklet enclosed with your radio.

ATTENTION!

Document Copyrights

No duplication or distribution of this document or any portion thereof shall take place without the express written permission
of Motorola. No part of this manual may be reproduced, distributed, or transmitted in any form or by any means, electronic
or mechanical, for any purpose without the express written permission of Motorola.

Disclaimer

The information in this document is carefully examined, and is believed to be entirely reliable. However, no responsibility is
assumed for inaccuracies. Furthermore, Motorola reserves the right to make changes to any products herein to improve
readability, function, or design. Motorola does not assume any liability arising out of the applications or use of any product
or circuit described herein; nor does it cover any license under its patent rights nor the rights of others.

Trademarks

MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of
Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective
owners.

© 2006,2007 - 2012 Motorola Solutions, Inc.
All rights reserved..

Document History

The following major changes have been implemented in this manual since the previous edition:

Edition Description Date

6880309T31-A Initial Release May 2007
6880309T31-B Added VHF band information. June 2007

iii

6880309T31-C Updated front cover.

Updated Maintenance chapter.
6880309T31-D Added UHF2 band information. June 2008
6880309T31-E Added new Schematics for UHF and VHF

Updated Partslist for UHF and VHF

Added Controller Schematic for 8415113H13

Updated parts list.
6880309T31-F XPR 6100 model information added

Added PCB and parts list for UHF1 and VHF

Added controller schematics for 8486716Z23,

8486716Z24, 8415113H19, 8415113H20

Oct. 2007

Sept. 2011

Jan. 2012

iv

Notes

Table of Contents

Document History .......................................................................................................... iii

Section 1 Introduction......................................................................... 1-1

1.0 Notations Used in This Manual............................................................................1-1

2.0 Radio Description ................................................................................................1-1

Section 2 Maintenance ........................................................................ 2-1

1.0 Introduction..........................................................................................................2-1

2.0 Preventive Maintenance......................................................................................2-1

2.1 Inspection.......................................................................................................2-1

2.2 Cleaning Procedures......................................................................................2-1

2.3 Safe Handling of CMOS and LDMOS Devices ..............................................2-2

3.0 Repair Procedures and Techniques — General..................................................2-4

4.0 Notes For All Schematics and Circuit Boards......................................................2-6

v

Section 3 Test Equipment and Service Aids..................................... 3-1

1.0 Recommended Test Equipment..........................................................................3-1

2.0 Service Aids.........................................................................................................3-2

3.0 Programming, Testing and Alignment Cable.......................................................3-3

Section 4 Power Up Self-Test ............................................................. 4-1

1.0 Power-Up Error Codes (Display Model only).......................................................4-1

2.0 Operational Error Codes......................................................................................4-2

Section 5 Controller Information........................................................ 5-1

1.0 General Controller Block......................................................................................5-1

1.1 OMAP1710 Processor (U1000)......................................................................5-1

1.2 Flash Memory (U2000)...................................................................................5-2

1.3 SDRAM (U2001) ............................................................................................5-2

1.4 MAKO IC (U3000)..........................................................................................5-2

2.0 Controller Board...................................................................................................5-2

2.1 Radio Power Distribution................................................................................5-2

2.2 Clocks.............................................................................................................5-4

2.3 Serial Peripheral Interface (SPI).....................................................................5-5

2.4 Serial Synchronous Interface (SSI)................................................................5-6

2.5 ACC_ID Interface...........................................................................................5-7

2.6 USB Interface.................................................................................................5-7

2.7 Universal Connector (Side Connector)...........................................................5-8

vi

2.8 Keypad Module...............................................................................................5-8

2.9 Display Module ...............................................................................................5-8

2.10 Audio...............................................................................................................5-9

2.11 Troubleshooting Charts ................................................................................5-11

Troubleshooting Flow Chart for Controller (Sheet 1 of 2).....................................5-11

Troubleshooting Flow Chart for Controller (Sheet 2 of 2).....................................5-12

2.12 Controller Schematics ..................................................................................5-13

Complete Controller Schematic Diagram..............................................................5-13

MAKO-Controller Schematic Diagram..................................................................5-14

Complete Controller Microprocessor Schematic Diagram....................................5-15

Complete Controller Microprocessor Schematic Diagram (for 8475130M01) ......5-16

Controller Memory Schematic Diagram................................................................5-17

Controller Memory Schematic Diagram (for 8475130M01) ..................................5-18

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z04)......5-19

Controller Audio and Digital Interface Schematic Diagram (for 8475130M01).....5-20

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z07/

8486716Z13, 8486716Z08 & 8415113H03).................................................5-21

Controller Audio and Digital Interface Schematic Diagram (for 8415113H05)......5-22

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z16 &

8415113H13.................................................................................................5-23

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z23)......5-24

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z24)......5-25

Controller Audio and Digital Interface Schematic Diagram (for 8415113H19)......5-26

Controller Audio and Digital Interface Schematic Diagram (for 8415113H20)......5-27

Controller Power Management Block Schematic Diagram (for 8486716Z04)......5-28

Controller Power Management Block Schematic Diagram (for 8475130M01) .....5-29

Controller Power Management Block Schematic Diagram (for 8486716Z07/

8486716Z13) ................................................................................................5-30

Controller Power Management Block Schematic Diagram (for 8486716Z08)......5-31

Controller Power Management Block Schematic Diagram (for 8415113H03)......5-32

Controller Power Management Block Schematic Diagram (for 8415113H05)......5-33

Controller Power Management Block Schematic Diagram (for 8415113H13)......5-34

Controller Power Management Block Schematic Diagram (for 8486716Z23)......5-35

Controller Power Management Block Schematic Diagram (for 8486716Z24)......5-36

Controller Power Management Block Schematic Diagram (for 8415113H19)......5-37

Controller Power Management Block Schematic Diagram (for 8415113H20)......5-38

Controller Line Regulators for GPS Schematic Diagram......................................5-39

Controller LCD and Speaker Interface Schematic Diagram (for 8486716Z04,

8486716Z07/8486716Z13, 8486716Z08 & 8475130M01)............................5-40

Controller LCD and Speaker Interface Schematic Diagram (for 8415113H03 &

8415113H05)................................................................................................5-41

Controller UC Interface Schematic Diagram (for 8486716Z04 & 8486716Z07/

8486716Z13) ................................................................................................5-42

Controller UC Interface Schematic Diagram (for 8475130M01)...........................5-43

Controller UC Interface Schematic Diagram (for 8486716Z08)............................5-44

Controller UC Interface Schematic Diagram (for 8415113H03 & 8415113H05)...5-45

vii

Controls and Switches Schematic Diagram (for 8486716Z04) ............................5-46

Controls and Switches Schematic Diagram (for 8486716Z07/8486716Z13,

8486716Z08 & 8475130M01) *Emergency Button not applicable for XPR 6100*

5-47
Controls and Switches Schematic Diagram (for 8415113H03 & 8415113H05)...5-48
Controls and Switches Schematic Diagram (for 8486716Z16) *Emergency Button not

applicable for XPR 6100*.............................................................................5-49

Controls and Switches Schematic Diagram (for 8415113H13) *Emergency Button not

applicable for XPR 6100...............................................................................5-50

Controls and Switches Schematic Diagram (for 8486716Z23, 8486716Z24,

8415113H19, 8415113H20).........................................................................5-51

Section 6 UHF1 (403–470 MHz) Information...................................... 6-1

1.0 Transmitter...........................................................................................................6-1

1.1 General...........................................................................................................6-1

2.0 Receiver...............................................................................................................6-4

2.1 Receiver Front-End........................................................................................6-4

2.2 Receiver Back-End.........................................................................................6-5

3.0 Frequency Generation Circuitry...........................................................................6-5

3.1 Synthesizer.....................................................................................................6-6

3.2 VCO - Voltage Controlled Oscillator...............................................................6-6

4.0 Global Positioning System (GPS) Receiver.........................................................6-7

5.0 Allocation of Schematics and Circuit Boards.......................................................6-8

5.1 Controller Circuits...........................................................................................6-8

6.0 Circuit Board/Schematic Diagrams and Parts List...............................................6-9

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z04 .....................6-9

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z04..............6-10

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z07/ ..................6-11

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z07/.............6-12

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z08 . ..................6-13

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z08..............6-14

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z16 . ..................6-15

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z16..............6-16

UHF1 (403-470 MHz) Main Board Top Side PCB No. 8486716Z23....................6-17

UHF1 (403-470 MHz) Main Board Bottom Side PCB No. 8486716Z23...............6-18

UHF1 (403-470 MHz) Main Board Top Side PCB No. 8486716Z24....................6-19

UHF1 (403-470 MHz) Main Board Bottom Side PCB No. 8486716Z24...............6-20

Complete Radio Schematic Diagram ...................................................................6-21

Complete UHF1 RF Schematic Diagram .............................................................6-22

Complete UHF1 Transmitter Schematic Diagram................................................6-23

UHF1 Transmitter Schematic Diagram ................................................................6-24

UHF1 Harmonic Filter and Antenna Switch Schematic Diagram .........................6-25

Complete UHF1 Receiver Schematic Diagram....................................................6-26

UHF1 Receiver Front End Schematic Diagram ....................................................6-27

UHF1 Receiver Back End Schematic Diagram....................................................6-28

viii

Complete UHF1 Frequency Generating Unit Schematic Diagram........................6-29

UHF1 Synthesizer Schematic Diagram ................................................................6-30

UHF1 Voltage Controlled Oscillator Schematic Diagram......................................6-31

UHF1 GPS Block Schematic Diagram..................................................................6-32

UHF1 Radio Parts List (8486716Z04) ..................................................................6-33

UHF1 Radio Parts List (8486716Z07/) .................................................................6-38

UHF1 Radio Parts List (8486716Z08) ..................................................................6-43

UHF1 Radio Parts List (8486716Z16) ..................................................................6-48

UHF1 Radio Parts List (8486716Z23) ..................................................................6-54

UHF1 Radio Parts List (8486716Z24) ..................................................................6-64

Section 7 UHF2 (450–512 MHz) Information...................................... 7-1

1.0 Transmitter...........................................................................................................7-1

1.1 General...........................................................................................................7-1

2.0 Receiver...............................................................................................................7-4

2.1 Receiver Front-End.........................................................................................7-4

2.2 Receiver Back-End.........................................................................................7-5

3.0 Frequency Generation Circuitry ...........................................................................7-5

3.1 Synthesizer.....................................................................................................7-6

3.2 VCO – Voltage Controlled Oscillator ..............................................................7-6

4.0 Global Positioning System (GPS) Receiver.........................................................7-7

5.0 Allocation of Schematics and Circuit Boards .......................................................7-8

5.1 Controller Circuits ...........................................................................................7-8

6.0 Circuit Board/Schematic Diagrams and Parts List ...............................................7-9

UHF2 (450–512 MHz) Main Board Top Side PCB No. 8475130M01/8475130M02.7-

9

UHF2 (450–512 MHz) Main Board Bottom Side PCB No. 8475130M01/8475130M02

7-10

Complete Radio Schematic Diagram....................................................................7-11

Complete UHF2 RF Schematic Diagram..............................................................7-12

Complete UHF2 Transmitter Schematic Diagram.................................................7-13

UHF2 Transmitter Schematic Diagram

UHF2 Harmonic Filter and Antenna Switch Schematic Diagram..........................7-15

Complete UHF2 Receiver Schematic Diagram.....................................................7-16

UHF2 Receiver Front End Schematic Diagram....................................................7-17

UHF2 Receiver Back End Schematic Diagram.....................................................7-18

Complete UHF2 Frequency Generating Unit Schematic Diagram........................7-19

UHF2 Synthesizer Schematic Diagram ................................................................7-20

UHF2 Voltage Controlled Oscillator Schematic Diagram......................................7-21

UHF2 GPS Block Schematic Diagram..................................................................7-22

UHF2 Radio Parts List (8475130M01/8475130M02)............................................7-23

.................................................................7-14

Section 9 VHF (136–174 MHz) Information ........................................ 8-1

1.0 Transmitter...........................................................................................................8-1

1.1 General...........................................................................................................8-1

2.0 Receiver...............................................................................................................8-4

2.1 Receiver Front-End........................................................................................8-4

2.2 Receiver Back-End.........................................................................................8-5

3.0 Frequency Generation Circuitry...........................................................................8-5

3.1 Synthesizer.....................................................................................................8-6

3.2 VCO - Voltage Controlled Oscillator...............................................................8-6

4.0 Global Positioning System (GPS) Receiver.........................................................8-7

5.0 Allocation of Schematics and Circuit Boards.......................................................8-8

5.1 Controller Circuits...........................................................................................8-8

6.0 Circuit Board/Schematic Diagrams and Parts List...............................................8-9

VHF (136–174 MHz) Main Board Top Side PCB No. 8415113H03.......................8-9

VHF (136–174 MHz) Main Board Bottom Side PCB No. 8415113H03................8-10

VHF (136–174 MHz) Main Board Top Side PCB No. 8415113H05.....................8-11

VHF (136–174 MHz) Main Board Bottom Side PCB No. 8415113H05................8-12

VHF (136–174 MHz) Main Board Top Side PCB No. 8415113H13.....................8-13

VHF (136–174 MHz) Main Board Bottom Side PCB No. 8415113H13................8-14

VHF (136-174 MHz) Main Board Top Side PCB No. 8415113H19......................8-15

VHF (136-174 MHz) Main Board Bottom Side PCB No: 8415113H19.................8-16

VHF (136-174 MHz) Main Board Top Side PCB No. 8415113H20......................8-17

VHF (136-174 MHz) Main Board Bottom Side PCB No: 8415113H20.................8-18

Complete Radio Schematic Diagram ...................................................................8-19

Complete VHF RF Schematic Diagram................................................................8-20

Complete VHF Transmitter Schematic Diagram ..................................................8-21

VHF Transmitter Schematic Diagram...................................................................8-22

VHF Harmonic Filter and Antenna Switch Schematic Diagram ...........................8-23

Complete VHF Receiver Schematic Diagram ......................................................8-24

VHF Receiver Front End Schematic Diagram......................................................8-25

VHF Receiver Back End Schematic Diagram ......................................................8-26

Complete VHF Frequency Generating Unit Schematic Diagram .........................8-27

VHF Synthesizer Schematic Diagram..................................................................8-28

VHF Voltage Controlled Oscillator Schematic Diagram .......................................8-29

VHF GPS Block Schematic Diagram ...................................................................8-30

VHF Radio Parts List (8415113H03)....................................................................8-31

VHF Radio Parts List (8415113H05)....................................................................8-36

VHF Radio Parts List (8415113H13)....................................................................8-41

VHF Radio Parts List (8415113H19)....................................................................8-47

VHF Radio Parts List (8415113H20)....................................................................8-58

ix

Section 10 Troubleshooting Charts ..................................................... 9-1

1.0 VHF, 350 MHz and UHF1 Troubleshooting Charts .............................................9-1

Troubleshooting Flow Chart for Receiver (Sheet 1 of 2)........................................9-1

x

Troubleshooting Flow Chart for Receiver (Sheet 2 of 2).........................................9-2

Troubleshooting Flow Chart for Transmitter ...........................................................9-3

Troubleshooting Flow Chart for Synthesizer...........................................................9-4

Troubleshooting Flow Chart for VCO (Sheet 1 of 2)...............................................9-5

Troubleshooting Flow Chart for VCO (Sheet 2 of 2)...............................................9-6

Troubleshooting Flow Chart for GPS Receiver (Sheet 1 of 3)................................9-7

Troubleshooting Flow Chart for GPS Receiver (Sheet 2 of 3)................................9-8

Troubleshooting Flow Chart for GPS Receiver (Sheet 3 of 3)................................9-9

Section 11 Option Board Information ................................................ 10-1

1.0 Option Board......................................................................................................10-1

2.0 Board Layout/Schematic for Option Board.........................................................10-1

2.1 Parts List for Option Board ...........................................................................10-2

Appendix A Replacement Parts Ordering..............................................A-1

1.0 Basic Ordering Information .................................................................................A-1

2.0 Motorola Online...................................................................................................A-1

3.0 Mail Orders..........................................................................................................A-1

4.0 Telephone Orders...............................................................................................A-1

5.0 Fax Orders..........................................................................................................A-1

6.0 Parts Identification...............................................................................................A-1

7.0 Product Customer Service..................................................................................A-2

Appendix B Motorola Service Centers...................................................B-1

1.0 Servicing Information ..........................................................................................B-1

2.0 Motorola Service Center .....................................................................................B-1

3.0 Motorola Canadian Technical Logistics Center...................................................B-1

4.0 Motorola Federal Technical Center.....................................................................B-1

Glossary ..............................................................................................G-1

List of Figures xi

List of Figures

Figure 2-1: 12-Layer Circuit Board Detail Viewing................................................................................. 2-6

Figure 5-1: Controller Block Diagram..................................................................................................... 5-1

Figure 5-2: DC Power Distribution Block Diagram................................................................................. 5-2

Figure 5-3: Clock Connections............................................................................................................. .. 5-4

Figure 5-4: SPI Connections............................................................................. ..................................... 5-5

Figure 5-5: SSI Connections............................................................................. ..................................... 5-6

Figure 5-6: ACC_ID Interface Connections............................................................................................ 5-7

Figure 5-7: USB Interface Connections ............................................................ ... ... ....... ... ... ... ... .... .. . ... .. 5-7

Figure 5-8: Audio Block Diagram ........................................................................................................... 5-9

Figure 6-1: UHF Transmitter Block diagram........................................................................................... 6-1

Figure 6-2: Power Control Scheme Basic Block Diagram.................................................... ... ............... 6-3

Figure 6-3: UHF Receiver Block Diagram.............................................................................................. 6-4

Figure 6-4: Frequency Generating Unit Block Diagram ......................................................................... 6-5

Figure 6-5: GPS Receiver Block Diagram.............................................................................................. 6-7

Figure 7-1: UHF Transmitter Block diagram........................................................................................... 7-1

Figure 7-2: Power Control Scheme Basic Block Diagram.................................................... ... ............... 7-3

Figure 7-3: UHF Receiver Block Diagram.............................................................................................. 7-4

Figure 7-4: Frequency Generating Unit Block Diagram ......................................................................... 7-5

Figure 7-5: GPS Receiver Block Diagram.............................................................................................. 7-7

Figure 9-1: VHF Transmitter Block diagram........ ....... ... ... .... ... ... ... .... ... ... ... ... .... ... ... ... .... ... ... ... ... .... ... ..... 8-1

Figure 9-2: Power Control Scheme Basic Block Diagram.................................................... ... ............... 8-3

Figure 9-3: UHF Receiver Block Diagram.............................................................................................. 8-4

Figure 9-4: Frequency Generating Unit Block Diagram ......................................................................... 8-5

Figure 9-5: GPS Receiver Block Diagram.............................................................................................. 8-7

Figure 11-1: Option Board Layout.......................................... ................................................................ 10-1

Figure 11-2: Option Board Schematic.................................................................................................... 10-2

xii Related Publications

List of Tables

Table 1-1. Radio Frequency Ranges and Power Levels.......................................................................1-1

Table 2-2. Lead Free Solder Wire Part Number List.............................................................................2-4

Table 2-3. Lead Free Solder Paste Part Number List ..................... ......................................................2-4

Table 3-1. Recommended Test Equipment...........................................................................................3-1

Table 3-2. Service Aids ............................. ... ... .................................................................... ..................3-2

Table 3-3. Pin Configuration of Side Connector....................................................................................3-4

Table 4-4. Power-Up Error Codes.........................................................................................................4-1

Table 4-5. Operational Error Codes ................................ ... .... ... ... ....... ... ... ... ... .... ... ... ... .... ... ... ... ... . ........4-2

Table 6-1. UHF1 Diagrams and Parts List.............................................................................................6-8

Table 7-2. UHF2 Diagrams and Parts List.............................................................................................7-8

Table 8-6. VHF Diagrams and Parts List...............................................................................................8-8

List of Tables xiii

Related Publications

IMPRES Adaptive Single-Unit Charger User Manual..................................................................6816787H01

IMPRES Adaptive Multi-Unit Charger User Manual ....................................................................6816789H01

IMPRES Adaptive Multi-Unit Charger Service Manual................................................................ 6871357L01

Remote Speaker Microphone User Manual................................................................................. 6871003L01

IMPRES Remote Speaker Microphone User Manual................................................................. . 6871004L01

Factory Mutual Approval Manual.................................................................................................6871532L01

*MOTOTRBO™ Portable User Guide CD ....................................................................................HKLN4282_

*CD consists of:
XPR™ 6300/6350 User Guide
XPR™ 6300/6350 Quick Reference Card
XPR™ 6500/6550 User Guide
XPR™ 6500/6550 Quick Reference Card
Safety Leaflet

NOTE

XPR 6100 User Guide is only available via download and not part of the HKL N4282 CD kit.

xiv Related Publications

Commercial Warranty xiv

Commercial Warranty

Limited Warranty

MOTOROLA COMMUNICATION PRODUCTS

I. What This Warranty Covers And For How Long

MOTOROLA INC. (“MOTOROLA”) warrants the MOTOROLA manufactured Communication
Products listed below (“Product”) against defect s in material and workmanship under normal use and

service for a period of time from the date of purchase as scheduled below:

XPR Series Digital Portable Radios Two (2) Years
Product Accessories (Excluding Batteries and Chargers) One (1) Year

The portables additionally ship with a standard 1-year Repair Service Advantage (RSA) (for U.S.
customers) or 1-year Extended W arranty (for Canada customer s). However, at the time of order, yo u
may choose to omit these warranties. For more RSA or Extended Warranty information, please refer
to the portable price pages or Motorola Online (https://businessonline.motorola.com) > Resource
Center > Services > Service Product Offerings > Repair Service Advantage or Extended Warranty.

Motorola, at its option, will at no charge either repair the Product (with new or reconditioned parts),
replace it (with a new or reconditioned Product), or refund the purchase price of the Product during
the warranty period provided it is returned in accordance with the terms of this warranty. Replaced
parts or boards are warranted for the b alance o f the or igina l ap plicable war ra nty per iod. All repla ce d
parts of Product shall become the property of MOTOROLA.

This express limited warranty is extended by MOTOROLA to the original end user purchaser only
and is not assignable or transferable to any other p arty. This is the complete warranty for the Product
manufactured by MOTOROLA. MOTOROLA assumes no obligations or liability for additions or
modifications to this warranty unless made in writing and signed by an officer of MOTOROLA.
Unless made in a separate agreement between MOTO ROLA and the original end user purchaser,
MOTOROLA does not warrant the installation, maintenance or service of the Product.

MOTOROLA cannot be responsible in any way for any ancillary equipment not furnished by
MOTOROLA which is attached to or used in connection with the Product, or for operation of the
Product with any ancillary equipment, and all such equipment is expressly excluded from this
warranty. Because each system which may use the Product is unique, MOTOROLA disclaims
liability for range, coverage, or operation of the system as a whole under this warranty.

xv Commercial Warranty

II. General Provisions

This warranty sets forth the full extent of MOTOROLA'S responsibilities regarding the Product.
Repair, replacement or refund of the purchase price, at MOTOROLA's option, is the exclusive
remedy . THIS W ARRANTY IS GIVEN IN LIEU OF ALL OTHER EXPRESS WARRANTIES. IMPLIED
WARRANTIES, INCLUDING WITHOUT LIMITATION, IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE LIMITED TO THE
DURATION OF THIS LIMITED WARRANTY. IN NO EVENT SHALL MOTOROLA BE LIABLE FOR
DAMAGES IN EXCESS OF THE PURCHASE PRICE OF THE PRODUCT, FOR ANY LOSS OF
USE, LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, LOST PROFITS OR SAVINGS
OR OTHER INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
USE OR INABILITY TO USE SUCH PRODUCT, TO THE FULL EXTENT SUCH MAY BE
DISCLAIMED BY LAW.

III. State Law Rights

SOME STATES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR
CONSEQUENTIAL DAMAGES OR LIMITATION ON HOW LONG AN IMPLIED WARRANTY
LASTS, SO THE ABOVE LIMITATION OR EXCLUSIONS MAY NOT APPLY.

This warranty gives specific legal rights, and there may be other rights which may vary from state to
state.

IV. How To Get Warranty Service

You must provide proof of purchase (bearing the date of purchase and Product item serial number)
in order to receive warranty service and, also, deliver or send the Product item, transportation and
insurance prepaid, to an authorized warranty service location. Warranty service will be provided by
Motorola through one of its authorized warranty se rvice locations. If you first contact the company
which sold you the Product, it can facilitate your obtaining warranty service. You can also call
Motorola at 1-800-927-2744 US/Canada.

V. What This Warranty Does Not Cover

A. Defects or damage resulting from use of the Product in other than its normal and customary

manner.
B. Defects or damage from misuse, accident, water, or neglect.
C. Defects or damage from improper testing, operation, maintenance, installa tion, alteration,

modification, or adjustment.
D. Breakage or damag e to antennas u nless caused dir ectly by de fe cts in material workmanship.
E. A Product subjected to unauthorized Product modifica tions, disassemblies or repairs (includ-

ing, without limitation, the addition to the Product of non-Motorola supplied equipment) which

adversely affect performance of the Product or interfere with Motorola's normal warranty

inspection and testing of the Product to verify any warranty claim.
F. Product which has had the serial number removed or made illegible.
G. Rechargeable batteries if:

- any of the seals on the battery enclosure of cells are broken or show evidence of tamper­ing.

- the damage or defect is caused by charging or using the battery in equipment or service
other than the Product for which it is specified.

H. Freight costs to the repair depot.

Commercial Warranty xvi

I. A Product which, due to illegal or unauthorized alteration of the software/firmware in the Prod-

uct, does not function in accordance with MOTOROLA’s published specifications or the FCC
type acceptance labeling in effect for the Product at the time the Product was initially distrib­uted from MOTOROLA.

J. Scratches or other cosmetic damage to Product su rfaces that does not af fect th e operation of

the Product.

K. Normal and customary wear and tear.

VI. Patent And Software Provisions

MOTOROLA will defend, at its own expense, any suit brought against the end user purchaser to the
extent that it is based on a claim that the Product or part s infringe a United States patent, and
MOTOROLA will pay those costs and damages finally awarded against the end user purchaser in
any such suit which are attributable to any such claim, but such defense and payments are
conditioned on the following:

A. that MOTOROLA will be notified promptly in writing by such purchaser of any notice of such

claim;

B. that MOTOROLA will have sole control of the defense of such suit and all negotiations for its

settlement or compromise; and

C. should the Product or parts become, or in MOTOROLA's opinion be likely to become, the

subject of a claim of infringement of a United States patent, that such purchaser will permit
MOTOROLA, at its option and expense, either to procure for such purchaser the right to con­tinue using the Product or parts or to replace or modify the same so that it becomes nonin­fringing or to grant such purchaser a credit for the Product o r part s as depreciated an d accept
its return. The depreciation will be an equal amount per year over the lifetime of the Product
or parts as established by MOTOROLA.

MOTOROLA will have no liability with respect to any claim of patent infringement which is based
upon the combination of the Product or parts furnished hereunder with software, apparatus or
devices not furnished by MOTOROLA, nor will MOTOROLA have any liability for the use of ancillary
equipment or software not furnished by MOTOROLA which is at t ached to or used in con nection with
the Product. The foregoing states the entire liability of MOTOROLA with respect to infringement of
patents by the Product or any parts thereof.

Laws in the United States and other countries preserve for MOTOROLA certain exclusive rights for
copyrighted MOTOROLA software such as the exclusive rights to repro duce in copies and di stribute
copies of such Motorola software. MOTOROLA software may be used in only the Product in which
the software was originally embodied and such software in such Product may not be replaced,
copied, distributed, modified in any way, or used to produce any derivative thereof. No other use
including, without limitation, alteration, modification, reproduction, distribution, or reverse
engineering of such MOTOROLA software or exercise of rights in such MOTOROLA software is
permitted. No license is granted by implication, estoppel or otherwise under MOTOROLA patent
rights or copyrights.

VII. Governing Law

This Warranty is governed by the laws of the State of Illinois, USA.

xvii Battery and Charger Warranty

Battery and Charger Warranty

Workmanship Warranty

The workmanship warranty guarantees against defects in workmanship under normal use and
service.

All MOTOTRBO Batteries Two (2) Years
IMPRES Chargers (Single-Unit and Multi-Unit, Non-Display) Two (2) Years
IMPRES Chargers (Multi-Unit with Display) One (1) Year

Capacity Warranty

The capacity warranty guarantees 80% of the rated capacity for the warranty duration.

Nickel Metal-Hydride (NiMH) or Lithium-Ion (Li-lon) Batteries 12 Months
IMPRES Batteries, When Used Exclusively with IMPRES

Chargers

18 Months

Section 1
INTRODUCTION

1.0 Notations Used in This Manual

Throughout the text in this publication, you will notice the use of note and caution notations. These
notations are used to emphasize that safety hazards exist, and due care must be taken and
observed.

NOTE: An operational procedure, practice, or condition that is essential to emphasize.

!

C a u t i o n

CAUTION indicates a potentially hazardous situation which, if
not avoided, might

2.0 Radio Description

The XPR series portable radios are available in the following frequency ranges and power levels.

Table 1-1. Radio Frequency Ranges and Power Levels

Frequency Band Bandwidth Power Level

UHF R1 403–470 MHz 1 or 3.5, 4 Watt
UHF R2 450–512 MHz 1 or 4 Watt

VHF 136–174 MHz 1 or 3.5, 5 Watt

These radios are among the most sophisticated two-wa y radios available. They have a r obust design
for radio users who need high performance, quality , and reliability in their daily communications. This
architecture provides the capability of supporting a multitude of legacy and advanced features
resulting in a more cost-effective two-way radio communications solution.

result in equipment damage.

1-2 Radio Description

Notes

Section 2
MAINTENANCE

1.0 Introduction

This chapter provides details about the following

• Preventive maintenance (inspection and cleaning).

• Safe handling of CMOS and LDMOS devices.

• Repair procedures and techniques

2.0 Preventive Maintenance

Periodic visual inspection and cleaning is recommended.

2.1 Inspection

Check that the external surfaces of the radio are clean, and that all external controls and switches
are functional. It is not recommended to inspect the interior electronic circuitry.

2.2 Cleaning Procedures

The following procedures describe the recommended cleaning agents and the methods to be used
when cleaning the external and internal surfaces of the radio. External surfaces include the front
cover, housing assembly and battery case. These surfaces should be cleaned whenever a periodic
visual inspection reveals the presence of smudges, grease, and/or grime.

NOTE

The only recommended agent for cleaning the external radio surfaces is a 0.5% solution of a mild
dishwashing detergent in water . The only factory recommended liquid for cle aning the printed circ uit
boards and their components is isopropyl alcohol (100% by volume ).

Cleaning External Plastic Surfaces

Apply the 0.5% detergent-water solution sparingly with a stiff, non-metallic, short-bristled brush to
work all loose dirt away from the radio. Use a soft, absorbent, lintless cloth or tissue to remove the

Internal surfaces should be cleaned only when the radio is disassembled for service or
repair.

The effects of cert a in chemicals an d their vap ors can ha ve harmfu l resu lt s on

!

C a u t i o n

certain plastics. Avoid using aerosol sprays, tuner cleaners and other
chemicals.

2-2 Preventive Maintenance

solution and dry the radio. Make sure that no water remains entrapped near the connectors, cra cks,
or crevices.

Cleaning Internal Circuit Boards and Components

Isopropyl alcohol (100%) may be applied with a stiff, non-metallic, short-bristled brush to dislodge
embedded or caked materials located in hard-to-reach areas. The brush str oke should direct the
dislodged material out and away from the inside of the radio. Make sure that controls or tunable
components are not soaked with alco hol. Do no t use h igh -p ressure a ir to h asten the d rying pr ocess
since this could cause the liquid to collect in unwanted places. After completing of the cleaning
process, use a soft, absorbent, lintless cloth to dry the area. Do not brush or apply any isopropyl
alcohol to the frame, front cover or back cover.

NOTE

Always use a fresh supply of alcohol and a clean container to preve nt contamination by
dissolved material (from previous usage).

2.3 Safe Handling of CMOS and LDMOS Devices

Complementary metal-oxide semiconductor (CMOS) devices are used in this family of radios, and
are susceptible to damage by electrostatic or high voltage charges. Damage can be latent, resulting
in failures occurring weeks or months later. Ther efore, special precautions must be taken to prevent
device damage during disassembly, troubleshooting, and repair.

Handling precautions are mandatory for CMOS circuits a nd are e specially impor tant in low humidity
conditions.

Preventive Maintenance 2-3

DO NOT attempt to disassemble the radio without first referring to the following CAUTION
statement.

This radio contains static-sensitive devices. Do not open the radio unless you are
properly grounded. Take the following precautions when working on this unit:

!

C a u t i o n

• Store and transport all CMOS devices in conductive material so that
all exposed leads are shorted together . Do no t insert CMOS devices
into conventional plastic “snow” trays used for storage and transpor­tation of other semiconductor devices.

• Ground the working surface of the service bench to protec t the
CMOS device. We recommend using a wrist strap, two ground
cords, a table mat, and a floor mat.

• Wear a conductive wrist strap in series with a 100k resistor to
ground. (Replacement wrist straps that connect to the bench top
covering are Motorola part number 4280385A59).

• Do not wear nylon clothing while handling CMOS devices.

• Do not insert or remove CMOS devices with power applied. Check
all power supplies used for testing CMOS devices to be certain that
there are no voltage transients present.

• When straightening CMOS pins, provide grou nd straps for the appa­ratus used.

• When soldering, use a grounded soldering iron.

• If at all possible, handle CMOS devices by the package and not by
the leads. Prior to touching the unit, touch an elec tric al gr ou nd to
remove any static charge that you may have accumulated. The
package and substrate may be electrically common. If so, the reac­tion of a discharge to the case would cause the same damage as
touching the leads.

2-4 Repair Procedures and Techniques — General

3.0 Repair Procedures and Techniques — General

NOTE

Environmentally Preferred Products (EPP) (refer to the marking on the printed circuit
boards — examples shown below) were developed and assembled using environmen­tally preferred components and solder assembly techniques to comply with the Euro­pean Union’s Restriction of Hazardous Substances (ROHS) Directive 2002/95/EC
and Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC. To
maintain product compliance and reliability, use only the Motorola specified parts in this
manual.

Any rework or repair on Environmentally Preferred Products must be done using the appropriate
lead-free solder wire and lead-free solder paste as stated in the following table:

Table 2-2. Lead Free Solder Wire Part Number List

Motorola

Part Number

1088929Y01 95.5Sn/3.8Ag/0.7Cu RMA Version 2.7-3.2% 217C 52171 0.015” 1lb spool

Alloy Flux Type

Flux Content

by Weight

Melting

Point

Supplier Part

number

Diameter Weight

Table 2-3. Lead Free Solder Paste Part Number List

Motorola Part

Number

1085674C03 NC-SMQ230 900-1000KCPs

Manufacturer Part

Number

Viscosity Type Composition & Percent Metal

Brookfield (5rpm)

Type 3

(-325/+500)

(95.5%Sn-3.8%Ag-0.7%Cu)

89.3%

Liquid

Temperature

217°C

Parts Replacement and Substitution

When damaged parts are replaced, identical parts should be used. If the identical replacement part
is not locally available, check the parts list for the proper Motorola part number and order the part
from the nearest Motorola Radio Product s and Solutions Organization (RPSO) listed in Appendix A
of this manual.

Rigid Circuit Boards

The family of radios uses bonded, multi-layer, printed circuit boards. Since the inner layers are not
accessible, some special considerations are required when soldering and unsoldering componen t s.
The printed through holes may interconnect multiple layers of the printed circuit. Therefore, exercise
care to avoid pulling the plated circuit out of the hole.

When soldering near connector:

• A void accidentally getting solder in the connector.

• Be careful not to form solder bridges between the connector pins.

• Examine your work closely for shorts due to solder bridges.

Repair Procedures and Techniques — General 2-5

Chip Components

Use the RLN4062 Hot-Air Repair Station for chip component replacement. Adjust the temperature
control to 370°C (700°F), and adjust the airflow to a minimum setting. Airflow can vary due to
component density.

• To remove a chip component:

1. Use a hot-air hand piece and position the nozzle of the hand piece approximately 0.3 cm
(1/8") above the component to be removed.

2. Begin applying the hot air. Once the solder reflows, remove the component using a pair of
tweezers.

3. Using a solder wick and a soldering iron or a power de so lde ring station, rem ov e th e exc es s
solder from the pads.

• To replace a chip component using a soldering iron:

1. Select the appropriate micro-tipped soldering iron and apply fresh solder to one of the solder
pads.

2. Using a pair of tweezers, position the new chip component in place while heating the fresh
solder.

3. Once solder wicks onto the new component, remove the heat from the solder.

4. Heat the remaining pad with the soldering iron and apply solder until it wicks to the compo-

nent. If necessary, touch up the first side. All solder joints should be smooth and shiny.

• To replace a chip component using hot air :

1. Use the hot-air hand piece and reflow the solder on the solder pads to smooth it.

2. Apply a drop of solder paste flux to each pad.

3. Using a pair of tweezers, position the new component in place.

4. Position the hot-air hand piece approximately 0.3 cm (1/8”) above the component and begin

applying heat.

5. Once the solder wicks to the component, remove the heat and inspect the repair. All joints
should be smooth and shiny.

2-6 Notes For All Schematics and Circuit Boards

Solder mask

L1

copper foil + plated

Prepreg 1080x1

L2

copper foil + plated

Prepreg 1080x1

L3

copper foil + plated

Prepreg 1080x1

L4

0.5 oz

CORE 4mil(2116*1)

L5

0.5 oz

Prepreg 1080x1

L6

0.5 oz

CORE 4mil(2116*1)

L7

0.5 oz

Prepreg 1080x1

L8

0.5 oz

CORE 4mil(2116*1)

L9

0.5 oz

Prepreg 1080x1

L10

copper foil + plated

Prepreg 1080x1

L11

copper foil + plated

Prepreg 1080x1

L12

copper foil + plated

Solder mask

4.0 Notes For All Schematics and Circuit Boards

* Component is frequency sensitive. Refer to the Electrical Parts List for value and usage.

1. Unless otherwise stated, resistances are in Ohms ( k = 1000), and ca pa ci t ances are in picofar ads
(pF) or microfarads (µF).

2. DC voltages are measured from point indicated to chassis ground using a Motorola DC multime­ter or equivalent. Transmitter measurements should be made with a 1.2 µH choke in series with
the voltage probe to prevent circuit loading.

3. Reference Designators are assigned in the following manner:
700/900 Series = Transmitter
000/200 Series = Frequency Generation
400/600 Series = Receiver
1000/2000/3000 Series = Controller
6000 Series = Keypad Board
8000 Series = GPS
9000 Series = Switches and User Interfaces

4. Interconnect Tie Point Legend:
UNSWB+ = Unswitch Battery Voltage (7.5V)
SWB+ = Switch Battery Voltage (7.5V)
R5 = Receiver Five Volts
CLK = Clock
Vdda = Regulated 3.3 Volts (for analog)
Vddd = Regulated 3.3 Volts (for digital)
SYN = Synthesizer
DACRX = Digital to Analog Voltage (For Receiver Front End Filter)
VSF = Voltage Super Filtered (5 volts)
VR = Voltage Regulator

12-LAYER CIRCUIT BOARD DETAIL VIEWING
COPPER STEPS IN PROPER LAYER SEQUENCE

12-LAYER CIRCUIT BOARD DETAIL VIEWING

PTH
1-12

Buried
via
L3­L10

Figure 2-1: 12-Layer Circuit Board Detail Viewing

Section 3
TEST EQUIPMENT AND SERVICE AIDS

1.0 Recommended Test Equipment

The list of equipment contained in Table 3-1 includes most of the standard test equipment required
for servicing Motorola portable radios.

Table 3-1. Recommended Test Equipment

Equipment Characteristics Example Application

Service
Monitor

Digital RMS
Multimeter *

RF Signal
Generator *

Oscilloscope * 2 Channel

Power Meter
and Sensor *

RF Millivolt
Meter

Power Supply 0 V to 32 V

Can be used as a substi­tute for items marked with
an asterisk (*)

100 µV to 300 V
5 Hz to 1 MHz
10 Mega Ohm Impedance

100 MHz to 1 GHz

-130 dBm to +10 dBm
FM Modulation 0 kHz to
10 kHz
Audio Frequency 100 Hz
to 10 kHz

50 MHz Bandwidth
5 mV/div to 20 V/div

5% Accuracy
100 MHz to 500 MHz
50 Watts

100 mV to 3 V RF
10 kHz to 1 GHz

0 A to 20 A

Aeroflex 2975
(www.aeroflex.com),
Motorola R2670, or equivalent

Fluke 179 or equivalent
(www.fluke.com)

Agilent N5181A
(www.agilent.com),
Ramsey RSG1000B
(www.ramseyelectronics.com), or
equivalent

Leader LS8050
(www.leaderusa.com),
Tektronix TDS1001b
(www.tektronix.com),
or equivalent

Bird 43 Thruline Watt Meter
(www.bird-electronic.com) or
equivalent

Boonton 92EA
(www.boonton.com) or equivalent

B&K Precision 1790
(www.bkprecision.com)
or equivalent

Frequency/deviation meter and
signal generator for wide-range
troubleshooting and alignment

AC/DC voltage and
current measurements. Audio
voltage measurements

Receiver measurements

Waveform measurements

Transmitter power output
measurements

RF level measurements

Voltage supply

3-2 Service Aids

2.0 Service Aids

Table 3-2 lists the service aids recommended for working on the radio. While all of these items are
available from Motorola, most are standard workshop equipment items, and any equivalent item
capable of the same performance may be substituted for the item listed.

Table 3-2. Service Aids

Motorola

Part No.

RLN4460_ Portable Test Set Enables connection to the audio/access or y jack .

Service Aids Customer Programming

Software on CD-ROM

PMKN4012_ Portable Programming Cable This cable connects the radio to a USB port for radio

PMKN4013_ Portable Programming, T esting &

Alignment Cable
PMNN4076_ 7.5V Universal Battery Eliminator Connects to radio via battery eliminator cable.
5880348B33 DMR SMA to BNC RF Adaptor Adapts radio’s antenna port to BNC cabling of test

PMHN4085_ Bench Test Housing Eliminator Interconnects radio to power supply. Provides for

NLN9839_ Vacuum Pump Kit Allows servicer to test for leakages.
NTN4265_ Pressure Pump Kit Allows servicer to locate leakages.

Description Application

Allows switching for radio testing.
Allows servicer to program radio parameters, tune

and troubleshoot radios.

programming and data applications.
This cable connects the radio to a USB port for r adio

programming, testing and alignment.

equipment.

troubleshooting of the radio when the housing is
removed.

5871134M01 Connector Fitting This connector allows the vacuum hose to be con-

nected to the radio chassis.

3271133M01 Fitting Seal This seal secures the connector fitting to the radio

chassis.

Programming, Testing and Alignment Cable 3-3

3.0 Programming, Testing and Alignment Cable

#25

#14

P1

#13

#1

P2

#1

#4

#11

#1

P3

#2

#12

Figure 3-1. Programming, Testing and Alignment Cable

3-4 Programming, Testing and Alignment Cable

Table 3-3. Pin Configuration of Side Connector

CONNECTION

P1 P2 P3

Pin Pin Pin Function

1 3 VCC (5V)
34DATA +
25DATA -

16

17
16
20

6 GROUND

7

1

41

8 SPEAKER ­10 EXTERNAL MIC +
11 EXTERNAL MIC -

9 EXTERNAL PTT

7 SPEAKER +

GROUND

(Coax

Connector)

Section 4
POWER UP SELF-TEST

1.0 Power-Up Error Codes (Display Model only)

Upon powering up, the radio performs certain test s to determine if it s basic electronics and sof tware
are in working order . An y error detected ha s an associ ated error cod e that is presen ted o n the r adio
display. These error codes are intended to be used by a service technician when the radio
generates the Self Test Fail Tone. If these tests are successfully completed, the radio will generate
the Self Test Tone.

There are two classes of detectable errors, fatal and non-fatal. If it is considered as a fatal error, then
the normal radio operation will be inhibited. Fatal err ors include hardware errors detected by the
microprocessor and certain memory errors. These memor y errors include incorre ct ROM checksum,
incorrect RAM checksum, and incorrect checksums of codeplug (Persistent Storage) blocks that
contain operating parameters. If the codeplug block operating parameters are corrupted, operation
of the unit on the proper frequency, system, and group are in question. Attempts to use this
information could provide the user with a false sense of security that others are receiving his
messages. Corrupted codeplug blocks of call IDs, or their associated aliases are considered non­fatal errors. While the user may be inconvenienced, normal communication is still possible.

Table 4-4. Power-Up Error Codes

Error Code Description Error Type Corrective Action

ERROR 01/02 Call ID or associated

aliases codeplug block
checksum is wrong.

ERROR 01/22 Tuning Codeplug block

checksum is wrong.

FAIL 01/82 External Codeplug block

checksum is wrong.

FAIL 01/92 Secure Codeplug check-

sum error

FAIL 01/A2 Tuning Codeplug block

checksum is wrong.

FAIL 01/81 ROM Checksum is

wrong.

FAIL 01/88 Radio RAM Test Failure. Fatal Retest radio by turning it off and turning it on

FAIL 01/90
or
FAIL 02/90

General hardware test
failure.

Non-Fatal Normal communication is still possible, but the

user may be inconvenienced.
Reprogram codeplug.

Non-Fatal Normal communication is still possible.

Fatal Reprogram codeplug.

Fatal Reprogram codeplug.

Fatal Reprogram codeplug.

Fatal Reprogram FLASH Memory, then retest. If

message reoccurs, replace main board or
send radio to nearest Motorola Depot.

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

Fatal Retest radio by turning it off and turning it on

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

4-2 Operational Error Codes

Table 4-4. Power-Up Error Codes (Continued)

Error Code Description Error Type Corrective Action

FAIL 02/81 DSP ROM Checksum is

wrong.

Fatal Reprogram FLASH Memory, then retest. If

message reoccurs, replace main board or
send radio to nearest Motorola Depot.

FAIL 02/82 DSP RAM1 test failure. Fatal Retest radio by turning it off and turning it on

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

FAIL 02/84 DSP RAM2 test failure. Fatal Retest radio by turning it off and turning it on

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

FAIL 02/88 DSP RAM test failure. Fatal Retest radio by turning it off and turning it on

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

FAIL 02/C0 DSP ROM Checksum is

wrong.

Fatal Retest radio by turning it off and turning it on

again. If message reoccurs, replace main
board or send radio to nearest Motorola
Depot.

No Display Display module is not

connected properly.
Display module is dam-

Fatal Check connection between main board and

display module.
Replace with new display module.

aged.

NOTE

A non-display radio emits only the Self Test Fail Tone if it fails the self-test.

2.0 Operational Error Codes

During radio operation, the radio performs dy namic tests to determine if the radio is working properly.
Problems detected during these tests are presented as error codes on the radio’s displa y. The
presence of an error code should prompt a user that a problem exists and that a Motorola Au thorized
MOTOTRBO dealer should be contacted. Use Table 4-5. to aid in understanding particular
operational error codes.

Table 4-5. Operational Error Codes

Error Code Description Error Type Corrective Action

FAIL 001 Synthesizer Out-of-Lock NON-FATAL 1. Reprogram the codeplug.

FAIL 002 Personality checksum or

system block error

2. Refer to Detailed Service
Manual.

NON-FATAL Reprogram the codeplug.

Section 5
CONTROLLER INFORMATION

1.0 General Controller Block

The controller board is the central interface between the various subsystems of the radio. The
controller section consists of 4 main ICs. These are the OMAP1710 Host/DSP Processor, Flash,
SDRAM memories and the MAKO Audio/Power Management chip.

Figure 5-1 shows how the controller interfaces with the RF Section and the supporting controls,
switches and display. The Controller, RF sections, volume port, frequency selection switch and the
universal connector are placed on a single “Transceiver” board. LCD Display is mounted directly to
the Transceiver board and keypad is designed on the flex. The Option Board is a sep arate board that
hosts the line/connections to the flex keypad. The physical interface between the Transceiver board
and keypad board is via flex through board to board connector on the option bo ard.

RF SECTION

SPI MCBSP2

MPUIO

MCBSP1

CONTROLLER

OPTION BOARD

MCBSP1

SPI

SSI

OMAP1710

& ME MOR Y

DEVICES

KEYPAD

Numeric K eys
Navigation Keys

PTT & SIDE BUTTON S

B+ = 7.5V

VDD

RF

PLL

LC

REF
CLK

D

LOGIC

LAYER 1

TIMER

CLOCK

CTRL

USER BUTTONS & KNOBS

ON_OFF VOLUME

LCD DISPLAY

SUPPLY

LIN

G

RE

CODEC

MCBSP1

ADC

DATA

FREQ KNOB

EMERGENCY

TUNE

DAC

MA KO

SW

RE

ON

Logic

G

ACCESSORY

INTER FAC E

DATA

OPT. SEL

EXT_MIC

EXT_SPK

TRANSDUCER S

AUD
AMP

MIC

AMP

OPT

SEL

USB

TXCVR

INT_SPK

INT_MIC

Figure 5-1: Controller Block Diagram

1.1 OMAP1710 Processor (U1000)

The OMAP processor (U1000) has a dual-core architecture which incorporates a TMS320C55x DSP
core and a high-performance ARM926EJS core. The OMAP is supplied with two voltages: 1.4V for
Core and 1.8V for Peripheral and I/O Interfaces.

5-2 Controller Board

The OMAP processor controls the operation of the transmitter, receiver, synthesizer and MAKO IC. It
also uses Flash and SDRAM, both located externally.

1.2 Flash Memory (U2000)

The Flash memory IC is a 64Mbit CMOS device. It is supplied with 1.8V. The Flash memory has its 23
address lines and 16 data lines connected to the External Interface Module (EIM) of the OMAP IC
through the EMIFS_ADDR(23:1) and EMIFS_DATA(15:0) busses. The Flash memory contains host
firmware, DSP firmware, codeplug data, and tuning values.

1.3 SDRAM (U2001)

The Synchronous DRAM (SDRAM) is 128Mb high-speed CMOS device. It is designed to operate in

1.8V, low-power memory system. The SDRAM has 13 address lines and 16 data lines connected to
the EIM of OMAP IC through SDRAM_ADDR(12:0) and SDRAM_DATA(15:0) busses.

1.4 MAKO IC (U3000)

The MAKO IC handles DC power distribution and audio processing (i.e. audio amplification and
analog-to-digital/ digital-to-analog co nversions). It conta ins Switching and Linear regulators, 1W audio
amplifiers, 16-bit Voice CODEC, 11-channel 10-bit A/D Converter, 10 bit D/A Converter, support
2xUSB “OTG” transceivers, One-Wire Option Detect, and GCAI ports.

2.0 Controller Board

2.1 Radio Power Distribution

RAW_B+

SWB+

AUDIO_PA

FET_EN

BAT_7V5

BPLUS

IGN_X

SW_TYPE

PGLDO3

PGLDO2

BAT_TYPE

MAKO DC REGULATORS

SW1 ( 800mA @ 3.6V )
(with External FETs + Drivers)

SW2 (300mA @ 2.3V )

V2 (120mA @ 1.875V )
(1.55, 1.7, 1. 8, 1.875, 1.9V)

V3 (150mA @ 1.3V )
(1.1, 1.2, 1.3, 1.4, 1.5, 1.55, 1.6V)

V4 ( 100mA @ 2.775V )

V6 ( 50mA @ 2.9V )
(2.775, 2. 9V)

V7 ( 100mA @ 2.8V )

V9 ( 50mA @ 3.0V )
(2.8, 3.0, 3.3 V)

V10 ( 70mA @ 3.3V )

VSW5 ( 800mA @ 5.2V )
(with External FETs + Drivers)

VBUS1( 500mA @ 5.0V )
(with External Pass xistor)

VBUS2 ( 500mA @ 5.0V )
(with External Pass xistor)

V8 ( 25mA @ 5.0V )

3A FUSE

MOS

SW

ON_OFF Switch

(MECH_SW)

7.5V BATTERY

VSAVE

3.6V Switcher @ 600mA

1.4V Switcher @ 600mA

1.5V LDO @ 0.15A

2.8V LDO @ 0.1A

2.8V LDO @ 0.1A

2.3V LDO @ 0.32A

1.875V_DIG_V2

2.775V_DIG_V4

2.9V_DIG_V6

2.8V_ANA_V7

3.3V_DIG_V10

SWB+

5.6V LDO @ 1A

5V_ANA_VBUS1

5V_ANA_VBUS2

5V_ANA_V8

RF PA, RF DRIVER, ANTEN NA SWITCH

KEYPAD LEDS - 8x
DISPLAY BACKL IGHT LEDS - 2x
RED & GRN LE Ds, OPTION BOARD

OMAP CORE

GPS RTC

GPS DIG

GPS RF

OMAP EIMFS & EIMFF (FLASH & SDRAM),
LCD, OMAP1710 PERIPHERAL PLUS PTT/
EMERG_PB/ RED & GRN LEDs/ FREQ SW
PULL-UPs, 32kHz SCHMITT TRIGGER CKTs,
TOMAHAWK CORE & I/O, ABACUS I/O

LCD, 32kHz SQUARER CKTs, L EVEL
TRANSLATOR (GPS), T OMAHAWK DIG

CKTs

MAKO A/D REFERENCE VOLTAGE, VOL,
HW_ID, LEVEL TRANS LATOR (1-WIRE)

TOMAHAWK ANALOG CKT, LNA, MIXER
ANALOG CKTs, ABACUS CORE & DIG
CKTs

SIDE CONNECTOR PULL-UPs, RED & GRN
LEDs, VBUS SUPPLY ENABLED

SIDE ACCESSORY VBUS

LEVEL TRANSLATOR (1-WIRE), TX
PRE_DRIVER

CHARGE PUMP OF ABACUS &
TOMAHAWK, POWER CONTROL,
REGULATOR FOR TX_VCO, TX_BUFFER,
RX_VCO, RX_BUFFER

Figure 5-2: DC Power Distribution Block Diagram

Figure 5-2 illustrates the DC distribution to various ICs and devices in the radio. The power
management architecture is centered on the MAKO IC (U3000). A battery supply is routed via a 3A
fuse (F9000) which goes directly to the electronic ON/OFF control (PMOS power FET Q3003) as

Controller Board 5-3

RAWB+. When the radio is turned ON, MECH_SW (ON/OFF/volume control) will trigger the MAKO
FET_ENX to low thus turning ON the PMOSFET device, and SWB+ is then distributed as shown in
Figure 5-2. SWB+ will continue to support the whole board until the radio is turned OFF.

2.1.1 Voltage Regulation

• Switcher U3020
Switcher (U3020) in conjunction with the MAKO power management IC (U3000) is a highly efficient

dc-dc buck converter. External components L3020 and C3202 are needed to filter out the dc -d c
converter output. In this application, it is configured as a Pulse Skipping Mode (PSM) with maximum
output current of 600mA. It generates an accurate 3.6V output, which supplies directly to the MAKO
internal VSW2 switcher circuit as well as other MAKO internal LDOs.

• Switcher U3021
Switcher (U3021) is a highly efficient dc-dc buck converter and same as switcher U3020. It is used

solely for OMAP processor core.

• Low Drop Out (LDO) Regulator U3008
LDO regulator (U3008) is an adjustable output voltage regulator which can supply 200mA load

current. It has an excellent Ripple Rejection Ratio and Short Circuit Protection. In this application,
LDO U3008 output is 2.3V which is set by the resistor divider R3028 and R3029. It supplies directly to
MAKO internal LDOs.

• Low Drop Out (LDO) Regulator U3002
LDO regulator (U3002) is an adjust able ou tput voltage regulator which can supply 1A load current. In

this application, LDO U3002 generates an accurate 5.6V output which is set by the resistor divider
R3017 and R3018. It supplies directly to both VBUS1 and VBUS2 supplies. Q3005 and Q3006
prevent internal voltage leakage onto VBUS_SUPPLY (U3002 pin 5).

• MAKO LDO VBUS1
VBUS1 is a voltage regulation module that can be used to provide 5V with either 50mA or 500mA

load current suited for accessory and USB supply. Q3001 and Q3002 are used to control the low
current limit (50mA) or high current limit (500mA) of Vbus1.

When USB_CONNECT is toggled LOW, the PMOSFET (Q3001) is disabled and this will limit the max
load supply to 50mA. If a high current limit is desired, i.e. USB HOST mode, USB_CONNECT is
toggled HIGH turning ON the PMOSFET (Q3001) through Q3002 inverter, and this will limit the max
load supply to 500mA.

• MAKO LDO VBUS2
VBUS2 is a voltage regulation module that can be used to provide 5V and with only 500mA load

current. This supply is used for PA Pre-driver.

• MAKO LDOs
The MAKO power management IC (U3000) provides eight more LDOs. Some LDOs are

programmable to meet the requirement of various ASIC devices. V2, V3, and V9 are programmable
via SPI while V4, V5, V6, V8, and V10 are fixed. See Figure 5-2 for details.

5-4 Controller Board

K

2.1.2 Power ON/OFF

The radio can be switched ON in only one condition:

1. MECH_SW turned ON
Turning the rotary switch (S9001) ON will cause MAKO (U3000) to turn ON SWB+. After application

of power to SWB+, MAKO regulators are sequenced to turn ON power to all MAKO internal blocks
and external system including OMAP processor (U1000), FLASH (U2000), SDRAM (U2001), and
radio RF section.

Radio can be turned OFF in one of the three conditions:

1. MECH_SW turned OFF
If the radio is manually turned OFF, MAKO (U3000) will start a 125ms watchdog timer. The OMAP

processor (U1000) may tickle the watchdog timer as needed to keep DC power ON as it shuts down
the radio. Once the watchdog timer expires, MAKO turns OFF the DC regulators and SWB+.

2. Low Battery
While the radio is ON, if battery voltage drops to low level threshold, OMAP processor (U1000) will

initiate a shutdown process. It will store the radio personality data to the FLASH (U2000) before
turning OFF.

3. Thermal Shutdown
Hard and Soft limits for thermal shutdown are implemented into MAKO IC (U3000). When MAKO die

temperature reaches Soft Thermal Limit (135
shutdown procedures. If Hard Thermal Limit (155
can finish shutdown tasks, the radio will turn OFF immediately.

°C), microprocessor will be interrupted to begin

°C) is reached before OMAP processor (U1000)

2.2 Clocks

Figure 5-3 illustrates the controller clocks used throughout the radio.

TOMAHAWK

U001

XOSC BASE

0.5 ppm (GPS & CPHER)

+

1.5 ppm (NONGPS)

+

MAKO

XOUT XIN XTAL32_OUTXTAL32_IN

24.576MHZ 32.768KHZ

16.8 MHZ
TCXO

U3000

ARX DAC

CLK2 OUT

Y3000Y3001

20 ppm+30 ppm

+

32.768 KHz

U1006

U3003
U3004

12MHZ
Y1000

20 ppm

+

ABACUS III

U600

FREF

SiRF GPS

U8000

REF_CLK

LOW_REF_CLK

EXT_CLK (N18)

CLK32K_IN (P13)

OSC_IN (Y2)

OSC_OUT (W3)

RTC_XO

RTC_XI

General Pupose

TIMER

DPLL1

OMAP 3.3 Core

32.768KHZ
Y8000

+20 ppm

OMAP1710

U1000

1.4V

10

OSC32K_IN (V13)

OSC32K_OUT (AA13)

VSS_11 (Y13)

SYS_CLK_IN (Y4)

xN

MPU CLK

DSP CLKxN

TC CLKxN

Figure 5-3: Clock Connections

Controller Board 5-5

The OMAP processor (U1000), which consists of an ARM and DSP core, needs three clocks for
operation: a 32.768kHz square-wave, a 12MHz sine-wave, and a 16.8MHz square-wave clock.

The 16.8MHz clock source is provided from the Tomahawk TCXO routes to a squarer-circuit (U1006)
and feed to EXT_CLK (U1000 pin N18).

The 32.768kHz clock is generated by the MAKO crystal (Y3000) oscillator, converted to a gated clock
by U3003 and U3004 circuitry. It is then directly fed to OMAP CLK32_IN (U1000 pin P13). The OMAP
processor needs the 32.768kHz to determine the input reference clock app lied to OSC_IN (U1000 pin
Y2). Without this 32kHz clock, the OMAP will potentially program all the wrong dividers for USB and
UART booting. External pull-up on OSC32K_IN (U1000 pin V13) and grounding both OSC32K_OUT
(pin AA13) and VSS_11 (pin Y13) indicates that an external 32kHz clock is used.

The 12MHz sine-wave is the main system reference clock for the OMAP which all the internal clocks
are derived from.

The 24.576MHz crystal (Y3001) oscillator is the reference clock for MAKO CODEC and SSI clock. `

2.3 Serial Peripheral Interface (SPI)

Figure 5-4 illustrates the controller SPI used throughout the radio.

1.8V

OMAP1710

U100 0

1.8V

TOMAHA WK

U001

1.8V

ABACUS III

U600

1.8V

MAKO
U3000

SPI_CLK

SPI_DW

SPI_DR

CEX

PC

PD

DOUTB

PE

SPI_CLK

SPI_DO

SPI_DI

SPI_CS

R3023

47K

SPI_CLK

SPI_MOSI

SPI_MISO

ABACUS3_CE

MAKO_CE

THK_CE

HPD SPI

SPIF.SCK (U19)

SPIF.DOUT (W21)

SPIF.DIN (U18)

GPIO_44 (P15)

GPIO_9 (Y8)

GPIO_58 (R11)

MMC1 SPI

SPI.CLK (M14)

MMC.CMD (P11)

SPI.CS2 (P20)

SPI.CS1 (P19)

SPI.RDY (R18)

SPI.CS3 (P18)

Figure 5-4: SPI Connections

The OMAP processor (U1000) has two SPI busses that it uses to communicate with the various
peripheral IC’s. The first is the High Performance Data (HPD) SPI bus and the second is the multi­media card (MMC) SPI.

5-6 Controller Board

The HPD SPI is a synchronous serial bus made up of four lines, SPI_CLK, SPI_MOSI, SPI_MISO,
and chip select. The SPI_CLK line is used to control the speed of the data to/from the peripheral IC’s
and the OMAP processor. This clock can be adjusted to different speed based on the IC’s
specification.

HPD SPI module is used to interface to Tomahawk (U001), Abacus III (U600), and the MAKO
(U3000). This interface operates at 1.875V logic level. SPI_MOSI, or commonly known as
TRANSMIT Data, is a data string from OMAP while SPI_MISO or RECEIVE Data is data string to the
OMAP.

The MMC SPI is not used in portable radio.

2.4 Serial Synchronous Interface (SSI)

Figure 5-5 illustrates the controller SSI used in the radio controller design.

1.8V

TOMAHAWK

U001

ABACUS III

U600

MAKO

U3000

OPTION

BOARD I/F

J9001

1.8V

1.8V

CLKOUT

1.8V

VC_DCLK

VC_FSYNC

DMCS

TXCLK

SDTX

SFTX

DOUTA

SYNCB

VC_RX

VC_TX

CLK

FSYNC

VC_RX

VC_TX

OMAP1710

U1000

GPIO_2 (D15)

McBSP2.CLKX (Y6)

McBSP2.DX (AA5)

McBSP2.FSX (W7)

McBSP2

McBSP2.CLKR (V7)

McBSP2.DR (P10)

FS

McBSP2.FSR (W6)

GPIO_40 (W15)

McBSP1

McBSP1.CLKX (G21)

McBSP1.FSX (H15)

McBSP1.DX (H18)

McBSP1.DR (H20)

R3010
10K

McBSP3

McBSP3.CLKX (N14)

McBSP3.FSX (AA17)

McBSP3.DX (P14)

McBSP3.DR (T19)

Figure 5-5: SSI Connections

The OMAP processor (U1000) has a total of three SSI or multi-channel buffer serial ports (McBSP)
modules that are used to directly interface to the CODECs in the Tomahawk, Abacus, and MAKO, as
well as command/ data connections to the Option Board, and between Tx and Rx radios within a
Repeater.

As shown in Figure 5-5, McBSP1 is a 4-wire bus and interface to the MAKO CODEC as well as the
Option Board. McBSP2 is 6-wire bus; 3-wire dedicated to the Tomahawk Tx audio and the other 3-

Controller Board 5-7

wire to Abacus Rx audio. McBSP3 is a 4-wire bus, and used primarily to interface between Tx and Rx
radios within a Repeater.

2.5 ACC_ID Interface

Smart accessories use the Accessory ID (ACC_ID) Interface to help the radio determine which smart
accessory, if any, are attached to the radio. Figure 5-6 illustrate the ACC_ID connections used within
the radio.

OMAP1710

U1000

HDQ (N20) ACC_ID_UP (L7)

2.6 USB Interface

The OMAP processor (U1000) supports two USB ports. The radio makes use of one USB port to
communicate with smart accessories, and connection to a host compu ter for radio programming via
CPS and tuning via Tuner Tool.

Note: The USB ports are designed to support Motorola accessories only and will not support third

party “Plug-n-Play” USB devices.

Figure 5-7 shows the details of the HSSI connections within the radio.

OMAP 1710

USB1_ TXEN (W16)

USB1_ DAT (W14)

USB1_ SE0 (R13)

R3024

1.875V

V

2.9

2.9V

Vref1 Vref2

SCL1

SDA1

2-BitTranslator

U3009

MAKO
U3000

R3041

ACC_ID (P9)

Figure 5-6: ACC_ID Interface Connections

Mako

USB1_OE (B08)

USB1_ DAT_TXD (C08)

USB1_SE0 (D08)

3/6 Wire

IF and

SPI

Registers

Vbus1

Monitor

USB1

Transceiver

5V

R3040

SCL2

SDA2

VBus1_ Sens (E12)

VBus1_ Cmd (C14)

VBus1 (H10)

DP (N6)

DM (P7)

5V

VBUS SUPPLY

R3103 + R3102

Q3000

VBus

D+

D-

USB_INT (L15) USB_INTX (C10)

Figure 5-7: USB Interface Connections

The OMAP processor USB host controller communicates with accessories at either 1.5 Mbps or 12
Mbps data rates depending on the accessory. The USB port can be used as a host or a device.

5-8 Controller Board

In the portable radio, only one of the two MAKO USB transceivers is used to provide the physical
layer signaling for the USB port. The transceiver generates and receives the DP and DM differential
signals of the port. The MAKO transceiver interfaces to the OMAP processor through a three-wire
interface consisting of two bi-directional signals (SE0 and DAT), and one uni-directional signal
(TXEN). The MAKO also includes a Vbus monitor that senses the connection or removal of a device
and determines whether or not to supply current to that device via Q3000 up to a high current limit of
500mA.

The USB host/device mode assignment is determined when a user attaches a USB d evice to the port.
The accessory contains information about what the USB mode assignment should be, this
information is sent to the radio via the ACC_ID. See section 2.5 on page 5-7 for more details on the
ACC_ID implementation. When configured as a host, VBUS is turned ON by MAKO and set to high
current limit, when configured as a device, VBUS will be shut OFF and the external host supplies the
VBUS power.

2.7 Universal Connector (Side Connector)

The universal connector is located on the side of the radio. It is the external port of interface used for
programming and interfacing to external accessories. The universal connector is connected to the
main board via a flex through option board. This radio UC is a newly defined Motorola accessory port
that contains audio, digital I/O, serial interfaces, and accessory supply lines; and is similar in function
to Motorola’s legacy microphone connectors. The multiplexing of these functions is handled by
circuitry internal to the MAKO (U3000).

The UC includes 2 serial interfaces: an USB port and an ACC_ID interface. The USB port can be
used as either a device (radio is device) or as a host (radio is host). When configured as a device, th e
radio can be programmed using the MOTOTRBO CPS or tuned using the Tuner software. When
configured as a host, various smart accessories can be used with the radio. See section 2.6 on page
5-7 for more information on the USB interface.

The ACC_ID interface is used by accessories to provide the radio with information needed to
configure the interface for that accesso ry. See section 2.5 on page 5-7 for more information on the
ACC_ID interface.

Note: The USB port is designed to support Motorola accessories only and will not support third

part “Plug-n-Play” USB devices.

2.8 Keypad Module

The keypad module is connected to the main board through option board. This unit is not considered
field-repairable. The keyp ad interface is a st andard pulsed 4 r ow by 4 column configuration controlle d
directly by the OMAP processor (U1000). Each of the 4 column output lines is toggled high in
sequence and the 4 row input lines are monito red to detect if a button has been pressed. The OMAP
processor then decodes which button was pressed using the appropriate column and row stimulus
and response information.

2.9 Display Module

This display is Film-compensated Super Twisted Nematic (FSTN), 132x34 pixel dot matrix with
transflective mode and yellow-green LEDs backlighting Liquid Crystal Display (LCD) module custom
to Motorola.

This display module is constructed of glass by sandwiched with polarizers, TAB (Tape Automated
Bonding) IC driver, LED backlighting, display control circuitry flex with 16-lines receptacle connector
connected to the main board display connector (P9000). The LED and backlights are controlled via
serial connection with OMAP processor (U1000). The serial interface consists of clock, dat a, and chip
select lines that are connected directly from the OMAP pr ocessor.

Controller Board 5-9

2.10 Audio

The audio circuitry consists of both analog and digital audio paths. Figure 5-8 shows the basic block
diagram of the audio interconnections.

V02_O(1.875V) for OMAP

Rf

15nF

Rf

270 Ohm

LSPKext

1.0uF

Cf

INT_MIC_P

INT_MIC_M

1.0uF

0.1uF

0.1uF

C2

EXT_SPKR_P

MIC BIAS

PA_IN_P

PA_IN_M

MIC BIAS

INT_MIC_P

INT_MIC_M

EXT_MIC_P

EXT_MIC_M

VCM1

VC_OUT_P

VC_OUT_M

V06(2.9V) for Patriot

MAKO

ADC

LESCIM

DAC

PA

VC_TX3V

VC_TX

VC_DCLK

VC_FSYNC

VC_RX

UCM_SS

DDV_CIGOL

10k

TX

DIN

Base-Band

CLK

Processor

SYNC

DOUT

RX

EXT_SPKR_M

INT_SPKR_P

LSPKint

INT_SPKR_M

2.10.1 Receive Audio

The receive audio data comes from the ABACUS III IC (U600) to the OMAP McBSP2 pin. The DSP
decodes the data and sends it out through SSI lines to MAKO SSI pin. The SSI bus is comprised of
four lines: clock, frame sync, Rx data, and Tx data. These four lines provide data to the MAKO
(U3000) using a packet frame structure consisting of four slot s. The actual audio dat a is transferred to
the MAKO in the first slot of each frame using 16-bit pulse-code modulated PCM audio. The MAKO
codec filters and converts the digital data into an analog audio signal, and this signal is sent to a
programmable gain amplifier. The analog audio circuitry routes the audio to the internal or external
port.

PA

Figure 5-8: Audio Block Diagram

5-10 Controller Board

2.10.2 Transmit Audio

Transmit audio can be sourced from either internal or external microphone p ath. Both the internal and
external microphone carries a 5V bias through a resistor to MAKO MIC_BIAS pin. The MAKO,
through SPI, selects the appropriate microphone path to route to the necessary gain stages and
converter that will send 16-bit PCM audio to the OMAP for signal processing via the SSI bus.

The transmit gain stages in the MAKO is calibrated based on an 8mV input under standard test
conditions. The microphone sensitivity is progra m ma b le th ro ug h th e us e of CPS.

2.1 1 Troubleshooting Charts

MCU

5-11

Power Up

Alert Tone

OK?

NO

Volume

knob

function?

YES

YES

NO

Read Radio

OK?

YES

Reprogram

correct data

Check volume

knob circuitry

NO

Check USB

circuitry and

setup

Speaker

OK?

YES

NO

Replace
Speaker

Int & Ext

Spkr short to

Gnd?

NO

YES

Check Speaker

circuitry, if no problem,

replace MAKO

Termination

short

together?

YES

NO

Spkr contact

voltage

=3V?

NO

YES

Troubleshooting Flow Chart for Controller

(Sheet 1 of 2)

5-12

NO

regulator o/p

programmed?

YES

MAKO

YES

1.4V at

R1020?

NO

Check regulator

U3201

YES

16.8MHz at
C1032?

NO

Check TOMAHAWK

16.8MHz circuitry

YES

NO

C1018

=12MHz?

YES

R1048=

32.768MHz?

NO

C3001

=32.768KHz?

YES

Replace

U3003

YES

NO

C1019=

12MHz?

YES

C3000

=32.768KHz?

YES

Replace

Y3000

NO

NO

Replace

OMAP

Replace

Y1000

Replace

MAKO

Troubleshooting Flow Chart for Controller (Sheet 2 of 2)

Controller Schematics 5-13

2.12 Controller Schematics

DISPLAY_CE

DISPLAY_CMD

DISPLAY_DATA0

DISPLAY_DATA1

DISPLAY_DATA2

DISPLAY_DATA3

DISPLAY_DATA4

DISPLAY_DATA5

DISPLAY_DATA6

DISPLAY_DATA7

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

INT_MIC-

INT_MIC+

INT_SPKR-

INT_SPKR+

EXT_MIC-

EXT_MIC+

EXT_SPKR-

EXT_SPKR+

ONE_WIRE_1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

BL_EN

PTT

BL_EN
DISPLAY_CE
DISPLAY_CMD
DISPLAY_DATA0
DISPLAY_DATA1
DISPLAY_DATA2
DISPLAY_DATA3
DISPLAY_DATA4
DISPLAY_DATA5
DISPLAY_DATA6
DISPLAY_DATA7

KEYPAD_COL0
KEYPAD_COL1
KEYPAD_COL2
KEYPAD_COL3
KEYPAD_COL4
KEYPAD_ROW0
KEYPAD_ROW1
KEYPAD_ROW2
KEYPAD_ROW3
KEYPAD_ROW4

INT_MIC­INT_MIC+

INT_SPKR­INT_SPKR+

EXT_MIC­EXT_MIC+

EXT_SPKR­EXT_SPKR+

ONE_WIRE_1

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

5V_ANA_VBUS2

RAWB+

SPG_GID_V8.2

DEL_NEERG

WS_HCEM

DEL_DER

DEL_NEERG

DEL_DER

8WS

4WS

LOV

LOV

2WS

2WS

4WS

8WS

WS_HCEM

SPG_FR_V8.2

ATAD_TTAB

BP_GREME

1WS

1WS

SPG_GID_V8.2

SPG_FR_V8.2

ATAD_TTAB

BP_GREME

CONTROLLER

CNYS_ISS_TPO

CNYSF_OKAM

KLCD_OKAM

XR_OKAM

XT_OKAM

5V_ANA_VBUS2

2.775V_ANA_V7

5V_ANA_V8

7V_ANA_V577.2

2V_GID_V578.1

CTR_SPG_V5.1

+BWAR

CTR_SPG_V5.1

6V_GID_V9.2

1SUBV

1SUBV

7V_ANA_V577.2

4V_GID_V577.2

6V_GID_V9.2

2SUBV_ANA_V5

2V_GID_V578.1

RX_FLTR_VCTRL

16.8_MHZ_BUFF
GPS_nWAKEUP

GPS_RFPWRUP

1_OIPG_TPO

2_OIPG_TPO

4V_GID_V577.2

01V_GID_V3.3

+BWS

01V_GID_V3.3

1WSV_GID_V6.3

8V_ANA_V5

THK_CE

ABACUS3_CE

SPI_CLK
SPI_MOSI
SPI_MISO

TX_CLK

TX_DATA

TX_FSYNC

RX_CLK

RX_DATA

RX_FSYNC

DEEP_SLEEP

DMCS

ADAPT_SW

ANT_EN

LOCK_DETECT

SYNCB

TX_DAC

PA_TEMPPTT

GPS_TX
GPS_RX

GPS_ON_OFF

GPS_nRESET

GPS_BOOT

JTAG_TDO
JTAG_TMS

JTAG_TDI

JTAG_TCK
JTAG_NTRST
JTAG_NEMU1
JTAG_NEMU0

JTAG_RTCK

RESET_OUT

+BWS

THK_CE

ABACUS3_CE

SPI_CLK

SPI_MOSI

SPI_MISO

TX_CLK

TX_DATA

TX_FSYNC

RX_CLK

RX_DATA

RX_FSYNC

DEEP_SLEEP

DMCS

ADAPT_SW

ANT_EN

LOCK_DETECT

SYNCB

TX_DAC

RX_FLTR_VCTRL

PA_TEMP

16.8_MHZ_BUFF

GPS_nWAKEUP

GPS_RFPWRUP

GPS_TX

GPS_RX

GPS_ON_OFF

GPS_nRESET

GPS_BOOT

JTAG_TDO

JTAG_TMS

JTAG_TDI

JTAG_TCK

JTAG_NTRST

JTAG_NEMU1

JTAG_NEMU0

JTAG_RTCK

RESET_OUT

RESET_OUT

16_8MHz_GPS

THK_CE
ABACUS3_CE

SPI_CLK
SPI_MOSI
SPI_MISO

TX_CLK
TX_DATA
TX_FSYNC

RX_CLK
RX_DATA
RX_FSYNC

DEEP_SLEEP
DMCS
ADAPT_SW
ANT_EN
LOCK_DETECT
SYNCB
TX_DAC
RX_FLTR_VCTRL

PA_TEMP

16.8_MHZ_BUFF

16_8MHz_GPS

RESET_OUT

7V_ANA_V577.2

8V_ANA_V5

RF

2V_GID_V578.1

4V_GID_V577.2

2SUBV_ANA_V5

+BWAR

GPS_ANT

GPS_ANT

2_OIPG_TPO

1_OIPG_TPO

KLCD_OKAM

XT_OKAM

CNYS_ISS_TPO

XR_OKAM

CNYSF_OKAM

Complete Controller Schematic Diagram

5-14 Controller Schematics

OPT_GPIO2

OPT_GPIO3

OPT_GPIO0

BATT_DATA

MECH_SW

EMERG_PB

ONE_WIRE_1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

TX_DAC

RX_FLTR_VCTRL

PA_TEMP

INT_MIC-

INT_MIC+

EXT_MIC-

EXT_MIC+

EXT_SPKR-

EXT_SPKR+

INT_SPKR-

INT_SPKR+

2SUBV_ANA_V5

CTR_SPG_V5.1

+BWAR

3OIPG_TPO_OKAM

0OIPG_TPO_OKAM

2OIPG_TPO_OKAM

+BWAR

CTR_SPG_V5.1

BATT_DATA

MECH_SW

EMERG_PB

ONE_WIRE_1

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

TX_DAC
RX_FLTR_VCTRL

VOL

VOL
PA_TEMP

INT_MIC­INT_MIC+
EXT_MIC­EXT_MIC+

EXT_SPKR­EXT_SPKR+
INT_SPKR­INT_SPKR+

7V_ANA_V577.2

6V_GID_V9.2

1SUBV

1SUBV

2SUBV_ANA_V5

6V_GID_V9.2

MAKO

NWODTUHS_SPG

PURWPFR_SPG

SPG_GID_V8.2

8V_ANA_V5

7V_ANA_V577.2

8V_ANA_V5

SPG_GID_V8.2

PUEKAWn_SPG

SPG_FR_V8.2

+BWS

+BWS

SPG_FR_V8.2

OMAP_CORE_LTC

1.55V_DIG_V3

1.875V_DIG_V2

2.775V_DIG_V4

3.3V_DIG_V10

SPI_CLK
SPI_MOSI
SPI_MISO
MAKO_CE

MAKO_TX
MAKO_RX

MAKO_DCLK

MAKO_FSYNC

MAKO_INT

MAKO_OPT_INT

MAKO_AD_TRIGGER

USB1_TXEN

USB1_DAT
USB1_SE0

USB0_TXEN

USB0_DAT
USB0_SE0

USB_INT

RS232_TX

RS232_RX

MMP_GPIO1_INPUT
MMP_GPIO2_INPUT

ONE_WIRE_UP

POR

GATED_32KHZ_OMAP

2V_GID_V578.1

4V_GID_V577.2

01V_GID_V3.3

OMAP_CORE_LTC

1.55V_DIG_V3

SPI_CLK

SPI_MOSI

SPI_MISO

MAKO_CE

MAKO_TX

MAKO_RX

MAKO_INT

MAKO_OPT_INT
MAKO_AD_TRIGGER

draoB noitpO oT

XT_OKAM

OPT_SSI_SYNC

USB1_TXEN

USB1_DAT

USB1_SE0

USB_INT

RS232_TX

RS232_RX

ONE_WIRE_UP

POR

GATED_32KHZ_OMAP

MAKO_DCLK

MAKO_FSYNC

KLCD_OKAM

XR_OKAM

CNYSF_OKAM

OMAP_CORE_LTC

1.55V_DIG_V3

1.875V_DIG_V2

2.775V_DIG_V4

3.3V_DIG_V10

2.8V_DIG_GPS
GPIO_45
MCBSP3_DX
MCBSP3_DR
MCBSP3_FSX

MAKO_TX
MAKO_RX
MAKO_DCLK
MAKO_FSYNC

MAKO_INT
MAKO_OPT_INT
MAKO_AD_TRIGGER

I2C_DATA
I2C_CLK

LOW_LEVEL_MUTE
AUDIO_PA_ENA
EXT_MIC_ENA

USB2_VP
USB2_VM
USB2_RCV
USB2_SUSPEND
USB2_TXEN
USB2_DAT
USB2_SE0
USB1_TXEN
USB1_DAT
USB1_SE0
USB0_TXEN
USB0_DAT
USB0_SE0
USB_INT

RS232_TX
RS232_RX
MAKO_GPIO_TX
MAKO_GPIO_RX
ARMIO_2
ONE_WIRE_UP
POR

NE_LB

1WS

2WS

4WS

8WS

03_OIPG

13_OIPG

23_OIPG

3_OIMRA

7_5PG / NE_LB

33_OIPG

8_5PG

B_LOV / 2WS

A_LOV / 1WS

ROTINOM / 4WS

TCA_LENNAHC / 8WS

MICROCONTROLLER

PAMO_ZHK23_DETAG

2ATAD_YALPSID

3AT

4AT

5

6ATAD_YALPSID

0

FFUB_ZHM_8.61

1ATAD_YALPSID

ATA

DMC_YALPSID

EC_YALPSID

D
_
Y
A
L
PSI

D

7ATAD_YALPSID
A
TAD_YALPSID

A

A

D

D

_

_

Y

Y

A

A

L

L

PSI

PSI

D

D

0WOR_DAPYEK

2WOR_DAPYEK

3WOR_DAPYEK

4WOR_DAPYEK

1WOR_DAPYEK

0LOC_DAPYEK

1LOC_DAPYEK

2LOC_DAPYEK

3LOC_DAPYEK

4LOC_DAPYEK

2OIPG_TPO_OKAM

3OIPG_TPO_OKAM

0WOR_DAPYEK

1WOR_DAPYEK

2WOR_DAPYEK

3WOR_DAPYEK

0LOC_DAPYEK

1LOC_DAPYEK

2

51_OIMRA

LOC_DAPYEK

6_5PG / 4WOR_DAPYEK

0OIPG_TPO_OKAM

3LOC_DAPYEK

72_OIPG

ANE_CIM_DDA_CILBUP / 4LOC_DAPYEK

KLC_LAIRES

ATAD_LAIRES

SC_DEL

SC_YALPSID

DMC_YALPSID_HPROM

ABACUS3_CE

DEL_NEERG

3_OIPG

SPI_CLK
SPI_MOSI
SPI_MISO

THK_CE

LRTC_RID

SPI_CLK

SPI_MOSI

SPI_MISO

ABACUS3_CE

THK_CE

MAKO_CE

RX_CLK

RX_DATA

RX_FSYNC

TX_CLK

TX_DATA

TX_FSYNC

DEEP_SLEEP

DMCS

ADAPT_SW

LOCK_DETECT

ANT_EN

SYNCB

RED_LED / RX_ATTN_1

GREEN_LED / PA_ENABLE

NWODTUHS_SPG

PUEKAWn_SPG

FFO_NO_SPG

0UMEN_GATJ

1

TSRTN_GATJ

UM

KCTR_GATJ

SMT_GATJ

IDT_GATJ

ODT_GATJ
E
N_GATJ

1_OIPG_TPO

KCT_GATJ

2_OIPG_TPO

TESERn_SPG

TOOB_SPG

XR_SPG

XT_SPG

GPIO_15
GPIO_60

PTT

RESET_OUT

RX_CLK

RX_DATA

RX_FSYNC

TX_CLK

TX_DATA

TX_FSYNC

DEEP_SLEEP

DMCS

ADAPT_SW

LOCK_DETECT

ANT_EN

SYNCB

RED_LED

PTT

RESET_OUT

MAKO-Controller Schematic Diagram

3ATAD_YALPSID

6ATAD_YALPSID

5ATAD_YALPSID

4ATAD_YALPSID

2ATAD_YALPSID

1ATAD_YALPSID

FFUB_ZHM_8.61

PURWPFR_SPG

GPS_nWAKEUP

GPS_SHUTDOWN

0ATAD_YALPSID

EC_YALPSID

DMC_YALPSID

IDT_GATJ

1UMEN_GATJ

7ATAD_YALPSID

0UMEN_GATJ

SMT_GATJ

KCTR_GATJ

TSRTN_GATJ

ODT_GATJ

1_OIPG_TPO

KCT_GATJ

2_OIPG_TPO

TOOB_SPG

FFO_NO_SPG

TESERn_SPG

XT_SPG

PUEKAWn_SPG

XR_SPG

Controller Schematics 5-15

OMAP1710 / 1610

1.875V

C1033

0.10uF

R1026
47K

( BUFFERRED 16.8 FROM TOMAHAWK )

16.8_MHZ_BUFF

U1006
NL27WZU04

MCBSP3

R1020
0

R1021
0

Place for
OMAP1610

Place for
OMAP1710

MAKO SSI

OPTION SELECT

(FROM MAKO )

KEYPAD ROW

R1045

10K

RS232

1KR1041

ABACUS3 SSI

FLASH

R1022
0

R1023
0

OMAP_CORE

1.875V

DVDD2

2.775V_DIG_V42.775V_DIG_V4

MAKO_FSYNC

EXT_MIC_ENA

(FROM MAKO )

MAKO_OPT_GPIO0

MAKO_OPT_GPIO3

MAKO_OPT_GPIO2

GATED_32KHZ_OMAP

MAKO_GPIO_RX

MAKO_GPIO_TX

KEYPAD_ROW3

KEYPAD_ROW2

KEYPAD_ROW1

KEYPAD_ROW0

OPT_GPIO_1

OPT_GPIO_2

MAKO_AD_TRIGGER

EMIFS_DATA(15:0)

EMIFS_ADD(23:1)

FLASH_CTL(5:0)

MAKO_OPT_INT

MAKO_DCLK

MAKO_INT

ARMIO_15

RS232_RX

TX_FSYNC

RX_FSYNC

FLASH_WAIT

0UMEN_PT

1UMEN_PT

TSRTN_PT

KCTR_PT

SMT_PT

ODT_PT

IDT_PT

KCT_PT

1

1

1

1

1

1

1

1

TP_MAKO_RX

TP_MAKO_DCLK

TP_MAKO_FSYNC

1

TP_MAKO_TX

1

1

MAKO_RX

MAKO_TX

R1048
0

POR

SYNCB

RS232_TX

GP5_8

TX_DATA

TX_CLK

RX_DATA

RX_CLK

FLASH_CLK

1

TP_POR

1

1.875V

R1006
R1046
0

DNP

10K

OMAP_CORE_LTC

1.875V_DIG_V2

1.875V_DIG_V2

3.3V_DIG_V10

( RESET CIRCUIT PROVIDED BY MAKO )

Y1000

CX-91F

12MHz

OUT3IN

1DNG

4

BOOT FROM CS3

BOOT FROM CS0

1

DNG

2

1.875V

DNP

R1027
10K

1.875V

R1028
0

OMAP_CORE

R1001
10K

R1002
10MEG

C1019
18pF

TOMAHAWK SSI

R1072
0

16.8MHz Squarer

4

1Y62Y

GND

VCC

2

5

1A12A

3

C1032

.01uF

C1018
18pF

SSI

JTAG

1UMEN_GATJ

0UMEN_GATJ

TSRTN_GATJ

KCTR_GATJ

SMT_GATJ

ODT_GATJ

IDT_GATJ

KCT_GATJ

R1054

4.7K

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

0

SERIAL FLASH SPI

ATAD_LAIRES

SC_YALPSID

XSF_3PSBCM

RD_3PSBCM

CLKX_SD

CLK32K_IN

EN_SDCKE

CLKX_MCBSP1

CLK_MCSI2

CLKS_MCBSP1

MCBSP1_FSX

PWRON_RESET

F_CS1U

F_CS2U

SDDQS_H

SDDQS_L

CS_SDRAM

KBR_4

KBR_3

KBR_2

KBR_1

KBR_0

MCBSP1_DR

BFAIL

CONF

TDI

TMS

TCK

TRST

MPU_BOOT

MPU_RST

UART1_CTS

UART2_CTS

UART1_RX

UART2_RX

CLK_B_REQ

CLK_B

CLK_MCSI1

MCSI1_DOUT

MCSI1_DIN

MCSI2_DIN

MCSI2_SYNC

CLK_M_REQ

MCBSP2_DR

FRDY

OSC32K_IN

OSC32K_OUT

MCBSP2_DX

CLK_M

OSC1_IN

OSC1_OUT

LOW_STATE_1

LOW_STATE_2

MCBSP2_FSX

CLKR_MCBSP2

CLKX_MCBSP2

MCBSP2_FSR

FDATA_15

FDATA_14

FDATA_13

FDATA_12

FDATA_11

FDATA_10

FDATA_9

FDATA_8

FDATA_7

FDATA_6

FDATA_5

FDATA_4

FDATA_3

FDATA_2

FDATA_1

FDATA_0

KLC_LAIRES

SC_DEL

54_OIPG

R1047
0

1.875V

R1055
10K

DNP

R1053

4.7K

11

31

21

41

01

51

21D

41D

21C

11D

31C

11C

31D

3N

41_ATADS

9_ATADS

51_ATADS

01_ATADS

11_ATADS

21_ATADS

31_ATADS

F_KLC

1.875V

DVDD2

MAC_L_KLC

DS_KLC

ADS_C2I

3_DDAF

4_DDAF

5_DDAF2D6_DDAF4F7_DDAF3E8_DDAF7J9_DDAF

2_DDAF

1_DDAF

1C

4E

3D

8J

02V

9C

51J

1

4

3

2

5

KLC_C2I

ATAD_C2I

XD_3PSBCM

C1030
18pF

D9

P13

H12

G21

Y10

G20

H15

R12

Y1

P3

C14

D4

G8

E19

E20

H14

F19

G18

H20

W19

V18

Y19

V17

W18

Y18

J20

U20

R14

Y5

V14

R9

W15

Y15

P14

W14

V15

AA9

V9

R10

P10

V2

V13

AA13

AA5

V5

Y2

W3

AA15

Y14

W7

V7

Y6

W6

V3

T4

U3

U1

P8

T3

T2

R4

R3

R2

P7

P4

P2

N7

N2

N4

I2C

GPS

SL_PUEKAWn_SPG

SL_FFO_NO_SPG

SL_TESERn_SPG

NWODTUHS_SPG

SL_TOOB_SPG

SL_XR_SPG

SL_XT_SPG

06_OIPG

R1051

0

R1052

0

0

2

6

7

5

4

3

9

1

8

91M

0_ATADS6D1_ATADS

41_DDAF

4H

51

VCR_2BSU

USB#2

02M

41K

51K

91K

81K

51L

81L

91L

41J

91J

81J

5_D_MAC

6_D_MAC

7_D_MAC

0_D_MAC

1_D_MAC

2_D_MAC

3_D_MAC

4_D_MAC

ZTSR_MAC

SH_MAC

SV_MAC

OMAP_CORE

VDD_DLL

CVDDA

21W

3AA

11A

02Y

12Y

51A

2M

9A

LLD_DDVC

2_DDVC

3_DDVC9Y4_DDVC

1_DDVC

1DDVC

ADDVC

CTR_DDVC

DEVRESER

CTRDDVD

5E

21V

51_DDAF3H61_DDAF7K71_DDAF

81_DDAF

32_DDAF3K42_DDAF

52_DDAF

91_DDAF

02_DDAF2F12_DDAF

22
_DDAF

2J

4J

8L

4K

7L

1E

3J

02

81

32

91

12

22

61

71

)nip cnyS ISS draoB noitpO rof desu yraropmeT(

PV_2BSU

DNEPSUS_2BSU

MV_2BSU

01C

6C

2_ATADS5C3_ATADS7D4_ATADS5D5_ATADS7C6_ATADS4C7_ATADS8D8_ATADS

L1

NC

A19

DVDD1_1

E21

DVDD1_2

U21

DVDD1_3

Y16

DVDD1_4

L21

DVDD1_5

AA2

DVDD2_1

Y7

DVDD2_2

AA11

DVDD2_3

A5

DVDD4_1

A7

DVDD4_2

B10

DVDD4_3

B14

DVDD4_4

R1

DVDD5_1

H2

DVDD5_2

C2

DVDD5_3

11_DDAF

21_DDAF

31_DDAF

01_DDAF

3G

2G

8K

3F

4G

11

31

21

01

41

8

9

7

6

NOT USED

1.875V

PU_ERIW_ENO

51_OIPG

3_OIPG

TTP

1.875V

5201R

K01

51M

41M

81R

91R

02N

81N

91N

12N

81P

02P

91P

8W

3_OIPG

4_OIPG

6_OIPG

7_OIPG

8_OIPG8Y9_OIPG

0_OIPG

1_OIPG

11_OIPG

21_OIPG

31_OIPG

41_OIPG

51_OIPG

2_OIPG

LDO_FILTER

02R

31B

02B

12J

3A

1J

2_3DDVC

3_3DDVC

2_2DDVC2E1_3DDVC

4_3DDVC

4DDVC

2DDVC

1_2DDVC

B5

VSS_1

B7

VSS_2

A13

VSS_3

B16

VSS_4

A21

VSS_5

F20

VSS_6

K20

VSS_7

R21

VSS_8

W20

VSS_9

AA21

VSS_10

Y13

VSS_11

AA7

VSS_12

Y3

VSS_13

AA1

VSS_14

U2

VSS_15

N1

VSS_16

K2

VSS_17

G1

VSS_18

B1

VSS_19

1_EB_F_NE

0_EB_F_NE

TAD_0BSU

0ES_0BSU

EW_F_NE

EO_F_NE

26_OIPG

1SC_F

2SC_F

3SC_F

PW_F

VDAF

PR_F

4L

9P

8R

3M

4M

8N

1W

4V

7M

8

4U

2W

3L

M

PND

03101R

04101R

3

2

4

1

0

5

0ES_0BSU

USB#0

NEXT_2BSU

0ES_2BSU

TAD_2BSU

( INTERFACE WITH MAKO )

)KLC dna XSF 3PSBcM rof nip lanoitceriD(

R1017
10K

LRTC_RID

2_OIMRA

3_OIMRA

71AA

71W

01W

11W

31R

11R

91U

51N

61V

01V

02T

91T

3_OIUPM8V4_OIUPM

5_OIUPM

0UME

1UME

0TAD_CMM

1TAD_CMM

2TAD_CMM

3TAD_CMM

1_OIUPM

2_OIUPM

CNYS_1ISCM

TUO_K23KLC

EN_WE_SDRAM

SDRAM_DQMU

SDRAM_DQML

U1000

OMAP1710

LCD_PIXEL_15

LCD_PIXEL_14

LCD_PIXEL_13

LCD_PIXEL_12

LCD_PIXEL_11

LCD_PIXEL_10

CLK_EX_CAM

LOW_STATE_5

CLK_S_UWIRE

2TRAU_B_KLC

TNI_EKAW_CTR

FFON_NO_CTR

3_ETATS_WOL6V4_ETATS_WOL

NEUP_BSU_NE

4W

TAD_0BSU

EDOM_TESER

TUOD_2ISCM

CMM_KLC

1_ETATS_Z

DMC_CMM

TUO_TSR

KCTR

02AA

71Y

21Y

4Y

9W

11V

11P

31W

5W

61W

21P

R1005

4.7K

Place for Place for
OMAP1610

R1015
0

NEXT_0BSU

NEXT_1BSU

0ES_1BSU

TAD_1BSU

USB#1

SDRAM_RAS

SDRAM_CAS

LCD_VSYNC

LCD_HSYNC

CLK_P_LCD

LCD_PIXEL_9

LCD_PIXEL_8

LCD_PIXEL_7

LCD_PIXEL_6

LCD_PIXEL_5

LCD_PIXEL_4

LCD_PIXEL_3

LCD_PIXEL_2

LCD_PIXEL_1

LCD_PIXEL_0

UWIRE_SDO

MCBSP1_DX

TNI_BSU

UART3_RX

I2C_SCL

UWIRE_SDI

Z_STATE_3

Z_STATE_2

GP DEVICE CONFIG

1.875V

ETUM_LEVEL_WOL

R1034

ANE_AP_OIDUA

10K

PLACE FOR GP DEVICE FAST BOOT

R1035
0

DNP

0

H8

1

H7

2

D10

3

C8

4

B4

5

C3

SBANK_1

6

B3

SBANK_0

H11

SADD_13

H9

SADD_12

H10

12

SADD_11

B8

11

SADD_10

B12

10

SADD_9

G9

9

SADD_8

G11

8

SADD_7

G12

7

SADD_6

B9

6

SADD_5

G10

5

SADD_4

A1

4

SADD_3

B6

3

SADD_2

B2

2

SADD_1

A2

1

SADD_0

0

B18

C20

B15

LCD_AC

C15

D15

C16

A17

G13

B17

C17

D16

D17

C18

B19

A20

H13

G14

C19

B21

D18

G19

KBC_5

C21

KBC_4

E18

KBC_3

D19

KBC_2

D20

KBC_1

F18

KBC_0

H19

M18

L14

T18

AA19

TDO

U18

W21

V19

N14

P15

H18

OMAP1710

R1016
0

LARGEST REF

C1044

DELETED REF

R1072

U1009

Y1001

LOCK_DETECT

ANT_EN

ADAPT_SW

RF CONTROLS

DMCS

R1061

1

DEEP_SLEEP

0

TX_RAMP

R1036

10K

FREQ SWITCH

GPIO_33

GPIO_32

GPIO_31

GPIO_30

SDRAM_CS

SDRAM_CLK_EN

SDRAM_DATA(15:0)

SDRAM_CLK

SDRAM

SDRAM_CTL(6:0)

SDRAM_ADD(12:0)

DISPLAY_DATA7

DISPLAY_DATA6

DISPLAY_DATA5

DISPLAY_DATA4

DISPLAY_DATA3

DISPLAY

DISPLAY_DATA2

DISPLAY_DATA1

DISPLAY_DATA0

DISPLAY_CE

DISPLAY_CMD

GPIO_27

KEYPAD_COL3

KEYPAD_COL2

KEYPAD COLUMN

KEYPAD_COL1

KEYPAD_COL0

DISPLAY_CMD

SPI_CLK

SPI_MISO

SPI_MOSI

THK_CE

SPI

ABACUS3_CE

MAKO_CE

1.875V

RESET_OUT

DECOUPLING CAPACITORS

OMAP_CORE

1.875V

C1004

C1005

100pF

0.10uF

R1000
10

C1016

0.1uF

OMAP_CORE

OMAP_CORE

C1013

0.10uF

R1019

5.1

Place for
OMAP1710

C1011

C1015

C1031

100pF

0.10uF

0.10uF

DVDD2LDO_FILTER

C1012

0.10uF

C1002

C1001

C1000

C1003

0.10uF

100pF

100pF

0.10uF

R1018
0

C1017

1.0uF

LEVEL TRANSLATORS

2.8V_DIG_GPS

2.775V_DIG_V4

R1062

R1063

0

0

1.875V
C1029

C1028

0.10uF

GPS_BOOT_LS

GPS_TX_LS

GPS_RX_LS

GPS_nRESET_LS GPS_nRESET

GPS_ON_OFF_LS GPS_ON_OFF

GPS_nWAKEUP_LS GPS_nWAKEUP

0.10uF

U1005

2B

ACCV1BYCCV

C1

B3

Y1

EN

C2

A1

Y2

A1

A2

C3

A2

Y3

A3

C4

A3

Y4

A4

DNG

A4

4B

R1065

0

R1069

0

R1067

12K

R1068
24K

GPS_BOOT

GPS_TX

GPS_RX

1.875V

R1070
10K

C1009

C1006

0.10uF

VDD_DLL

C1010

C1007

C1014

100pF

0.10uF

OMAP_CORE

C1008

0.10uF

0.10uF

100pF

R1060
10

CVDDA

C1044

0.1uF

Complete Controller Microprocessor Schematic Diagram

5-16 Controller Schematics

OMAP1710 / 1610

MCBSP3

U1006

NL27WZU04

16

.8MHz Squarer

VCC

1.875V

5

C1033

0.10uF

R1026
47K

16.8_MHZ_BUFF

(BUFFERRED 16.8 FROM TOMAHAWK )

Y16Y2

A11A2

C1032
.01uF

C1018

18pF

4

3

R1072
0

GND

OMAP_CORE_LTC

1.875V_DIG_V2

C1046

4.7uF

(Used

as KEYPAD_ROW4 for NEO, GP5_6 for MORPH)

.875V

1

R1027

10K

DNP

BOOT

FROM CS3

R1028

0

BOOT FROM CS0

2

CX-91F 12MHz

Y1000

3IN1

OUT

GND1

4

OMAP_CORE

R1002
10MEG

C1019

GND

2

18pF

C1045
10uF

R1021
0

1.875V_DIG_V2

3.3V_DIG_V10

2.775V_DIG_V4

MAKO SSI

(MORPH

ONLY) EXT_M

OPT

ION SELECT

GATED_32KHZ_OMAP

(FROM

MAKO)

( RESET CIRCUIT PROVIDED BY MAKO )

KEYPAD ROW

1.875V

MAKO_AD_TRIGGER

RS232

R1001
10K

(MORPH ONLY)

1KR1041

TOMAHAWK SSI

ABACUS3

R1020
0

Place for
OMAP1610

R1022
0

R1023
0

Place for
OMAP1710

MAKO_RX

MAKO_DCLK

MAKO_FSYNC

MAKO_TX

IC_ENA

(FROM
MAKO_OPT_GPIO0
MAKO_OPT_GPIO3
MAKO_OPT_GP

MAKO_

MAKO_GPIO_RX
MAKO_GPIO_TX

ARM
KEYPAD_ROW3
KEYPAD_ROW2
KEYPAD_ROW1
KEYPAD_ROW0

R1045
10K

OPT_GPIO_1
OPT_GP

SYNCB

RS232_RX

RS232_TX

TX_FSYNC

TX_DATA

TX_CLK

RX_FSYNC

RX_DATA

SSI

RX_CLK

FLASH

FLASH_WAIT

FLASH_CLK

EMIFS_DATA(15:0)

EMIFS_ADD(23:1)

FLASH_CTL(5:0)

MAKO_OPT_INT

OMAP_CORE

1.875V

DVDD2

2.775V_DIG_V4

MAKO )

IO2

INT

POR

IO_15

IO_2

GP5_8

R1048
0

TP_MAKO_RX

TP_MAKO_DCLK

1

1

TP_POR

R1046
0
DNP

TP_MAKO_FSYNC

1

1

TP_MAKO_TX

1

1.875V

R1006
10K

TP_TDO1TP_TMS

TP_TCK1TP_NEMU0

TP_RTCK1TP_NTRST

TP_TDI1TP_NEMU1

1

1

1

1

R1054

4.7K

JTAG

JTAG_NEMU0

JTAG_TMS

JTAG_TDI

JTAG_TCK

JTAG_NTRST

CYPHER SSI

JTAG_NEMU1

JTAG_TDO

JTAG_RTCK

C1030
18pF

AA13

AA15

15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0

D9
P13
H12
G21

Y10
G20
H15
R12

Y1
P3

C14

D4

G8

E19
E20
H14
F19

G18

H20

W19

V18
Y19
V17

W18

Y18
J20
U20
R14

Y5

V14

R9

W15

Y15
P14

W14

V15

AA9

V9

R10

P10

V2

V13

AA5

V5

Y2

W3

Y14

W7

V7

Y6

W6

V3
T4
U3
U1
P8
T3
T2
R4
R3
R2
P7
P4
P2
N7
N2
N4

as Emergency button for NEO

MCBSP3_DR

MCBSP3_FSX

MCBSP3_DX

GPIO_45

(Used

R1047
0

1.875V

R1053

.7K

4

CLKX_SD
CLK32K_IN

EN_SDCKE

CLKX_MCBSP1
CLK_MCSI2

CLKS_MCBSP1
MCBSP1_FSX
PWRON_RESET
F_CS1U
F_CS2U
SDDQS_H
SDDQS_L
CS_SDRAM
KBR_4
KBR_3
KBR_2
KBR_1
KBR_0
MCBSP1_DR
BFAIL
CONF
TDI
TMS
TCK
TRST
MPU_BOOT
MPU_RST
UART1_CTS
UART2_CTS
UART1_RX

UART2_RX

CLK_B_REQ

CLK_B

CLK_MCSI1
MCSI1_DOUT
MCSI1_DIN
MCSI2_DIN
MCSI2_SYNC

CLK_M_REQ
MCBSP2_DR
FRDY
OSC32K_IN
OSC32K_OUT
MCBSP2_DX

CLK_M
OSC1_IN
OSC1_OUT
LOW_STATE_1
LOW_STATE_2
MCBSP2_FSX

CLKR_MCBSP2

CLKX_MCBSP2
MCBSP2_FSR

FDATA_15
FDATA_14
FDATA_13
FDATA_12
FDATA_11
FDATA_10
FDATA_9
FDATA_8
FDATA_7
FDATA_6
FDATA_5
FDATA_4
FDATA_3
FDATA_2
FDATA_1
FDATA_0

SERIAL FLASH SPI

LED_CS

SERIAL_CLK

and McBSP3_CLK for CYPHER)

R1055
10K
DNP

14

D13

D12

C12

CLK_F

SDATA_14

SDATA_15

SDATA_13

1.875V

CLK_L_CAM

CLK_SD

FADD_1

I2C_SDA

J8

C9

J15

V20

1

I2C_CLK

I2C_DATA

I2C

DISPLAY_CS

SERIAL_DATA

R1051
0

R1052
0

PLACE for NEO Only

10

121315

11

D8

C10

D14

D11

C13

C11

SDATA_8

SDATA_9

SDATA_6

SDATA_7

SDATA_10

SDATA_11

SDATA_12

DVDD2

A19
E21
U21
Y16

AA2

AA11

B10
B14

FADD_3

FADD_4

FADD_5

FADD_6

FADD_7

FADD_8

FADD_2

J7

F4

E4

E3

C1

D2

D3

2

711151092216

586

4

63592

SDATA_4

SDATA_5

L1

L21

Y7

A5
A7

R1
H2
C2

FADD_9

FADD_10

F3

G4G3G2

C5D7D5C7C4D6C6

SDATA_2

SDATA_3

NC
DVDD1_1
DVDD1_2
DVDD1_3
DVDD1_4
DVDD1_5

DVDD2_1
DVDD2_2
DVDD2_3

DVDD4_1
DVDD4_2
DVDD4_3
DVDD4_4

DVDD5_1
DVDD5_2
DVDD5_3

FADD_11

FADD_12

12

GPS

GPS_SHUTDOWN

GPS_nRESET_LS

GPS_TX_LS

GPS_RX_LS

GPS_nWAKEUP_LS

GPS_BOOT_LS

10748

K19

K18

J14

J19

J18

K15

SDATA_0

SDATA_1

CAM_D_4

CAM_D_5

CAM_D_6

CAM_D_7

CAM_D_3

OMAP_CORE

CVDDA

VDD_DLL

Y21

A15

A11

W12A3E2

CVDDA

CVDD_DLL

CVDD_RTC

DVDDRTC

V12

FADD_18

FADD_19

FADD_13

FADD_14

FADD_15

FADD_16

FADD_17

J2J4J3

F2

K8H4H3

K7

143231721

18

20

19

13

USB2_VM

USB2_RCV

USB#2

NOT USED

for MORPH)

IO_15

GP

GPIO_60

(PA_ENABLE

GPS_ON_OFF_LS

(Used as RED_LED for NEO, RX_ATTN_1 for MORPH)

M20

N19

N21

L15

M19

L18

L19

K14

CAM_VS

CAM_HS

GPIO_15

GPIO_14

CAM_D_0

CAM_D_1

CAM_D_2

CAM_RSTZ

Y20Y9M2

AA3

A9

CVDD2

CVDD1

CVDD_1

CVDD_2

CVDD_3

CVDD_4

CVDD2_1

RESERVED

E5

FADV

FADD_25

FADD_20

FADD_21

FADD_22

FADD_23

FADD_24

L4

L7

L8

E1

K4

K3

L3

used for Option Board SSI Sync pin)

USB2_VP

(Temporary

USB2_DAT

USB2_SUSPEND

(Green LED for NEO

IFT_REG_CE for MORPH)
SH

IO_3
GP

PTT

ONE_WIRE_UP

1.875V

R1025 10K

C3312 100pF

W8

M14

P18

P20

P19

M15Y8R18

R19

N20

N18

GPIO_2

GPIO_3

GPIO_4

GPIO_6

GPIO_7

GPIO_8

GPIO_9

GPIO_1

GPIO_11

GPIO_12

GPIO_13

OMAP1710

LDO_FILTER

B13

B20

J21

R20

J1

B5

CVDD4

VSS_1

B7

CVDD3_4

CVDD2_2

CVDD3_1

CVDD3_2

CVDD3_3

VSS_2

A13

VSS_3

B16

VSS_4

A21

VSS_5

F20

VSS_6

K20

VSS_7

R21

VSS_8

W20

VSS_9

AA21

VSS_10

Y13

VSS_11

AA7

VSS_12

Y3

VSS_13

AA1

VSS_14

U2

VSS_15

N1

VSS_16

K2

VSS_17

G1

VSS_18

B1

VSS_19

GPIO_62

F_WP

F_CS1

F_CS2

F_CS3

F_RP

EN_F_BE_0

EN_F_BE_1

EN_F_OE

EN_F_WE

V4

R8

N8

M7

M3

M4

W1

U4

M8

W2

0

R10140R1013

DNP

05324

1

USB2_SE0

USB2_TXEN

USB#0 RESERVED FOR MORPHEUS

1.875V

PLACED FOR
MORPHEUS ONY

R1017
10K

ARMIO_2

ARMIO_3

GP5_7 for MORPH)

(Used as BL_EN for NEO,

U19

N15V8T19

T20

W17

V16N3R13

EMU0

EMU1

GPIO_0

MPUIO_2

MPUIO_3

MPUIO_4

MPUIO_5

MPUIO_1

U1000

RTCK

CLK_B_UART2

USB0_DAT

USB0_SE0

EN_USB_PUEN

MCSI2_DOUT

LOW_STATE_3

LOW_STATE_4

P9

V6

Y4

W5

W9

W4

Y17

4.7K

R1005

USB0_TXEN

USB0_SE0

USB0_DAT

USB#0
( INTERFACE WITH MAKO )

DIR_CTRL

V10

W10

W11

AA17

EN_WE_SDRAM

SDRAM_RAS
SDRAM_DQMU
SDRAM_DQML

SDRAM_CAS

MCSI1_SYNC

CLK32K_OUT

MMC_DAT2

MMC_DAT3

CLK_P_LCD
LCD_PIXEL_15

LCD_PIXEL_14
LCD_PIXEL_13
LCD_PIXEL_12
LCD_PIXEL_11
LCD_PIXEL_10

LCD_PIXEL_9

LCD_PIXEL_8

LCD_PIXEL_7

LCD_PIXEL_6

LCD_PIXEL_5

LCD_PIXEL_4

LCD_PIXEL_3

LCD_PIXEL_2

LCD_PIXEL_1

LCD_PIXEL_0

CLK_EX_CAM
LOW_STATE_5

CLK_S_UWIRE

CLK_MMC

Z_STATE_1

RTC_ON_NOFF

MMC_CMD

Y12

P11

V11

W16

W13

USB1_TXEN

USB1_DAT

USB#1

(Directional pin for McBSP3 FSX and CLK)

R11

SBANK_1
SBANK_0

SADD_13
SADD_12
SADD_11

MMC_DAT0

MMC_DAT1

SADD_10

SADD_9
SADD_8
SADD_7
SADD_6
SADD_5
SADD_4
SADD_3
SADD_2
SADD_1
SADD_0

LCD_VSYNC
LCD_HSYNC

LCD_AC

KBC_5
KBC_4
KBC_3
KBC_2
KBC_1
KBC_0

UART3_RX

I2C_SCL

UWIRE_SDI

UWIRE_SDO

Z_STATE_3
Z_STATE_2

MCBSP1_DX

RESET_MODE

RST_OUT

RTC_WAKE_INT

P12

AA20

P

lace for
OMAP1610
R1015
0

USB_INT

USB1_SE0

(MORPH ONLY)

(MORPH ONLY)AUD

IO_PA_ENA

LOW_LEVEL_MUTE

H8
H7
D10
C8
B4
C3
B3

H11
H9
H10
B8
B12
G9
G11
G12
B9
G10
A1
B6
B2
A2

B18
C20
B15
C15

D15
C16
A17
G13
B17
C17
D16
D17
C18
B19
A20
H13
G14
C19
B21
D18

G19
C21
E18
D19
D20
F18
H19
M18
L14
T18
AA19

TDO

U18
W21
V19
N14
P15
H18

GP DEVICE CONFIG

.875V

1

0
1
2
3
4
5
6

12
11
10

9
8
7
6
5
4
3
2
1
0

P

OMAP1710

R1034
10K

PLACE FOR GP
DEVICE FAST BOOT

R1035
0
DNP

lace for

R1016

0

LARGEST REF

DELETED

R1072 U1009C1046

Y1001

REF

LOCK_DETECT
ANT_EN

RF CONTROLS

ADAPT_SW

R1061

DMCS

0

DEEP_SLEEP

FREQ

SWITCH

IO_33

GP

(Used as SW8 for NEO, Channel Activity for MORPH)

GPIO_32

(Used as SW4 for NEO, Monitor for MORPH)

GPIO_31

(Used as SW2 for NEO, Volume B for MORPH)

GPIO_30

(Used as SW1 for NEO, Volume A for MORPH)

SDRAM_CS
SDRAM_CLK_EN

SDRAM_DATA(15:0)

SDRAM_CLK

SDRAM_CTL(6:0)

SDRAM

DECOUPLING CAPACITORS

OMAP_CORE

100pF

100pF

0.10uF

C1013C1002

C1003

C1001

C1000

0.10uF

0.10uF

LDO_FILTER

R1018

C1017

1.0uF

R1019

5.1

0

Place for
OMAP1710

OMAP_CORE

LEVEL TRANSLATORS

C1015 C1011

100pF

0.10uF

DVDD2

C1031

0.10uF

C1012

0.10uF

C1004

OMAP_CORE

1.875V

C1005 C1006

C1007

0.10uF

0.10uF 100pF

100pF

OMAP_CORE

R1000
10

VDD_DLL

C1016

0.1uF

C1014

0.10uF

R1060
10

C1044

0.1uF

C1010

0.10uF100pF

C1009

0.10uF

CVDDA

C1008

SDRAM_ADD(12:0)

ISPLAY_DATA7

D
DISPLAY_DATA6
DISPLAY_DATA5
DISPLAY_DATA4

1

TX_RAMP

R1036

10K

1.875V

DISPLAY_DATA3
DISPLAY_DATA2
DISPLAY_DATA1
DISPLAY_DATA0
DISPLAY_CE
DISPLAY_CMD

GP
KEYPAD_COL3
KEYPAD_COL2
KEYPAD_COL1
KEYPAD_COL0

D

ISPLAY

IO_27

(Used as KEYPAD_COL4 for NEO and Public Add Mic

KEYPAD

COLUMN

ISPLAY_CMD

SPI_CLK
SPI_MISO
SPI_MOSI

THK_CE
ABACUS3_CE
MAKO_CE

(MORPH ONLY)MORPH_D

SP

I

RESET_OUT

GPS_BOOT_LS

GPS_nRESET_LS
GPS_ON_OFF_LS

GPS_nWAKEUP_LS

GPS_TX_LS
GPS_RX_LS

for MORPHEUS)

C1028

0.10uF

B3
A1
A2
A3
A4

R1065
R1069

1.875V

R1067

OE
A1
A2
A3
A4

2.775V_DIG_V42.8V_DIG_GPS

B1

B2

VCCA

GND

B4

R1068
24K

R1062
0

C1029

0.10uF

U1005
TXB0104ZXUR

C1

B1

C2

B2

C3

B3

VCCB

C4

B4

0
0

12K

1.875V

R1070
10K

GPS_BOOT
GPS_TX
GPS_RX

GPS_nRESET
GPS_ON_OFF

GPS_nWAKEUP

Complete Controller Microprocessor Schematic Diagram (for 8475130M01)

Controller Schematics 5-17

1.875V_DIG_V2 1.875V_DIG_V2

FLASH

1.875V_DIG_V2

R2000
10K

FLASH_CLK

FLASH_CTL(5:0)

0

1

3

4

5

2

FLASH_WAIT

F2

F3

G9

F9

F8

F7

G7

G8

H7

H8

H3

H2

H1

G3

H9

G2

E8

F1

1.875V_DIG_V2

CLK

CKE

CS

WE

RAS

CAS

BA0

BA1

A0

A1

J8

A2

J7

A3

J3

A4

J2

A5

A6

A7

A8

A9

A10

A11

LDQM

UDQM

9A

1DDV

1SSV3E2SSV1J3SSV

1
A

R2011
0

C2007

0.10uF

7
E

2DDV

C2006

0.10uF

7C

7A

9J

3DDV

1QDDV3B2QDDV

61xM4 NORCIM

2Q

1QSSV

S
SV

3A

7B

3C

C2005

.01uF

3D

4QDDV

3QDDV

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

DQ15

NC1

NC2

3

4QSSV
Q
S
SV

7D

U2001

A8

B9

B8

C9

C8

D9

D8

E9

E1

D2

D1

C2

C1

B2

B1

A2

E2

G1

10

11

12

13

14

15

C2004

100pF

0

1

2

3

4

5

6

7

8

9

1.875V_DIG_V2

R2004
0

C2000

100pF

R2012
10K

4A

B4

CLK_K

E7

EN_E

F8

EN_G

C5

EN_W

D6

WP

C4

EN_L

B5

RP

D3

WAIT

E8

A0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

D8

A1

C8

A2

B8

A3

A8

A4

B7

A5

A7

A6

C7

A7

A2

A8

B2

A9

C2

A10

A1

A11

B1

A12

C1

A13

D2

A14

D1

A15

D4

A16

B6

A17

A6

A18

C6

A19

B3

A20

C3

A21

D7

NC

3A

1DDV4G2DDV1E1QDDV6G2QDDV

61xM4 TS

1QSSV

1SSV

2SSV

2G

1F

5A

PPV

2QSSV

8G

D10

D11

D12

D13

D14

D15

C2001

.01uF

U2000

F7

D0

E6

D1

E5

D2

G5

D3

E4

D4

G3

D5

E3

D6

G1

D7

G7

D8

F6

D9

F5

F4

D5

F3

F2

E2

C2002

0.10uF

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

C2003

0.10uF

SDRAM_CS

SDRAM_CLK

SDRAM_CLK_EN

SDRAM_CTL(6:0)

1.875V_DIG_V2

SDRAM_ADD(12:0)

R2013
10K

R2010
10K

0

6

5

1

4

2

3

SDRAM

1.875V_DIG_V2

R2005
10K

R2006

R2007
10K

R2008
10K

R2009
10K10K

0

1

2

3

4

5

6

7

8

9

10

11

12

EMIFS_ADD(23:1)

EMIFS_DATA(15:0)

SDRAM_DATA(15:0)

Controller Memory Schematic Diagram

5-18 Controller Schematics

LARGEST REF

EXTERNAL MEMORIES

1.875V_DIG_V2 1.875V_DIG_V2

FLASH

1.875V_DIG_V2

C2013
10pF

DNP

R2000
10K

FLASH_CLK

FLASH_CTL(5:0)

0
1
3
4
5
2

FLASH_WAIT

1

C2008

2

10pF

3

DNP

4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23

R2012

10K

1.875V_DIG_V2

B4

CLK_K

E7

EN_E

F8

EN_G

C5

EN_W

D6

WP

C4

EN_L

B5

RP

D3

WAIT

E8

A0

D8

A1

C8

A2

B8

A3

A8

A4

B7

A5

A7

A6

C7

A7

A2

A8

B2

A9

C2

A10

A1

A11

B1

A12

C1

A13

D2

A14

D1

A15

D4

A16

B6

A17

A6

A18

C6

A19

B3

A20

C3

A21

D7

NC

A4

VDD1G4VDD2

VSS1

A3

F1

R2004
0

E1

ST 4Mx16

VSS2

G2

G6

VDDQ1

VSSQ1

G8

A5

VDDQ2

VSSQ2

C2000

VPP

D10
D11
D12
D13
D14
D15

F7

D0

E6

D1

E5

D2

G5

D3

E4

D4

G3

D5

E3

D6

G1

D7

G7

D8

F6

D9

F5
F4
D5
F3
F2
E2

C2001

.01uF

U2000
M58WR064FB

SDRAM

1.875V_DIG_V2

C2002

0.10uF

0
1
2
3
4
5
6
7
8

9
10
11
12
13
14
15

C2003

0.10uF100pF

C2010

4.7uF

SDRAM_CS

SDRAM_CLK

SDRAM_CLK_EN

SDRAM_CTL(6:0)

1.875V_DIG_V2

SDRAM_ADD(12:0)

R2013
10K

R2010
10K

R2008
10K

R2009
10K

R2005

0
6
5
1
4

2
3

10K

10K10K

R2007

R2006

A3

VDDQ1

MICRON 4Mx16

VSSQ1

B7

C2006

0.10uF0.10uF

D3

C7

VDDQ3

VDDQ2

VSSQ2C3VSSQ3

D7

R2013

VDDQ4

DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8

DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

NC1

NC2

VSSQ4

C2005 C2004

.01uF

100pF

U2001
MT48H4M16LF

A8

0

B9

1

B8

2

C9

3

C8

4

D9

5

D8

6

E9

7

E1

8

D2

9

D1

10

C2

11

C1

12

B2

13

B1

14

A2

15

E2
G1

C2013 U2001

1.875V_DIG_V2

R2011
0

C2011

C2007

4.7uF

A9E7J9A7B3

F2

CLK

F3

VDD1

VDD2

VDD3

CKE

G9

CS

F9

WE

F8

RAS

F7

CAS

G7

BA0

G8

BA1

H7

A0

H8

0
1
2
3
4
5
6
7
8
9
10
11
12

A1

J8

A2

J7

A3

J3

A4

J2

A5

H3

A6

H2

A7

H1

A8

G3

A9

H9

A10

G2

A11

E8

LDQM

F1

UDQM

VSS1

VSS2J1VSS3

A1

E3

EMIFS_ADD(23:1)

EMIFS_DATA(15:0)

Controller Memory Schematic Diagram (for 8475130M01)

SDRAM_DATA(15:0)

Controller Schematics 5-19

R3010 10K

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

1.875V_DIG_V2

R3024

51K 10K

R3033 15K

R3034 8.2K

R3036

8.2KR3032

15KR3035

R3037
820

1.875V_DIG_V2

47KR3023

MAKO SPI

MAKO SSI

MAKO USB

MAKO UART

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2
MAKO_OPT_GPIO3

MAKO_CE
SPI_MOSI
SPI_MISO

MAKO_DCLK

MAKO_FSYNC

MAKO_TX
MAKO_RX

USB1_TXEN

USB1_DAT

USB1_SE0

USB0_TXEN

USB0_DAT

USB0_SE0

USB_INT

RS232_TX
RS232_RX

ONE_WIRE_UP

MAKO_OPT_INT

SPI_CLK

R3088

5.1K
DNP

A5

NC
NC

NC

NC

NC

NC
NC

NC

NC

NC
NC
NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP
USB1_DM
USB2_DP
USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1
ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2
OPTA_SEL3
OPTB_SEL0
OPTB_SEL1
OPTB_SEL2
OPTB_SEL3

3.3V_DIG_V10

R3054

R3053

22K

22K

N6
P7
N7

NC

P8

NC

L6

NC

N13

NC

N9

NC

P9
M8

NC

L8
M10

NC

N12
M11
P13

NC

P10
K7
M9
N10
P11

NC

K8

NC

P12

NC

N11

NC

R3098

3.3K

A1
B1

D2
C2

5V_ANA_V8

NO1
COM1

NO2
COM2

U3007
TS5A23166

A2

V_POS

GND

D1

B2

IN1

C1

IN2

C3062

0.10uF

24R3020
24R3021

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

2.9V_DIG_V6

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

2

7

VREF1

3

SCL16SCL2

4

SDA15SDA2

1

VREF2

GND

R3043

C3026

0.10uF

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

2.2KR3013

IF2

INT_SPKR

2KR3014

C3045
10uF

R3011

E3030
BLM18BD601SN1

E3031
BLM18BD601SN1

E3032
BLM18BD601SN1

E3033
BLM18BD601SN1

2.2K

270R3012

C3048

C3050

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

1.0uFC3047

1.0uF

.033uFC3049

.033uF

R3800
10

MAKO_AD_TRIGGER

C3011

C3094

C3080

1.0uF
DNP

C3800

0.1uF

.022uF

.068uF

C3095
.068uF

RAWB+

NC

330R3027

R3026 330

100KR3055

D3000

SWB+

VSAVE

100pF

B11

AD_TRIG

A11

TX_RX

L2

MIC_BIAS

K2

INT_MIC_P

K1

INT_MIC_M

J2

EXT_MIC_P

J1

EXT_MIC_M

J3

0.1uFC3036
VCM1

H3

VC_OUT_P

H2

VC_OUT_M

E3

BPLUS

E1

PA_BPLUS

G3

PA_IN_M

G2

PA_IN_P

F1

INT_SPKR_P

F2

INT_SPKR_M

H1

EXT_SPKR_P

G1

EXT_SPKR_M

H4

VCM2

A4

VREF

0.1uF

C3035 0.1uF

C3034

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0
ATOD_1
ATOD_2
ATOD_3
ATOD_4
ATOD_5
ATOD_6
ATOD_7
ATOD_8

FE_TUNE1
FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10
M12
N14
M13
L11
M14
L12
L13
K11
K12
K13

L3
M2
N1
C4
A3
E8

C3038

100pF

C3037

2.9V_DIG_V6
HW_ID0
HW_ID1
HW_ID2

PA_TEMP
VOL

NC

R3025R3060

2K

100

C3999
.01uF

RX_FLTR_VCTRL

TX_DAC

HW_ID

2.9V_DIG_V6

R3005

1KR3004

2.9V_DIG_V6

HW_ID0

2.9V_DIG_V6

R3007 R3009
33K

33K33K

1K

R3006

R3008 1K

HW_ID1

HW_ID2

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z04)

5-20 Controller Schematics

C3213

220pF

10K

R3061

10K

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

1.875V_DIG_V2

R3024

51K

R3032

R3033

R3034 8.2K

R3035

R3036
10K

8.2K

15K

15K

1.875V_DIG_V2

R3010
R3023

47K

MAKO SPI

MAKO_FSYNC

MAKO SSI

USB1_DAT

USB1_SE0

USB0_DAT

USB0_SE0

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2
MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_DCLK

MAKO_TX

MAKO_RX

USB1_TXEN

USB0_TXEN

USB_INT

RS232_TX

RS232_RX

A5

NC
NC

NC

NC

NC

NC
NC

NC

NC

NC
NC
NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1
ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2
OPTA_SEL3
OPTB_SEL0
OPTB_SEL1
OPTB_SEL2
OPTB_SEL3

3.3V_DIG_V10

R3053

22K

N6
P7
N7

NC

P8

NC

L6
N13
N9
P9
M8
L8
M10
N12
M11
P13
P10
K7
M9
N10
P11
K8
P12
N11

NC
NC

NC

NC

NC

NC
NC
NC
NC

USB_CONNECT

R3054
22K

R3098

3.3K

A1
B1

D2
C2

5V_ANA_V8

NO1
COM1

NO2
COM2

U3007
TS5A23166

A2

V_POS

GND

D1

B2

IN1

C1

IN2

R3020
R3021

C3062

0.10uF

24
24

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

2.9V_DIG_V6

C3025 C3026

0.10uF

R3041
10K

2.9V_DIG_V6

2

VREF17VREF2

3

SCL16SCL2

4

SDA15SDA2

5V_ANA_VBUS2

R3043

200K

0.10uF

EN

GND

1

U3009
PCA9306

5V_ANA_VBUS2

R3040

2.2K

8

ONE_WIRE_1

OPTA_SEL1

C3078
100pF

47K

Q3030

47K

R3019

0

DNP

10K

0.10uF

4.7K

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

C3086

NC

2.2K

R3013

IF2

INT_SPKR

R3014 2K

R3037
820

C3045
10uF

R3011

R3012

E3030
BLM18BD601SN1

E3031
BLM18BD601SN1

E3032
BLM18BD601SN1

E3033
BLM18BD601SN1

C3038

R3060
2K

100pF

100pFC3037

R3025
100

C3999
.01uF

2.9V_DIG_V6
HW_ID0
HW_ID1
HW_ID2

PA_TEMP
VOL

RX_FLTR_VCTRL

TX_DAC

HW_ID

2.9V_DIG_V6

12K

R3005
10K

HW_ID0

2.9V_DIG_V6

R3007
10K

R3006R3004

12K
DNPDNP DNP

HW_ID1

2.9V_DIG_V6

R3008

12K

R3009
10K

HW_ID2

B11

0.1uF

C3035 0.1uF

AD_TRIG

A11

TX_RX

L2

MIC_BIAS

K2

INT_MIC_P

K1

INT_MIC_M

J2

EXT_MIC_P

J1

EXT_MIC_M

J3

VCM1

H3

VC_OUT_P

H2

270

VC_OUT_M

E3

BPLUS

E1

PA_BPLUS

G3

PA_IN_M

G2

PA_IN_P

F1

INT_SPKR_P

F2

INT_SPKR_M

H1

EXT_SPKR_P

G1

EXT_SPKR_M

H4

VCM2

A4

VREF

0.1uF

C3034

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0
ATOD_1
ATOD_2
ATOD_3
ATOD_4
ATOD_5
ATOD_6
ATOD_7
ATOD_8

FE_TUNE1
FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10
M12
N14
M13
L11
M14
L12
L13
K11
K12
K13

L3
M2

NC

N1
C4
A3
E8

MAKO_AD_TRIGGER

.033uF

C3047

.033uFC3048

2.2K

C3049

.033uF

.033uFC3050

270

C3080

1.0uF
DNP

R3800
10

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

C3800

0.1uF

C3011

C3094

.015uF

0.1uF

C3095

0.1uF

RAWB+

270R3027

SWB+

NC

C3036

R3026

R3055 100K

D3000

VSAVE

Controller Audio and Digital Interface Schematic Diagram (for 8475130M01)

Controller Schematics 5-21

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3024

51K 10K

R3032

R3033

R3034

R3035

1.875V_DIG_V2

R3036

8.2K

15K

8.2K

15K

R3010 10K

1.875V_DIG_V2

R3037
820

47KR3023

MAKO SPI

MAKO SSI

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2
MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK
MAKO_CE
SPI_MOSI
SPI_MISO

MAKO_DCLK

MAKO_FSYNC

MAKO_TX
MAKO_RX

USB1_TXEN

USB1_DAT

USB1_SE0

USB0_TXEN

USB0_DAT

USB0_SE0

USB_INT

RS232_TX
RS232_RX

R3088

C3062

0.10uF

24
24

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

2.9V_DIG_V6

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

2

7

VREF1

3

SCL16SCL2

4

SDA15SDA2

1

VREF2

GND

R3043

C3026

0.10uF

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

R3020

U3007
TS5A23166

V_POS

GND

R3021

B2

IN1

C1

IN2

A5

NC
NC

NC

NC

NC

NC
NC

NC

NC

NC
NC
NC

5.1K
DNP

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1
ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2
OPTA_SEL3
OPTB_SEL0
OPTB_SEL1
OPTB_SEL2
OPTB_SEL3

3.3V_DIG_V10

R3053

22K

N6
P7
N7

NC

P8

NC

L6
N13
N9
P9
M8
L8
M10
N12
M11
P13
P10
K7
M9
N10
P11
K8
P12
N11

NC
NC

NC

NC

NC

NC
NC
NC
NC

USB_CONNECT

R3054
22K

R3098

3.3K

5V_ANA_V8

A2

A1

NO1

B1

COM1

D2

NO2

C2

COM2

D1

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

2.2KR3013

IF2

INT_SPKR

2KR3014

C3045
10uF

E3030
BLM18BD601SN1

E3031
BLM18BD601SN1

E3032
BLM18BD601SN1

E3033
BLM18BD601SN1

R3011

2.2K

R3012
270

C3048

C3050

C3097

33pF

C3098

33pF

C3099

33pF

C3100

33pF

1.0uFC3047

1.0uF

.033uFC3049

.033uF

R3800
10

MAKO_AD_TRIGGER

C3011 .022uF

C3094 .068uF

C3080

1.0uF
DNP

C3800

0.1uF

C3095
.068uF

RAWB+

330R3027

SWB+

NC

R3026 330

100K

R3055

D3000

VSAVE

100pF

C3038

100pF

C3037

2.9V_DIG_V6
HW_ID0
HW_ID1
HW_ID2

PA_TEMP
VOL

NC

R3060
2K

R3025
100

C3999
.01uF

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3005

R3004

1K
DNP DNP DNP

HW_ID

HW_ID0

2.9V_DIG_V6

2.9V_DIG_V6

R3007
10K

R3006 R3008

1K

1K

HW_ID1

R3009
10K10K

HW_ID2

0.1uFC3036

0.1uF

C3035

B11
A11

L2
K2
K1

H3
H2
E3
E1
G3
G2
F1
F2
H1
G1
H4
A4

0.1uF

C3034

J2
J1
J3

AD_TRIG
TX_RX
MIC_BIAS

INT_MIC_P
INT_MIC_M

EXT_MIC_P
EXT_MIC_M
VCM1
VC_OUT_P
VC_OUT_M
BPLUS
PA_BPLUS
PA_IN_M
PA_IN_P

INT_SPKR_P
INT_SPKR_M

EXT_SPKR_P
EXT_SPKR_M
VCM2
VREF

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0
ATOD_1
ATOD_2
ATOD_3
ATOD_4
ATOD_5
ATOD_6
ATOD_7
ATOD_8

FE_TUNE1
FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10
M12
N14
M13
L11
M14
L12
L13
K11
K12
K13

L3
M2
N1
C4
A3
E8

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z07/8486716Z13, 8486716Z08 & 8415113H03)

5-22 Controller Schematics

10KR3010

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

1.875V_DIG_V2

R3024

R3032 8.2K

R3035 15K

R3036
10K51K

47KR3023

MAKO SPI

1.875V_DIG_V2

MAKO SSI

MAKO USB

MAKO UART

15KR3033

8.2KR3034

820R3037

MAKO ONE WIRE

MAKO OPT

MAKO_CE

MAKO_DCLK

MAKO_FSYNC

MAKO_RX

USB1_TXEN
USB1_DAT
USB1_SE0

USB0_TXEN
USB0_DAT
USB0_SE0

USB_INT

RS232_TX

RS232_RX

ONE_WIRE_UP

ION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2
MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

SPI_MOSI
SPI_MISO

MAKO_TX

R3088

5.1K
DNP

A5

NC
NC

NC

NC

NC

NC
NC

NC

NC

NC
NC
NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

U3000-2

DIGITAL_BLOCK

USB1_DP
USB1_DM
USB2_DP
USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1
ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2
OPTA_SEL3
OPTB_SEL0
OPTB_SEL1
OPTB_SEL2
OPTB_SEL3OPTION_INTX

3.3V_DIG_V10

R3053 R3054

22K

22K

N6
P7
N7

NC

P8

NC

L6

USB_CONNECT

N13

NC

N9

NC

P9
M8

NC

L8
M10

NC

N12
M11
P13

NC

P10
K7
M9
N10
P11

NC

K8

NC

P12

NC

N11

NC

R3098

3.3K

5V_ANA_V8

A1

NO1

B1

COM1

D2

NO2

C2

COM2

A2

V_POS

GND

D1

U3007
TS5A23166

IN1

IN2

R3021 24

B2

C1

C3062

0.10uF

24R3020

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0
OPTA_SEL1
OPTA_SEL2

USB1_DP
USB1_DM

2.9V_DIG_V6

R3041

10K

C3025

0.10uF

2.9V_DIG_V6

C3026

0.10uF

2

7

VREF1

VREF2

SCL13SCL2
SDA14SDA2

GND

1

R3043

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8
6
5

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

2.2KR3013

IF2

INT_SPKR

2K

R3014

C3045
10uF

R3012

E3030
BLM18BD601SN1

E3031
BLM18BD601SN1

E3032
BLM18BD601SN1

E3033
BLM18BD601SN1

100pF

B11

270

0.1uF

C3035

A11

K2
K1

H3
H2

G3
G2

H1
G1
H4
A4

0.1uF

C3034

L2

J2
J1
J3

E3
E1

F1
F2

AD_TRIG
TX_RX
MIC_BIAS

INT_MIC_P
INT_MIC_M

EXT_MIC_P
EXT_MIC_M
VCM1
VC_OUT_P
VC_OUT_M
BPLUS
PA_BPLUS
PA_IN_M
PA_IN_P

INT_SPKR_P
INT_SPKR_M

EXT_SPKR_P
EXT_SPKR_M
VCM2
VREF

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0
ATOD_1
ATOD_2
ATOD_3
ATOD_4
ATOD_5
ATOD_6
ATOD_7
ATOD_8

FE_TUNE1
FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10
M12
N14
M13
L11
M14
L12
L13
K11
K12
K13

L3
M2
N1
C4
A3
E8

MAKO_AD_TRIGGER

1.0uFC3047

1.0uF

C3048

2.2KR3011

C3049

.033uF

.033uF

C3050

270

R3800
10

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

C3080

1.0uF
DNP

C3800

0.1uF

C3011

.015uF

0.1uFC3094

C3095

0.1uF

270R3027

RAWB+

R3026

SWB+

NC

C3036 0.1uF

100K

R3055

D3000

VSAVE

C3038

C3037 100pF

2.9V_DIG_V6
HW_ID0
HW_ID1
HW_ID2

PA_TEMP
VOL

NC

R3060
2K

R3025
100

C3999
.01uF

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3005
10K

R3004

1K

DNP DNP DNP

HW_ID

HW_ID0

2.9V_DIG_V6

R3007
10K

R3006

1K

2.9V_DIG_V6

R3009
10K

R3008

1K

HW_ID1

HW_ID2

Controller Audio and Digital Interface Schematic Diagram (for 8415113H05)

Controller Schematics 5-23

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3501
0

R3500

1.5K

R3024

51K 10K

R3032

R3033

R3034

R3035

5V_ANA_VBUS2

1.875V_DIG_V2

R3036

8.2K

15K

8.2K

15K

R3056
0

R3010 10K

1.875V_DIG_V2

47KR3023

MAKO OPTION SEL

R3037

1.5K

MAKO SPI

MAKO SSI

USB1_DAT

USB1_SE0

USB0_DAT

USB0_SE0

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2

MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_DCLK

MAKO_FSYNC

MAKO_TX

MAKO_RX

USB1_TXEN

USB0_TXEN

USB_INT

RS232_TX

RS232_RX

R3088

C3062

0.10uF

24

24

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

2.9V_DIG_V6

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

2

7

VREF1

3

SCL16SCL2

4

SDA15SDA2

1

VREF2

GND

R3043

C3026

0.10uF

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

R3020

A2

V_POS

GND

D1

U3007
TS5A23166

IN1

IN2

R3021

B2

C1

A5

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

5.1K
DNP

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1

ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

OPTA_SEL3

OPTB_SEL0

OPTB_SEL1

OPTB_SEL2

OPTB_SEL3

3.3V_DIG_V10

R3053

22K

N6

P7

N7

NC

P8

NC

L6

N13

N9

P9

M8

L8

M10

N12

M11

P13

P10

K7

M9

N10

P11

K8

P12

N11

NC

NC

NC

NC

NC

NC

NC

NC

NC

USB_CONNECT

R3054
22K

R3098

3.3K

5V_ANA_V8

A1

NO1

B1

COM1

D2

NO2

C2

COM2

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

C3500

4.7uF

IF2

INT_SPKR

R3014
2K

E3030
BLM18BD601SN1

E3031
BLM18BD601SN1

E3032
BLM18BD601SN1

E3033
BLM18BD601SN1

R3013

2.2K

R3011

2.2K

R3012
270

C3048

C3050

C3045

4.7uF

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

1.0uFC3047

1.0uF

.033uFC3049

.033uF

R3800
10

MAKO_AD_TRIGGER

C3011 .022uF

C3094 .068uF

C3080

1.0uF
DNP

C3800

0.1uF

C3095

.068uF

RAWB+

330R3027

SWB+

NC

0.1uFC3036

R3026 330

100K

R3055

D3000

VSAVE

0.1uF

C3035

B11

A11

L2

K2

K1

J2

J1

J3

H3

H2

E3

E1

G3

G2

F1

F2

H1

G1

H4

A4

0.1uF

C3034

AD_TRIG

TX_RX

MIC_BIAS

INT_MIC_P

INT_MIC_M

EXT_MIC_P

EXT_MIC_M

VCM1

VC_OUT_P

VC_OUT_M

BPLUS

PA_BPLUS

PA_IN_M

PA_IN_P

INT_SPKR_P

INT_SPKR_M

EXT_SPKR_P

EXT_SPKR_M

VCM2

VREF

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0

ATOD_1

ATOD_2

ATOD_3

ATOD_4

ATOD_5

ATOD_6

ATOD_7

ATOD_8

FE_TUNE1

FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

100pF

C3038

L10

M12

N14

M13

L11

M14

L12

L13

K11

K12

K13

L3

M2

NC

N1

C4

A3

E8

C3037

R3060
2K

100pF

R3025
100

C3999
.01uF

2.9V_DIG_V6

HW_ID0

HW_ID1

HW_ID2

PA_TEMP

VOL

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3005

R3004

1K
DNP DNP DNP

HW_ID

HW_ID0

2.9V_DIG_V6

2.9V_DIG_V6

R3007
10K

R3006 R3008

1K

1K

HW_ID1

R3009
10K10K

HW_ID2

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z16 & 8415113H13

5-24 Controller Schematics

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3501
0

R3500

1.5K

R3024

51K

5V_ANA_VBUS2

1.875V_DIG_V2

R3036
10K

R3032

8.2K

R3033

15K

R3034

8.2K

R3035
15K

R3056
0

R3023 47K

1.875V_DIG_V2

R3037

1.5K

10KR3010

MAKO SPI

MAKO_DCLK

MAKO_FSYNC

MAKO SSI

USB1_DAT

USB1_SE0

USB0_DAT

USB0_SE0

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2

MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_TX

MAKO_RX

USB1_TXEN

USB0_TXEN

USB_INT

RS232_TX

RS232_RX

R3088

5.1K
DNP

U3007
TS5A23166

V_POS

GND

B2

IN1

C1

IN2

R3020 24

C3062

0.10uF

5V_ANA_V8

R3051

4.7K

24R3021

A5

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1

ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

OPTA_SEL3

OPTB_SEL0

OPTB_SEL1

OPTB_SEL2

OPTB_SEL3

3.3V_DIG_V10

R3053

22K

N6

P7

N7

NC

P8

NC

L6

N13

N9

P9

M8

L8

M10

N12

M11

P13

P10

K7

M9

N10

P11

K8

P12

N11

NC

NC

NC

NC

NC

NC

NC

NC

NC

USB_CONNECT

R3054
22K

R3098

3.3K

A1

B1

D2

C2

5V_ANA_V8

NO1

COM1

NO2

COM2

A2

D1

2.9V_DIG_V6

BATT_DATA

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

C3026

0.10uF

7

VREF12VREF2

SCL13SCL2

SDA14SDA2

GND

1

R3043

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

6

5

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

C3500

4.7uF

IF2

INT_SPKR

R3014
2K

BLM18BD601SN1

BLM18BD601SN1

BLM18BD601SN1

BLM18BD601SN1

R3013

2.2K

R3011

E3030

E3031

E3032

E3033

R3012
270

C3045

4.7uF

C3047

C3048

2.2K

C3049

C3050

C3097 33pF

C3098 33pF

C3099

C3100

.033uF

.033uF

.033uF

.033uF

33pF

33pF

R3800
10

MAKO_AD_TRIGGER

C3080

1.0uF
DNP

C3800

0.1uF

B11

A11

NC

L2

K2

K1

J2

J1

330R3026

C30350.1uF

C30340.1uF

J3

H3

H2

E3

E1

G3

G2

F1

F2

H1

G1

H4

A4

C3036 0.1uF

330R3027

.022uFC3011

C3095
.068uF

.068uFC3094

R3055 100K

D3000

SWB+

VSAVE

RAWB+

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z23)

AD_TRIG

TX_RX

MIC_BIAS

INT_MIC_P

INT_MIC_M

EXT_MIC_P

EXT_MIC_M

VCM1

VC_OUT_P

VC_OUT_M

BPLUS

PA_BPLUS

PA_IN_M

PA_IN_P

INT_SPKR_P

INT_SPKR_M

EXT_SPKR_P

EXT_SPKR_M

VCM2

VREF

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0

ATOD_1

ATOD_2

ATOD_3

ATOD_4

ATOD_5

ATOD_6

ATOD_7

ATOD_8

FE_TUNE1

FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

R3060
2K

100pFC3038

100pFC3037

2.9V_DIG_V6

HW_ID0

R3025
100

C3999
.01uF

HW_ID1

HW_ID2

PA_TEMP

VOL

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3004 R3006

HW_ID

R3005
33K

1K

HW_ID0

2.9V_DIG_V6

R3007
33K 33K

1K 1K

HW_ID1

2.9V_DIG_V6

R3009

R3008

HW_ID2

L10

M12

N14

M13

L11

M14

L12

L13

K11

K12

K13

L3

M2

NC

N1

C4

A3

E8

Controller Schematics 5-25

10KR3010

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3501
0

R3500

1.5K

R3024 R3036

51K

5V_ANA_VBUS2

1.875V_DIG_V2

10K

R3032

8.2K

R3033

15K

R3034

8.2K

R3035
15K

R3056
0
DNP

1.875V_DIG_V2

R3037

1.5K

47KR3023

MAKO SPI

MAKO_DCLK

MAKO_FSYNC

MAKO SSI

USB1_DAT

USB1_SE0

USB0_DAT

USB0_SE0

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2

MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_TX

MAKO_RX

USB1_TXEN

USB0_TXEN

USB_INT

RS232_TX

RS232_RX

R3088

A5

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

5.1K
DNP

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1

ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

OPTA_SEL3

OPTB_SEL0

OPTB_SEL1

OPTB_SEL2

OPTB_SEL3

3.3V_DIG_V10

R3053

22K

N6

P7

N7

NC

P8

NC

L6

N13

N9

P9

M8

L8

M10

N12

M11

P13

P10

K7

M9

N10

P11

K8

P12

N11

NC

NC

NC

NC

NC

NC

NC

NC

NC

USB_CONNECT

R3054
22K

R3098

3.3K

5V_ANA_V8

A2

A1

NO1

B1

COM1

D2

NO2

C2

COM2

D1

U3007
TS5A23166

V_POS

GND

B2

IN1

C1

IN2

R3020 24

C3062

0.10uF

5V_ANA_V8

R3051

4.7K

BATT_DATA

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

2.9V_DIG_V6

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

C3026

0.10uF

7

VREF12VREF2

SCL13SCL2

SDA14SDA2

GND

1

R3043

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

6

5

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

24R3021

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

C3500

4.7uF

IF2

INT_SPKR

R3014
2K

E3030

BLM18BD601SN1

E3031

BLM18BD601SN1

E3032

BLM18BD601SN1

E3033

BLM18BD601SN1

R3013

2.2K

R3011

2.2K

R3012
270

C3045

4.7uF

.033uFC3047

C3048 .033uF

C3049 .033uF

C3050 .033uF

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

R3800
10

MAKO_AD_TRIGGER

C3080

1.0uF
DNP

C3800

0.1uF

R3027 330

.022uFC3011

.068uFC3094

C3095
.068uF

RAWB+

SWB+

R3026

R3055

100K

D3000

NC

VSAVE

0.1uFC3036

330

0.1uF C3035

B11

A11

C30340.1uF

L2

K2

K1

J2

J1

J3

H3

H2

E3

E1

G3

G2

F1

F2

H1

G1

H4

A4

AD_TRIG

TX_RX

MIC_BIAS

INT_MIC_P

INT_MIC_M

EXT_MIC_P

EXT_MIC_M

VCM1

VC_OUT_P

VC_OUT_M

BPLUS

PA_BPLUS

PA_IN_M

PA_IN_P

INT_SPKR_P

INT_SPKR_M

EXT_SPKR_P

EXT_SPKR_M

VCM2

VREF

100pFC3038

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0

ATOD_1

ATOD_2

ATOD_3

ATOD_4

ATOD_5

ATOD_6

ATOD_7

ATOD_8

FE_TUNE1

FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10

M12

N14

M13

L11

M14

L12

L13

K11

K12

K13

L3

M2

N1

C4

A3

E8

C3037 100pF

2.9V_DIG_V6

HW_ID0

HW_ID1

HW_ID2

PA_TEMP

VOL

NC

R3060
2K

R3025
100

C3999
.01uF

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3005
10K

R3004
1K

1K

DNP DNP DNP

HW_ID0

HW_ID

2.9V_DIG_V6

R3007
10K 10K

R3006

HW_ID1

2.9V_DIG_V6

R3009

R3008
1K

HW_ID2

Controller Audio and Digital Interface Schematic Diagram (for 8486716Z24)

5-26 Controller Schematics

10KR3010

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3024

1.875V_DIG_V2

R3036
10K51K

R3032

8.2K

R3033

15K

R3034

8.2K

R3035

15K

1.875V_DIG_V2

47KR3023

MAKO SPI

MAKO SSI

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2

MAKO_OPT_GPIO3

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_DCLK

MAKO_FSYNC

MAKO_TX

MAKO_RX

USB1_TXEN

USB1_DAT

USB1_SE0

USB0_TXEN

USB0_DAT

USB0_SE0

USB_INT

RS232_TX

RS232_RX

MAKO_OPT_INT

A5

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

OPTION_INTX

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1

ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

OPTA_SEL3

OPTB_SEL0

OPTB_SEL1

OPTB_SEL2

OPTB_SEL3

3.3V_DIG_V10

R3053

R3054

22K

22K

N6

P7

N7

NC

P8

NC

L6

USB_CONNECT

N13

NC

N9

NC

P9

M8

NC

L8

M10

NC

N12

M11

P13

NC

P10

K7

M9

N10

P11

NC

K8

NC

P12

NC

N11

NC

R3098

3.3K

5V_ANA_V8

A2

A1

NO1

B1

COM1

D2

NO2

C2

COM2

D1

U3007
TS5A23166

V_POS

GND

B2

IN1

C1

IN2

R3020 24

R3021

C3062

0.10uF

5V_ANA_V8

R3051

BATT_DATA

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

2.9V_DIG_V6

R3041

10K

C3025

0.10uF

2.9V_DIG_V6

C3026

0.10uF

2

7

VREF2

VREF1

SCL13SCL2

SDA14SDA2

GND

1

U3009
PCA9306

R3043

200K

EN

5V_ANA_VBUS2

8

6

5

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

24

4.7K

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

R3014

2K

R3013

IF2

INT_SPKR

2.2K

C3045
10uF

E3030

BLM18BD601SN1

E3031

BLM18BD601SN1

E3032

BLM18BD601SN1

E3033

BLM18BD601SN1

R3037
820

R3011

2.2K

R3012
270

1.0uFC3047

1.0uF

C3048

C3049 1.0uF

1.0uF

C3050

C3097
33pF

C3098
33pF

C3099
33pF

C3100
33pF

R3800
10

MAKO_AD_TRIGGER

C3080

1.0uF
DNP

C3800

0.1uF

R3088

5.1K
DNP

B11

AD_TRIG

A11

330

0.1uF C3035

G3

G2

G1

C30340.1uF

L2

K2

K1

J2

J1

J3

H3

H2

E3

E1

F1

F2

H1

H4

A4

TX_RX

MIC_BIAS

INT_MIC_P

INT_MIC_M

EXT_MIC_P

EXT_MIC_M

VCM1

VC_OUT_P

VC_OUT_M

BPLUS

PA_BPLUS

PA_IN_M

PA_IN_P

INT_SPKR_P

INT_SPKR_M

EXT_SPKR_P

EXT_SPKR_M

VCM2

VREF

U3000-3

PA_CODEC_A2D_BLOCK

NC

C3036 0.1uF

330R3027

C3095
.068uF

RAWB+

SWB+

R3026

R3055

100K

D3000

VSAVE

.022uFC3011

.068uFC3094

VMES

ADC_VREF

ATOD_0

ATOD_1

ATOD_2

ATOD_3

ATOD_4

ATOD_5

ATOD_6

ATOD_7

ATOD_8

FE_TUNE1

FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10

M12

N14

M13

L11

M14

L12

L13

K11

K12

K13

L3

M2

N1

C4

A3

E8

C3038 100pF

C3037 100pF

2.9V_DIG_V6

HW_ID0

HW_ID1

HW_ID2

PA_TEMP

VOL

NC

R3060
2K

R3025
100

C3999
.01uF

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3005
10K

R3004
1K
DNP DNP DNP

HW_ID0

HW_ID

2.9V_DIG_V6

R3007
10K

R3006
1K

HW_ID1

2.9V_DIG_V6

R3009
10K

R3008
1K

HW_ID2

Controller Audio and Digital Interface Schematic Diagram (for 8415113H19)

Controller Schematics 5-27

MMP_GPIO1_INPUT

MMP_GPIO2_INPUT

R3501
0

R3500

1.5K

R3024

51K

5V_ANA_VBUS2

1.875V_DIG_V2

R3036
10K

R3032

8.2K

R3033
15K

R3034

8.2K

R3035
15K

R3023 47K

1.875V_DIG_V2

R3056
0

R3037

1.5K

10KR3010

MAKO SPI

MAKO_FSYNC

MAKO SSI

USB1_DAT

USB1_SE0

USB0_DAT

USB0_SE0

MAKO USB

MAKO UART

ONE_WIRE_UP

MAKO ONE WIRE

MAKO OPTION SEL

MAKO_OPT_GPIO0

MAKO_OPT_GPIO2

MAKO_OPT_GPIO3

MAKO_OPT_INT

SPI_CLK

MAKO_CE

SPI_MOSI

SPI_MISO

MAKO_DCLK

MAKO_TX

MAKO_RX

USB1_TXEN

USB0_TXEN

USB_INT

RS232_TX

RS232_RX

R3088

5.1K
DNP

U3007
TS5A23166

V_POS

GND

B2

IN1

C1

IN2

R3020 24

R3021 24

C3062

0.10uF

5V_ANA_V8

R3051

4.7K

A5

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

BBP_CLK

B5

BBP_SYNC

E6

SPI_CLK

D6

SPI_CS

B6

SPI_DI

C6

SPI_DO

E7

VC_DCLK

D7

VC_FSYNC

B7

VC_TX

M4

VC_TX3V

A7

VC_RX

N3

UCM_SS

A6

LOGIC_VDD

B8

USB1_OE

C8

USB1_DAT_TXD

D8

USB1_SE0

A9

USB2_OE_RCV_RTS

B9

USB2_DAT_VP

C9

USB2_SE0_VM_RXD

E9

UART2_TXD

A10

UART2_RXD_OD

B10

CTS_X

C10

USB_INTX

P2

RXDIN_3V

J5

TXDO_BDI_UP_3V

C7

BOOT_NORM_X

A8

RS232_USB_X

L5

APCO

N8

SB96D_BDO_KF_3V

L7

ONE_WIRE_UP

K6

TXDO_BDI_ENC_3V

N2

RXDIN_ENC_3V

M3

RTS_FILLSEN_3V

C12

BUSY_IN

E11

BUSY_OUT

D10

CABLE_DET_3V

F10

OPT_GPIO0

C11

OPT_GPIO1

G10

OPT_GPIO2

D11

OPT_GPIO3

B12

U3000-2

DIGITAL_BLOCK

USB1_DP

USB1_DM

USB2_DP

USB2_DM

USB_CONNECT

SB96_BUS_BUSY

SB96_BDO_KF_5V

ONE_WIRE_1

ONE_WIRE_2

ONE_WIRE_BATT

TXDO_BDI_5V

RXDIN_5V

RTS_FILLSEN_5V

CTS_CABLE_DET_5V

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

OPTA_SEL3

OPTB_SEL0

OPTB_SEL1

OPTB_SEL2

OPTB_SEL3OPTION_INTX

3.3V_DIG_V10

R3053 R3054

22K

22K

N6

P7

N7

NC

P8

NC

L6

USB_CONNECT

N13

NC

N9

NC

P9

M8

NC

L8

M10

NC

N12

M11

P13

NC

P10

K7

M9

N10

P11

NC

K8

NC

P12

NC

N11

NC

R3098

3.3K

A1

B1

D2

C2

5V_ANA_V8

NO1

COM1

NO2

COM2

A2

D1

BATT_DATA

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

USB1_DP

USB1_DM

2.9V_DIG_V6

R3041
10K

C3025

0.10uF

2.9V_DIG_V6

R3043

C3026

0.10uF

7

2

VREF1

VREF2

SCL13SCL2

SDA14SDA2

GND

1

200K

EN

U3009
PCA9306

5V_ANA_VBUS2

8

6

5

5V_ANA_VBUS2

R3040

2.2K

ONE_WIRE_1

INT_MIC+

INT_MIC-

EXT_MIC+

EXT_MIC-

INT_SPKR+

INT_SPKR-

EXT_SPKR+

EXT_SPKR-

C3500

4.7uF

IF2

INT_SPKR

R3014
2K

E3030

BLM18BD601SN1

E3031

BLM18BD601SN1

E3032

BLM18BD601SN1

E3033

BLM18BD601SN1

R3013

2.2K

R3011 2.2K

C3045

4.7uF

C3047 .033uF

270R3012

C3099 33pF

C3100 33pF

.033uFC3048

.033uFC3049

.033uFC3050

R3800
10

33pFC3097

33pFC3098

MAKO_AD_TRIGGER

C3080

1.0uF
DNP

C3800

0.1uF

C3011
.022uF

C3094
.068uF

C3095
.068uF

330R3027

RAWB+

R3055 100K

D3000

SWB+

NC

C3036 0.1uF

0.1uF C3035

VSAVE

R3060
2K

100pFC3038

100pFC3037

2.9V_DIG_V6

HW_ID0

R3025
100

C3999
.01uF

HW_ID1

HW_ID2

PA_TEMP

VOL

RX_FLTR_VCTRL

TX_DAC

2.9V_DIG_V6

R3004
1K
DNP DNPDNP

HW_ID

R3005
10K

HW_ID0

2.9V_DIG_V6

R3007
10K

1K

HW_ID1

2.9V_DIG_V6

R3009
10K

R3008R3006
1K

HW_ID2

B11

AD_TRIG

A11

TX_RX

L2

MIC_BIAS

K2

INT_MIC_P

K1

INT_MIC_M

J2

EXT_MIC_P

J1

EXT_MIC_M

J3

VCM1

H3

VC_OUT_P

H2

330R3026

VC_OUT_M

E3

BPLUS

E1

PA_BPLUS

G3

PA_IN_M

G2

PA_IN_P

F1

INT_SPKR_P

F2

INT_SPKR_M

H1

EXT_SPKR_P

G1

EXT_SPKR_M

H4

VCM2

A4

VREF

C30340.1uF

U3000-3

PA_CODEC_A2D_BLOCK

VMES

ADC_VREF

ATOD_0

ATOD_1

ATOD_2

ATOD_3

ATOD_4

ATOD_5

ATOD_6

ATOD_7

ATOD_8

FE_TUNE1

FE_TUNE2

PWR_CTRL

SCAN_EN

TEST

VFUSE

L10

M12

N14

M13

L11

M14

L12

L13

K11

K12

K13

L3

M2

NC

N1

C4

A3

E8

Controller Audio and Digital Interface Schematic Diagram (for 8415113H20)

5-28 Controller Schematics

C3060

RUN1SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

U3021
LTC1877

6

4

L3021
10uH

5

VIN

C3210

C3209

.01uF

47uF

C3211

R3203
300K

20pF

R3202
220K

GND

OMAP_CORE_LTC

SWB+

32.768KHz

2.2uFC3004

C3000
13pF

NC

NC

NC

R3072
2MEG

B1
C1

F3
C2
D1
D2
D3
B2
G4
E2

F4

DNP0R3888

E4
B3
B4
C5

F5
D5

A12
A13

D4
M1

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

SWB+

RAWB+

RAWB+

VSAVE

Q3003

8
7
6

5

3
2
1

4

R3050

C3093

100K

2.2uF

EMERG_PB

MECH_SW

CX-101F
16-54MHz

Y3001

GND2

1

HOT1

GND1

C3061

2

4

20pF

3

HOT2

20pF

POR

MAKO_INT

C3070
10pF

Y3000
XTAL

21

C3001
13pF

C3002 0.1uF

C3003 2.2uF

C3005 1000pF

U3003-1
LMC6035ITLX

C2

C3

XTAL32_OUT
XTAL32_IN
BAT_RTC
VSAVE
BAT_7V5
BAT_3V6
REG_3V6
BAT_TYPE
HV_BG
FET_ENX
EMERG_PB
MECH_SW
SW_TYPE
IGN_X
RESETX
GATED_32K_CLK
INT_X
XOUT
XIN
TCXO_SEL_16_24
TCXO_IN

R3073
2MEG

PWR_MNGR_BLOCK

GND1

GND2

GND3

J4

P5

M7

B1

C1

B3

NC

NC

A1

A14P1P14M5B14

NC1

NC2

NC3

U3000-1

GND4

GND5

GND6

L4

K9

G5

A1

NCNCNC

NC

NC4

NC5

NC6

SW1_SUMCOMP_DL

GND7

GND8

GND9

H5

D9

D14

B1B3A2

LMC6035ITLX

PGLDO2
PGLDO3

SW1_VDD

SW1_VDDHV
SW1_VSEN_BUK
SW1_VSEN_BST

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND
SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND
SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

U3003-2

1.875V_DIG_V2
C3063

0.10uF

5

VCC

A3

C3

A2
G13
G12
H11
J11
G14
H13
F14
H12
H14
J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10
M6
L9
K3
K4
B13
E12
C14
H10
F11
C13
D12

2

OUT

IN

NC

GND

1

3

R3074
1K

R3031

0

NC
NC
NC
NC

NC

C3082

0.1uF

NC
NC
NC
NC
NC
NC

U3004

NL17SZ14

R3016

0.1

GATED_32KHZ_OMAP

4

SWB+

R3038
0

DNP

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

MAKO_SW1_VDD

C3083

0.1uF

1

1

L3004
560nH

R3003 100nH

4

Q3000

2

3

C3039 4.7uF

R3030

0.2

4

Q3010

2

3

C3081

4.7uF

C3200

0.1uF

C3084

0.22uF

C3201
10uF

VBUS1

5V_ANA_VBUS2

C3205

220pF

L3003
560nH

NC

R3100

47K

OUT

4

1

7

3

8

2

Q3005

1

Q3006

R2

GND

SWB+

C3805

0.22uF

U3020
LTC1877

6

RUN SW

VIN

SYNC

VFB

PLLLPF

ITH

GND

4

C3016

2.2uF

3
2

C3090

10uF

R1

IN

5

C3015 100pF

1

VOUT

L3020
10uH

C3204
20pF

R3200
220K

R3201
62K

R3029

41.2K

FB
NP

VCONT

VIN

GND

5

U3008
TK11100CSC

R3017
178K

3.3V_DIG_V10

2
6
4
3

C3208

0.22uF

R3018
51K

L3022
560nH

MAKO_SW1_VDD

C3202

C3203

47uF

.01uF

R3028

51.1K

C3017

C3018

.01uF

2.2uF

U3002
LP8340

GND2

1

VIN1

6

VIN2

3

NC

GND1

2

7

5

VOUT

4

ADJ

C3206

0.1uF

NC

C3207
10uF

3.6V_DIG_VSW1

SWB+

C3091
10uF

C3212
220pF

1.875V_DIG_V2

1.875V_DIG_V2

C3010

1.875V_DIG_V2

1.55V_DIG_V3

C3014

2.2uF2.2uF

2.775V_DIG_V4

2.775V_DIG_V41.55V_DIG_V3

2.775V_DIG_V4

C3019

1.0uF

5V_ANA_VBUS2

5V_ANA_VBUS2

C3079

4.7uF

Controller Power Management Block Schematic Diagram (for 8486716Z04)

2.9V_DIG_V6

2.9V_DIG_V6

C3031

1.0uF

2.775V_ANA_V7

2.775V_ANA_V7

C3024

1.0uF

5V_ANA_V8

5V_ANA_V8

5V_ANA_V8

C3028

2.2uF

3.3V_DIG_V10

3.3V_DIG_V10

C3067

1.0uF

3V_ANA_V9

C3074

1.0uF

Controller Schematics 5-29

RAWB+

RAWB+

Q3003

5

100pFC3051

C3093

2.2uF 100K

3

C3060

20pF

1.875V_DIG_V2 1.55V_DIG_V3

1.875V_DIG_V2

4

R3050

CX-101F

Y3001 16-54MHz

HOT1

HOT2

GND1

GND2

4

2

1.875V_DIG_V2

C3010 C3028

1

1.55V_DIG_V3

1

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

U3021
LTC1877

64

VINGND

5

L3021
10uH

R3203
300K

C3211
20pF

R3202
220K

C3209
22uF

C3210
.01uF

OMAP_CORE_LTC

SWB+

SWB+

6

4

C3016

2.2uF

VIN

GND

4

3
2

U3020
LTC1877

C3015

1

VOUT

IN

0.22uF

R3029

41.2K

R3101

100K

C3090
10uF

3.3V_DIG_V10

C3000
13pF

0.1uF

2.2uF

2.2uF

1000pFC3005

0

DNP

NC

10K

NC

NC

5V_ANA_VBUS2

R3072
2MEG

C3079

4.7uF

B1
C1
F3
C2
D1
D2
D3
B2
G4
E2
F4
E4
B3
B4
C5
F5

D5
A12
A13

D4

M1

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

SWB+

VSAVE

8
7
6
3
2
1

EMERG_PB

VSAVE

MECH_SW

POR

MAKO_INT

C3061
20pF

2.775V_DIG_V4 5V_ANA_VBUS2 2.775V_ANA_V72.9V_DIG_V6

C3014

2.2uF

2.775V_DIG_V4

Y3000

XTAL

21

C3001
13pF

C3002

C3003

C3004

2.775V_DIG_V4

C3019

1.0uF

C3070
10pF

R3888

R3075

32.768KHz

U3003-1

LMC6035ITLX

C2

C3

XTAL32_OUT
XTAL32_IN
BAT_RTC
VSAVE
BAT_7V5
BAT_3V6
REG_3V6
BAT_TYPE
HV_BG
FET_ENX
EMERG_PB
MECH_SW
SW_TYPE
IGN_X
RESETX
GATED_32K_CLK
INT_X
XOUT
XIN
TCXO_SEL_16_24
TCXO_IN

P5

2.9V_DIG_V6

R3073
2MEG

B1

B3

NC

A1

A14P1P14M5B14

NC1

U3000-1

PWR_MNGR_BLOCK

GND1

GND2

GND3

GND4

J4

K9

G5

M7

C3031

C1

NC

NCNCNC

NC

NC2

NC3

NC4

NC5

SW1_SUMCOMP_DL

GND6

GND7

GND8

GND5

L4

H5

D14

2.775V_ANA_V7

B1

A1

B3

U3003-2
LMC6035ITLX

NC6

PGLDO2
PGLDO3

SW1_VDD

SW1_VDDHV
SW1_VSEN_BUK
SW1_VSEN_BST

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_O

V10_GND

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

GND9

D9

C3024

1.0uF2.2uF

1.875V_DIG_V2

A2

A3

C3310

3300pF

C3

A2
G13
G12
H11
J11
G14
H13
F14
H12
H14
J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10

V10_I

M6
L9
K3

V08_I

K4
B13
E12
C14
H10
F11
C13
D12

5V_ANA_V8 3.3V_DIG_V10

5V_ANA_V8

2.2uF

5V_ANA_V8

2

R3074
1K

NC
NC
NC
NC

NC

NC
NC
NC
NC
NC
NC

3.3V_DIG_V10

5

IN

3

C3082

0.1uF

VCC

GND

1

R3031
0

OUT

NC

C3067

1.0uF1.0uF

C3063

0.10uF

U3004
NL17SZ14

R3038

GATED_32KHZ_OMAP

4

C3311
82pF

SWB+

0

DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

3V_ANA_V9

MAKO_SW1_VDD

C3083

0.1uF

1

1

C3074

1.0uF

R3030

4

2

L3003
560nH

C3084

0.22uF

L3004
560nH

C3200

C3201

0.10uF

10uF

C3205
680pF

0.2

4.7uFC3039

R3103

0.7

VBUS1

5V_ANA_VBUS2

R3100

4

Q3000

2

3

Q3010

3

C3081

4.7uF

C3805

0.22uF

1

RUN5SW

7

SYNC

3

VFB

8

NC

PLLLPF

2

ITH

R3102
2

3
2

1

Q3001

Q3005

4

OUT

1

Q3006

R1

R2

GND

47K

C3208

R3201
62K

VCONT

GND

OUT

100pF

5

L3020
10uH

C3204
20pF

R3200
220K

2

FB

6

NP

4
3

VIN

U3008

TK11100CSC

Q3002

R2

R3017
178K

L3022
560nH

MAKO_SW1_VDD

R1

IN

GND

5
4

R3018
51K

C3206

C3202 C3203

68uF

.01uF

R3028

51.1K

C3017
.01uF

USB_CONNECT

U3002
LP8340

VIN1

VOUT
ADJ

VIN2

NC

GND1

GND2

2

7

C3018

2.2uF

1
6
3

C3207
10uF0.10uF

C3212
220pF

NC

3.6V_DIG_VSW1

SWB+

C3091
10uF

Controller Power Management Block Schematic Diagram (for 8475130M01)

5-30 Controller Schematics

C3051
100pF

C3060

20pF

RAWB+

RAWB+

C3093

2.2uF 100K

3

HOT2

1.875V_DIG_V2

1.875V_DIG_V2

C3010

2.2uF

1.875V_DIG_V2

Y3001

R3050

5

GND2

4

Q3003

4

CX-101F
16-54MHz

HOT1

GND1

2

8
7
6
3
2
1

1

1.55V_DIG_V3

1.55V_DIG_V3

SWB+

C3061
20pF

C3014

2.2uF

2.775V_DIG_V4

SWB+

EMERG_PB

MECH_SW

MAKO_INT

R3070
220K

R3071
220K

VSAVE

VSAVE

POR

2.775V_DIG_V4

2.775V_DIG_V4

2.775V_DIG_V4

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001 C3000
13pF

0.1uFC3002

2.2uFC3003

C3004 2.2uF

1000pFC3005

R3075 10K

2.775V_DIG_V4

C3019

1.0uF

13pF

0R3888

DNP

NC

NC

NC

5V_ANA_VBUS2

5V_ANA_VBUS2

C3079

4.7uF

R3072
2MEG

U3003-1
LMC6035ITLX

B1

XTAL32_OUT

C1

XTAL32_IN

F3

BAT_RTC

C2

VSAVE

D1

BAT_7V5

D2

BAT_3V6

D3

REG_3V6

B2

BAT_TYPE

G4

HV_BG

E2

FET_ENX

F4

EMERG_PB

E4

MECH_SW

B3

SW_TYPE

B4

IGN_X

C5

RESETX

F5

GATED_32K_CLK

D5

INT_X

A12

XOUT

A13

XIN

D4

TCXO_SEL_16_24

M1

TCXO_IN

R3073
2MEG

B1

C2

C3

2.9V_DIG_V6

2.9V_DIG_V6

C1

A1

B3

NCNCNC

NC

NC

NC

A1

A14P1P14M5B14

NC1

NC2

NC3

NC4

NC5

NC6

SW1_VSEN_BUK
SW1_VSEN_BST

SW1_SUMCOMP_DL

U3000-1

PWR_MNGR_BLOCK

GND5

GND6

GND7

GND8

GND4

L4

K9

2.775V_ANA_V7

GND9

H5

D9

D14

2.775V_ANA_V7

1.0uF

GND1

GND2

GND3

J4

P5

G5

M7

C3031 C3024 C3074

1.0uF

B1

B3

LMC6035ITLX

PGLDO2
PGLDO3

SW1_VDD

SW1_VDDHV

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND
SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND
SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

5V_ANA_V8

U3003-2

5V_ANA_V8

A2

A3

C3

A2
G13
G12
H11
J11
G14
H13
F14
H12
H14
J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10
M6
L9
K3
K4
B13
E12
C14
H10
F11
C13
D12

5V_ANA_V8

C3028

NC
NC
NC
NC

NC

NC
NC
NC
NC
NC
NC

1.875V_DIG_V2

2

IN

R3074
1K

3.3V_DIG_V10

3.3V_DIG_V10

5

VCC

OUT

NC

GND

1

3

R3031
0

C3067

1.0uF

C3063

0.10uF

U3004
NL17SZ14

C3082

0.1uF

GATED_32KHZ_OMAP

4

SWB+

R3038
0
DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

3V_ANA_V9

MAKO_SW1_VDD

C3083

0.1uF

1

1

1.0uF2.2uF

SWB+

R3100
47K

OUT

3
2

4

SWB+

C3805

0.22uF

6

RUN1SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

C3016

2.2uF

R3102
2

Q3001

1

Q3005

1

Q3006

R1

R2

GND

U3020
LTC1877

VIN

GND

1

4

3
2

IN

5

R3029

41.2K

C3015 100pF

VOUT

C3090
10uF

3.3V_DIG_V10

L3003
560nH

C3084

0.22uF

L3004
560nH

C3201

C3200

10uF

0.10uF

NC

C3205
220pF

4

Q3000

2

3

R3030

0.2

4

Q3010

2

3

C3081

4.7uF

R3103

0.7

VBUS1

4.7uFC3039

5V_ANA_VBUS2

C3208

0.22uF

R3201
62K

R3101
100K

GND

L3020
10uH

C3204
20pF

R3200
220K

FB
NP

VCONT

VIN

5

U3008
TK11100CSC

OUT

R3017
178K

2
6
4
3

Q3002

R2

GND

L3022
560nH

MAKO_SW1_VDD

C3202
68uF

R3028

51.1K

R1

IN

5
4

R3018
51K

VOUT
ADJ

C3017
.01uF

C3206

0.10uF

C3203
.01uF

USB_CONNECT

U3002
LP8340

VIN1
VIN2

NC

GND1

GND2

2

7

C3018

2.2uF

1
6
3

C3207
10uF

C3212
220pF

NC

3.6V_DIG_VSW1

SWB+

C3091
10uF

U3021
LTC1877

L3021

6

1

RUN

7

SYNC

3

VFB

8

PLLLPF

2

ITH

10uH

5

SW

VIN

C3210

C3209

.01uF

47uF

C3211

R3203
300K

20pF

R3202
220K

GND

4

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8486716Z07/8486716Z13)

Controller Schematics 5-31

C3051
100pF

C3060

20pF

RAWB+

RAWB+

C3093

2.2uF

3

HOT2

1.875V_DIG_V2

1.875V_DIG_V2

C3010

2.2uF

1.875V_DIG_V2

Y3001

R3050
100K

5

GND2

4

Q3003

4

CX-101F
16-54MHz

HOT1

GND1

2

8
7
6
3
2
1

1

1.55V_DIG_V3

1.55V_DIG_V3

SWB+

C3061
20pF

C3014

2.2uF

2.775V_DIG_V4

SWB+

EMERG_PB

MECH_SW

MAKO_INT

R3070
220K

R3071
220K

VSAVE

VSAVE

POR

2.775V_DIG_V4

2.775V_DIG_V4

2.775V_DIG_V4

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001
13pF 13pF

C3002 0.1uF

C3003 2.2uF

C3005 1000pF

R3888 0

2.775V_DIG_V4

C3019

1.0uF

C3000

2.2uFC3004

DNP

NC

10KR3075

NC

NC

5V_ANA_VBUS2

5V_ANA_VBUS2

C3079

4.7uF

R3072
2MEG

B1
C1

F3

C2
D1
D2

D3
B2
G4
E2
F4

E4

B3
B4

C5
F5
D5

A12
A13

D4

M1

U3003-1
LMC6035ITLX

C2

C3

XTAL32_OUT
XTAL32_IN
BAT_RTC
VSAVE
BAT_7V5
BAT_3V6
REG_3V6
BAT_TYPE
HV_BG
FET_ENX
EMERG_PB
MECH_SW
SW_TYPE
IGN_X
RESETX
GATED_32K_CLK
INT_X
XOUT
XIN
TCXO_SEL_16_24
TCXO_IN

2.9V_DIG_V6

2.9V_DIG_V6

R3073
2MEG

A1

PWR_MNGR_BLOCK

GND1

GND2

GND3

J4

P5

G5

M7

C3031

B1

C1

B3

NCNCNCNCNC

A14P1P14M5B14

NC1

NC2

NC3

NC4

U3000-1

GND5

GND6

GND7

GND4

L4

K9

D14

2.775V_ANA_V7

2.775V_ANA_V7

B1

A1

B3

NC

NC5

NC6

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_SUMCOMP_DL

SW1_PHASE

SW1_VOUT

SW2_VCCS

SW2_VOUT

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS2_SENS

VBUS2_CMD

GND8

GND9

H5

D9

C3024

1.0uF

U3003-2

LMC6035ITLX

PGLDO2
PGLDO3

SW1_VDD

SW1_DH

SW1_GND
SW2_VCC

SW2_LX

SW2_GND
SW5_VDD

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS1

VBUS2

5V_ANA_V8

A2

A3

C3
A2
G13
G12
H11
J11
G14
H13
F14
H12
H14
J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10
M6
L9
K3
K4
B13
E12
C14
H10
F11
C13
D12

5V_ANA_V8

5V_ANA_V8

C3028

2.2uF1.0uF

NC
NC
NC
NC

NC

NC
NC
NC
NC
NC
NC

1.875V_DIG_V2

R3074
1K

3.3V_DIG_V10

5

VCC

2

IN

GND

3

C3082

0.1uF

3.3V_DIG_V10

SWB+

C3208

0.22uF

C3063

0.10uF

L3004

4

2

4

2

3

560nH

Q3000

3

C3039 4.7uF

R3030

0.2

Q3010

C3081

4.7uF

C3200

0.10uF

GATED_32KHZ_OMAP

4

OUT

NC

U3004
NL17SZ14

1

MAKO_SW1_VDD

SWB+

R3038
0
DNP

R3031
0

R3016

0.1

C3083

0.1uF

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

1

1

3V_ANA_V9

C3074

1.0uF

C3067

1.0uF

C3084

0.22uF

C3201
10uF

R3103

0.7

VBUS1

5V_ANA_VBUS2

L3003

560nH

NC

SWB+

C3805

0.22uF

U3020
LTC1877

6

15

RUN SW

VINGND

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

C3205
680pF

R3029

41.2K

C3015 100pF

1

VOUT

C3016

2.2uF 2.2uF

R3102
2

R3100
47K

OUT

Q3001

3
2

1

Q3005

4

1

Q3006

R1

R2

GND

R3101

100K

4

3
2

C3090
10uF

3.3V_DIG_V10

IN

R3201
62K

GND

OUT

VCONT

5

L3020
10uH

C3204
20pF

R3200
220K

2

FB

6

NP

4
3

VIN

U3008
TK11100CSC

Q3002

R3017
178K

L3022
560nH

MAKO_SW1_VDD

R1

R2

GND

R3018
51K

IN

5
4

C3202

68uF

R3028

51.1K

VOUT
ADJ

C3206

0.10uF

C3017
.01uF

USB_CONNECT

U3002
LP8340

GND1

GND2

7

C3207
10uF

C3212

220pF

C3203
.01uF

3.6V_DIG_VSW1

C3018

1

VIN1

6

VIN2

3

NC

2

SWB+

NC

C3091
10uF

U3021
LTC1877

VINGND

L3021
10uH

R3203
300K

C3211
20pF

R3202
220K

6

15

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

C3209

47uF

C3210
.01uF

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8486716Z08)

5-32 Controller Schematics

C3051
100pF

RAWB+

C3060

20pF

1.875V_DIG_V2

1.875V_DIG_V2

RAWB+

C3093

2.2uF

Y3001

3

HOT2

1.875V_DIG_V2

C3010

2.2uF

R3050
100K

5

GND2

4

Q3003

4

CX-101F
16-54MHz

HOT1

GND1

2

8
7
6
3
2
1

1

1.55V_DIG_V3

1.55V_DIG_V3

SWB+

C3061
20pF

C3014

2.775V_DIG_V4

SWB+

VSAVE

R3075
10K

EMERG_PB

MECH_SW

MAKO_INT

VSAVE

POR

R3070
220K

R3071
220K

2.775V_DIG_V4

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001
13pF

C3004 2.2uF

C3005 1000pF

R3888 0

2.775V_DIG_V4

2.775V_DIG_V4

1.0uF 4.7uF

2.775V_DIG_V4

R3072

2MEG

C3000
13pF

B1

DNP

NC

NC

NC

5V_ANA_VBUS2

C1
F3
C2
D1
D2
D3
B2

G4

E2
F4
E4
B3
B4
C5
F5

D5
A12
A13

D4

M1

5V_ANA_VBUS2

0.1uFC3002

2.2uFC3003

U3003-1
LMC6035ITLX

C2

C3

XTAL32_OUT
XTAL32_IN
BAT_RTC
VSAVE
BAT_7V5
BAT_3V6
REG_3V6
BAT_TYPE
HV_BG
FET_ENX
EMERG_PB
MECH_SW
SW_TYPE
IGN_X
RESETX
GATED_32K_CLK
INT_X
XOUT
XIN
TCXO_SEL_16_24
TCXO_IN

C3079

R3073
2MEG

PWR_MNGR_BLOCK

GND1

GND2

GND3

J4

P5

G5

M7

2.9V_DIG_V6

2.9V_DIG_V6

B1

B3

NCNCNC

A14

NC1A1NC2

U3000-1

GND5

GND4

L4

K9

C1

P14

NC3P1NC4

GND6

D14

C3031C3019

1.0uF

GND7

M5

NC5

GND8

H5

B1

A1

B3

LMC6035ITLX

NCNCNC

B14

NC6

PGLDO2
PGLDO3

SW1_VDD

SW1_VDDHV
SW1_VSEN_BUK
SW1_VSEN_BST

SW1_SUMCOMP_DL

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND
SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND
SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

GND9

D9

2.775V_ANA_V7

2.775V_ANA_V7

U3003-2

C3084

0.22uF

C3074

1.0uF2.2uF

VBUS1

C3201
10uF

C3205

220pF

NC

R3103

0.7

R3076
2

OUT

R3100
47K

7

3

8

2

Q3005

4

1

Q3006

R2

GND

1.875V_DIG_V2
C3063

0.10uF

R3074
1K

NC
NC
NC
NC

NC

NC
NC
NC
NC
NC
NC

5

VCC

2 4

OUT

IN

NC

GND

U3004
NL17SZ14

1

3

R3031
0

C3082

0.10uF

5V_ANA_V8

5V_ANA_V8

C3028

5V_ANA_V8

GATED_32KHZ_OMAP

SWB+

R3038
0
DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

3.3V_DIG_V10

MAKO_SW1_VDD

1

1

3.3V_DIG_V10

A2

A3

C3

A2

G13

G12
H11
J11

G14

H13

F14

H12

H14

J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10
M6
L9
K3
K4
B13
E12
C14
H10
F11
C13
D12

C3024

1.0uF

C3067

1.0uF2.2uF

C3083

0.10uF

4

2

4

2

3

C3081 4.7uF

DNP

3

R3030

0.2

Q3010

L3004
560nH

Q3000

4.7uFC3039

5V_ANA_VBUS2

3V_ANA_V9

C3200

0.10uF

SWB+

C3805

0.22uF

6

RUN1SW

VIN

SYNC

VFB

PLLLPF

ITH

GND

4

2.2uF

R3102

2

Q3001

3
2

3
2

C3090

10uF

R1

IN

SWB+

U3020
LTC1877

1

VOUT

1

C3208

0.22uF

5

R3029

41.2K

4

3.3V_DIG_V10

R3201
62K

GND

R3017
178K

100pFC3015

VCONT

5

L3020
10uH

C3204
20pF

R3200
220K

2

FB

6

NP

4
3

VIN

U3008
TK11100CSC

R3101
100K

L3022
560nH

C3206

C3207

0.10uF

10uF

3.6V_DIG_VSW1

SWB+VOUT

C3091
10uF

NC

MAKO_SW1_VDD

C3212

220pF

C3203

C3202

.01uF

68uF

R3028

51.1K

C3017C3016

C3018

.01uF

2.2uF

Q3002

R1

OUT

R2

GND

5
4

ADJ

R3018
51K

U3002
LP8340

GND2

USB_CONNECT

IN

1

VIN1

6

VIN2

3

NC

NC

GND1

2

7

1

7

3

8

2

RUN

SYNC

VFB

PLLLPF

ITH

U3021
LTC1877

6

VIN

GND

4

L3021
10uH

5

SW

C3210

C3209

.01uF

47uF

C3211
20pF

R3202
220K

R3203
300K

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8415113H03)

Controller Schematics 5-33

C3051
100pF

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

SWB+

RAWB+

RAWB+

VSAVE

VSAVE

Q3003

8
7
6

5

3
2
1

Y3001

R3050
100K

GND2

4

4

CX-101F
16-54MHz

HOT1HOT2

GND1

2

13

1.55V_DIG_V3

1.55V_DIG_V3

C3093

2.2uF

C3060

20pF

1.875V_DIG_V2

1.875V_DIG_V2

C3010 C3074

1.875V_DIG_V2

R3075
10K

EMERG_PB

MECH_SW

POR

MAKO_INT

C3061
20pF

2.2uF 4.7uF

2.775V_DIG_V4

Y3000
XTAL

2

C3001
13pF 13pF

C3002 0.1uF

2.775V_DIG_V4

2.775V_DIG_V4

C3019

C3070
10pF

32.768KHz
1

R3888 0

R3072
2MEG

C3000

B1
C1
F3

DNP

NC

NC

NC

5V_ANA_VBUS2

5V_ANA_VBUS2

C2
D1
D2
D3
B2

G4

E2
F4
E4
B3
B4
C5
F5

D5
A12
A13

D4

M1

2.2uFC3003

2.2uFC3004

1000pFC3005

U3003-1
LMC6035ITLX

XTAL32_OUT
XTAL32_IN
BAT_RTC
VSAVE
BAT_7V5
BAT_3V6
REG_3V6
BAT_TYPE
HV_BG
FET_ENX
EMERG_PB
MECH_SW
SW_TYPE
IGN_X
RESETX
GATED_32K_CLK
INT_X
XOUT
XIN
TCXO_SEL_16_24
TCXO_IN

C3079

R3073
2MEG

C2

C3

GND1

P5

M7

A2

B1

B3

NC

A1

A14

NC1

NC2

U3000-1

PWR_MNGR_BLOCK

GND2

GND3

GND4

GND5

J4

K9

G5

2.9V_DIG_V6

2.9V_DIG_V6

B1

A1

C1

NC

NC

NCNCNC

P14M5B14

P1

NC3

NC4

NC5

NC6

SW1_VSEN_BUK
SW1_VSEN_BST

SW1_SUMCOMP_DL

SW5_SUMCOMP

GND6

GND7

GND8

GND9

L4

D9

H5

D14

C3031 C3028

1.0uF

B3

LMC6035ITLX

PGLDO2
PGLDO3

SW1_VDD

SW1_VDDHV

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_PHASE

SW5_VOUT

V02_O
V03_O
V04_O
V06_O
V07_O
V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

2.775V_ANA_V7

2.775V_ANA_V7

U3003-2

A3

C3

A2
G13
G12
H11
J11
G14
H13
F14
H12
H14
J12
K14
J14
J13
L14
D13
F13
E14
E13
G11
F12
N4
P4
N5
P3
P6
L1
J10
M6
L9
K3
K4
B13
E12
C14
H10
F11
C13
D12

C3024C3014

1.0uF

NC
NC
NC
NC

NC

NC
NC
NC
NC
NC
NC

1.875V_DIG_V2

2

R3074
1K

5V_ANA_V8

5

VCC

IN

GND

3

1

C3082

0.10uF

5V_ANA_V8

OUT

NC

R3031
0

5V_ANA_V8

2.2uF2.2uF

C3063

0.10uF

U3004
NL17SZ14

GATED_32KHZ_OMAP

4

SWB+

R3038

0
DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7
3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+
5V_ANA_V8

3.3V_DIG_V10

MAKO_SW1_VDD

1

1

3.3V_DIG_V10

C3067

1.0uF

C3083

0.10uF

4

2

L3004
560nH

4

2

3

C3039 4.7uF

R3030

0.2

Q3010

3

3V_ANA_V9

C3200

0.10uF

Q3000

5V_ANA_VBUS2

4.7uFC3081

C3084

0.22uF

1.0uF1.0uF

VBUS1

C3201
10uF

C3205

2200pF

L3003
560nH

NC

R3103

0.7

R3100
47K

OUT

4

1

7

3

8

2

Q3005

1

Q3006

R2

GND

SWB+

C3805

0.22uF

6

RUN SW

VIN

SYNC

VFB

PLLLPF

ITH

GND

4

C3016

2.2uF

R3102
2

Q3001

3
2

3
2

C3090

10uF

R1

IN

SWB+

U3020
LTC1877

5

R3029

41.2K

C3015 100pF

1

VOUT

4

1

3.3V_DIG_V10

C3208

0.22uF

R3201
62K

GND

R3017
178K

VCONT

5

L3020

10uH

C3204
20pF

R3200
220K

FB

NP

VIN

U3008
TK11100CSC

R3101

100K

2
6
4
3

OUT

R3018
51K

L3022
560nH

MAKO_SW1_VDD

C3202

68uF

R3028

51.1K

Q3002

R1

R2

GND

5

VOUT

4

ADJ

C3206 C3207

0.10uF

C3017

.01uF

IN

U3002
LP8340

VIN1
VIN2

GND2

GND1

2

7

C3203
.01uF

C3018

2.2uF

USB_CONNECT

1
6
3

NC

10uF

NC

C3212
220pF

3.6V_DIG_VSW1

SWB+

C3091
10uF

6

RUN1SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

U3021
LTC1877

VIN

GND

L3021
22uH

5

C3210

C3209

.01uF

22uF

C3211
20pF

R3202
220K

R3203
300K

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8415113H05)

5-34 Controller Schematics

RAWB+

RAWB+

Q3003

C3093

Y3001

3

1.875V_DIG_V2

C3010

2.2uF

R3050
100K2.2uF

GND2

5

4

CX-101F

16-54MHz

HOT1HOT2

GND1

2

4

C3051
100pF

C3060
20pF 20pF

1.875V_DIG_V2

1.875V_DIG_V2

U3003-1

LMC6035ITLX

XTAL32_OUT

XTAL32_IN

BAT_RTC

VSAVE

BAT_7V5

BAT_3V6

REG_3V6

BAT_TYPE

HV_BG

FET_ENX

EMERG_PB

MECH_SW

SW_TYPE

IGN_X

RESETX

GATED_32K_CLK

INT_X

XOUT

XIN

TCXO_SEL_16_24

TCXO_IN

C3079

4.7uF

R3073
2MEG

C2

C3

GND1

P5

M7

B1

C1

B3

NCNCNC

A14

NC1A1NC2

NC3P1NC4

U3000-1

PWR_MNGR_BLOCK

GND2

GND3

GND4

GND5

GND6

J4

L4

K9

G5

C3031

2.9V_DIG_V6

NCNCNC

P14

M5

B14

NC5

GND7

GND8

H5

D9

D14

B1

A1

B3

LMC6035ITLX

NC6

PGLDO2

PGLDO3

SW1_VDD

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_SUMCOMP_DL

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O

V03_O

V04_O

V06_O

V07_O

V09_O

V10_I

V10_O

V10_GND

V08_I

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

GND9

2.775V_ANA_V7

2.775V_ANA_V7

A2

A3

U3003-2

C3

A2

G13

G12

H11

J11

G14

H13

F14

H12

H14

J12

K14

J14

J13

L14

D13

F13

E14

E13

G11

F12

N4

P4

N5

P3

P6

L1

J10

M6

L9

K3

K4

B13

E12

C14

H10

F11

C13

D12

C3024

1.0uF

1.875V_DIG_V2

5

VCC

2

IN

OUT

NC

GND

3

1

R3074
1K

R3031
0

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

C3082

0.10uF

5V_ANA_V8 3.3V_DIG_V10

5V_ANA_V8

C3028

2.2uF

5V_ANA_V8

C3063

0.10uF

U3004

NL17SZ14

R3038

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

SWB+

VSAVE

VSAVE

8

7

6

3

2

1

1

1.55V_DIG_V3

1.55V_DIG_V3

R3075
10K

EMERG_PB

MECH_SW

POR

MAKO_INT

C3061

C3014 C3067

2.2uF

2.775V_DIG_V4

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001
13pF

C3002 0.1uF

C3003 2.2uF

2.775V_DIG_V4

2.775V_DIG_V4

C3019

1.0uF 1.0uF

R3072
2MEG

C3000
13pF

B1

C1

F3

C2

D1

2.2uFC3004

1000pFC3005

D2

D3

B2

G4

E2

F4

0R3888

DNP

E4

NC

B3

B4

C5

F5

NC

D5

A12

A13

D4

M1

NC

5V_ANA_VBUS2 2.9V_DIG_V6

5V_ANA_VBUS2

4

SWB+

0

DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7

3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+

5V_ANA_V8

GATED_32KHZ_OMAP

MAKO_SW1_VDD

1

1

1.0uF

3.3V_DIG_V10

C3083

0.10uF

4

2

4

2

3

C3081 4.7uF

3

R3030

0.2

Q3010

L3004

560nH

C3200

0.10uF

Q3000

4.7uFC3039

5V_ANA_VBUS2

3V_ANA_V9

0.22uF

C3074

1.0uF

C3084

VBUS1

C3201
10uF

C3205
220pF

L3003
560nH

NC

R3103

0.7

SWB+

SWB+

C3805

0.22uF

6

RUN1SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

2.2uF

R3102
2

Q3001

3

2

Q3005

3

4

2

1
R3100
47K

Q3006

R1

OUT

IN

R2

GND

C3208

0.22uF

VIN

GND

U3020
LTC1877

1

VOUT

1

C3090
10uF

5

4

L3022
560nH

MAKO_SW1_VDD

C3204
20pF

R3201
62K

R3029

41.2K

100pFC3015

VCONT

GND

5

R3017
178K

3.3V_DIG_V10

L3020
10uH

R3200
220K

2

FB

6

NP

4

3

VIN

U3008
TK11100CSC

R3101
100K

OUT

R3018
51K

C3206

0.10uF

Q3002

R2

5

4

GND

VOUT

ADJ

C3202

68uF

R3028

51.1K

R1

C3017
.01uF

U3002

LP8340

GND2

C3207
10uF

C3212
220pF

C3203
.01uF

2

3.6V_DIG_VSW1

C3018C3016

2.2uF

USB_CONNECT

IN

1

VIN1

6

VIN2

3

NC

NC

GND1

7

2

6

1

RUN5SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

SWB+

C3091
10uF

U3021
LTC1877

L3021
10uH

VIN

C3210

C3209

.01uF

22uF

C3211

R3203
300K

20pF

R3202
220K

GND

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8415113H13)

Controller Schematics 5-35

C3051
100pF

C3060
20pF

RAWB+

RAWB+

C3093

2.2uF

Y3001

3

HOT2

1.875V_DIG_V2

1.875V_DIG_V2

C3010

2.2uF

1.875V_DIG_V2

R3050
100K

5

GND2

Q3003

4

4

CX-101F

16-54MHz

HOT1

GND1

2

8

7

6

3

2

1

1

C3061
20pF

1.55V_DIG_V3

1.55V_DIG_V3

SWB+

C3014

2.2uF

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

VSAVE

EMERG_PB

VSAVE

MECH_SW

POR

MAKO_INT

2.775V_DIG_V4 5V_ANA_VBUS2 2.9V_DIG_V6

2.775V_DIG_V4

Y3000
XTAL

21

C3001
13pF

C3003 2.2uF

C3005 1000pF

R3888 0

2.775V_DIG_V4

C3019

1.0uF

10pF

32.768KHz

0.1uFC3002

2.2uFC3004

C3000
13pF

DNP

NC
10KR3075

NC

NC

C3079

4.7uF

5V_ANA_VBUS2

R3072
2MEG

B1

C1

F3

C2

D1

D2

D3

B2

G4

E2

F4

E4

B3

B4

C5

F5

D5

A12

A13

D4

M1

U3003-1

LMC6035ITLXC3070

C2

C3

XTAL32_OUT

XTAL32_IN

BAT_RTC

VSAVE

BAT_7V5

BAT_3V6

REG_3V6

BAT_TYPE

HV_BG

FET_ENX

EMERG_PB

MECH_SW

SW_TYPE

IGN_X

RESETX

GATED_32K_CLK

INT_X

XOUT

XIN

TCXO_SEL_16_24

TCXO_IN

2.9V_DIG_V6

R3073
2MEG

PWR_MNGR_BLOCK

GND1

GND2

GND3

J4

P5

M7

C3031

B1

C1

B3 B3

NCNCNCNCNC

A14

P14

M5

B14

A1

NC2P1NC3

NC4

NC5

NC1

SW1_SUMCOMP_DL

U3000-1

GND7

GND8

GND4

GND5

GND6

L4

K9

H5

D9

G5

D14

2.775V_ANA_V7

C3024

1.0uF

2.775V_ANA_V7

B1

A1

LMC6035ITLX

NC

NC6

PGLDO2

PGLDO3

SW1_VDD

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V10_GND

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

GND9

1.875V_DIG_V2

A2

A3

U3003-2

R3074
1K

C3

A2

G13

G12

H11

J11

NC

G14

NC

H13

NC

F14

NC

H12

H14

J12

K14

J14

NC

J13

L14

D13

NC

F13

NC

E14

NC

E13

NC

G11

NC

F12

NC

N4

V02_O

P4

V03_O

N5

V04_O

P3

V06_O

P6

V07_O

L1

V09_O

J10

V10_I

M6

V10_O

L9

K3

V08_I

K4

V08_O

B13

E12

C14

H10

F11

C13

D12

5V_ANA_V8 3.3V_DIG_V10

5V_ANA_V8

C3028

2.2uF1.0uF

5V_ANA_V8

5

VCC

2

IN

GND

1

3

3.3V_DIG_V10

NC

R3031
0

C3067

1.0uF

OUT

U3004

NL17SZ14

C3082

0.1uF

0.10uFC3063

4

SWB+

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7

3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+

5V_ANA_V8

3V_ANA_V9

GATED_32KHZ_OMAP

MAKO_SW1_VDD

R3038
0
DNP

C3083

0.1uF

1

1

C3074

1.0uF

1

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

U3021
LTC1877

VINGND

L3021
10uH

5

C3210

C3209

.01uF

47uF

C3211
20pF

R3202
220K

R3203
300K

OMAP_CORE_LTC

64

U3020
LTC1877

1

IN

VOUT

R3201
62K

R3029

41.2K

GND

R3101
100K

C3090
10uF

3.3V_DIG_V10

SWB+

L3020
10uH

C3204
20pF

R3200
220K

100pFC3015

VCONT

VIN

5

U3008
TK11100CSC

OUT

R3017
178K

L3022

GND

560nH

MAKO_SW1_VDD

C3202

C3203

47uF

.01uF

R3028

51.1K

C3018

C3017

2.2uF

.01uF

R1

USB_CONNECT

IN

U3002

LP38690

R3018
51K

5

4

3

NC

VOUT

ADJ

NC

CTGND

G1

VIN1

VIN2

GND

2

C3208

0.22uF

2

FB

6

NP

4

3

Q3002

R2

C3206

0.10uF

1

6

C3207
10uF

C3212
220pF

3.6V_DIG_VSW1

SWB+

C3091
10uF

3

2

4

OUT

SWB+

C3805

0.22uF

6

1

RUN5SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

C3016

2.2uF

R3102
2

Q3001

1

Q3005

1

Q3006

R1

R2

GND

VIN

GND

4

3

2

L3003
560nH

C3084

0.22uF

L3004
560nH

C3201

C3200

10uF

0.10uF

NC

C3205

220pF

4

Q3000

2

3

C3039

4.7uF

R3030

0.2

4

Q3010

2

3

C3081

4.7uF

R3103

0.65

VBUS1

5V_ANA_VBUS2

R3100

47K

Controller Power Management Block Schematic Diagram (for 8486716Z23)

5-36 Controller Schematics

C3051
100pF

C3060
20pF

RAWB+

RAWB+

C3093

2.2uF 100K

3

HOT2

1.875V_DIG_V2

1.875V_DIG_V2

Y3001

R3050

5

GND2

4

Q3003

4

CX-101F

16-54MHz

HOT1

GND1

2

8

7

6

3

2

1

1

1.55V_DIG_V3

SWB+

C3061
20pF

C3000

DNP

NC
10K

NC

NC

R3072
2MEG

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

VSAVE

EMERG_PB

VSAVE

MECH_SW

POR

MAKO_INT

2.775V_DIG_V4 5V_ANA_VBUS2 2.9V_DIG_V6

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001
13pF 13pF

C3003 2.2uF

C3005 1000pF

R3888 0

R3075

2.775V_DIG_V4

0.1uFC3002

2.2uFC3004

U3003-1

LMC6035ITLX

B1

XTAL32_OUT

C1

XTAL32_IN

F3

BAT_RTC

C2

VSAVE

D1

BAT_7V5

D2

BAT_3V6

D3

REG_3V6

B2

BAT_TYPE

G4

HV_BG

E2

FET_ENX

F4

EMERG_PB

E4

MECH_SW

B3

SW_TYPE

B4

IGN_X

C5

RESETX

F5

GATED_32K_CLK

D5

INT_X

A12

XOUT

A13

XIN

D4

TCXO_SEL_16_24

M1

TCXO_IN

R3073
2MEG

C2

C3

PWR_MNGR_BLOCK

GND1

GND2

P5

M7

B1

B3

NCNCNCNCNC

A1

A14P1P14M5B14

NC1

U3000-1

GND3

GND4

J4

K9

G5

C1

NC

NC2

NC3

NC4

GND5

GND6

GND7

L4

H5

D14

2.775V_ANA_V7

B1

A1

B3

LMC6035ITLX

NC5

NC6

PGLDO2

PGLDO3

SW1_VDD

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_SUMCOMP_DL

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V02_O

V03_O

V04_O

V06_O

V07_O

V09_O

V10_O

V10_GND

V08_O

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS1

VBUS2_SENS

VBUS2_CMD

VBUS2

GND8

GND9

D9

1.875V_DIG_V2

A2

A3

U3003-2

C3

A2

G13

G12

H11

J11

G14

H13

F14

H12

H14

J12

K14

J14

J13

L14

D13

F13

E14

E13

G11

F12

N4

P4

N5

P3

P6

L1

J10

V10_I

M6

L9

K3

V08_I

K4

B13

E12

C14

H10

F11

C13

D12

5V_ANA_V8 3.3V_DIG_V10

5V_ANA_V8

2

R3074
1K

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

64

RUN SW

VIN

SYNC

VFB

PLLLPF

ITH

GND

U3021
LTC1877

L3021
10uH

R3203
300K

C3211
20pF

R3202
220K

C3209

47uF

C3210
.01uF

OMAP_CORE_LTC

6

VIN

GND

4

4

3

2

U3020
LTC1877

5

R3029

41.2K

C3015 100pF

1

VOUT

C3090
10uF

SWB+

R3101
100K

R3201
62K

VCONT

GND

OUT

5

L3020
10uH

C3208

0.22uF

C3204
20pF

R3200
220K

FB

NP

VIN

U3008
TK11100CSC

R3017
178K

C3063

0.10uF

4

2

4

2

3

L3004
560nH

Q3000

3

C3039 4.7uF

R3030

0.2

Q3010

C3081

4.7uF

C3200

0.10uF

5

VCC

IN

OUT

NC

GND

3

1

R3031
0

C3082

0.1uF

4

U3004

NL17SZ14

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7

3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+

5V_ANA_V8

GATED_32KHZ_OMAP

MAKO_SW1_VDD

SWB+

R3038
0

DNP

C3083

0.1uF

1

1

C3084

0.22uF

C3201
10uF

R3103

0.7

VBUS1

5V_ANA_VBUS2

C3205
220pF

R3100

L3003

560nH

NC

47K

C3805

0.22uF

1

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

R3102
2

Q3001

3

2

Q3005

4

1

SWB+

C3016

2.2uF

1

2

6

4

3

Q3002

R2

GND

R1

NC

L3022
560nH

MAKO_SW1_VDD

C3202

47uF

R3028

51.1K

C3017
.01uF

USB_CONNECT

IN

U3002
LP38690

5

VOUT

4

ADJ

3

NC

CTGND

G1

C3203
.01uF

GND

2

C3206

0.10uF

VIN1
VIN2

C3018

2.2uF

1
6

C3207
10uF

C3212
220pF

3.6V_DIG_VSW1

SWB+

C3091
10uF

15

7

3

8

2

C3010

2.2uF

1.875V_DIG_V2

1.55V_DIG_V3

C3014

2.2uF

2.775V_DIG_V4

C3019

1.0uF

C3079

4.7uF

5V_ANA_VBUS2

2.9V_DIG_V6

C3031

C3024 C3074

1.0uF

2.775V_ANA_V7

2.2uF1.0uF

5V_ANA_V8

Controller Power Management Block Schematic Diagram (for 8486716Z24)

3.3V_DIG_V10

C3067C3028

1.0uF

3V_ANA_V9

1.0uF

Q3006

R1

OUT

R2

GND

IN

3.3V_DIG_V10

R3018
51K

Controller Schematics 5-37

C3051
100pF

RAWB+

C3060
20pF

1.875V_DIG_V2

1.875V_DIG_V2

RAWB+

C3093

2.2uF

Y3001

3

HOT2

1.875V_DIG_V2

C3010

2.2uF

R3050
100K

5

GND2

4

Q3003

4

CX-101F

16-54MHz

HOT1

GND1

2

8

7

6

3

2

1

1

C3061
20pF

1.55V_DIG_V3

1.55V_DIG_V3

SWB+

C3014

2.2uF

2.775V_DIG_V4

SWB+

VSAVE

R3075
10K

EMERG_PB

MECH_SW

MAKO_INT

VSAVE

POR

R3070
220K

R3071
220K

2.775V_DIG_V4

21

C3001
13pF

2.775V_DIG_V4

C3019

1.0uF

2.775V_DIG_V4

C3070
10pF

Y3000

XTAL

C3004 2.2uF

2.775V_DIG_V4

R3072
2MEG

U3003-1

LMC6035ITLX

32.768KHz

C3000
13pF

B1

XTAL32_OUT

0.1uFC3002

2.2uFC3003

1000pFC3005

C1

XTAL32_IN

F3

BAT_RTC

C2

VSAVE

D1

BAT_7V5

D2

BAT_3V6

D3

REG_3V6

B2

BAT_TYPE

G4

HV_BG

E2

FET_ENX

F4

DNPR3888 0

EMERG_PB

E4

NC

NC

NC

MECH_SW

B3

SW_TYPE

B4

IGN_X

C5

RESETX

F5

GATED_32K_CLK

D5

INT_X

A12

XOUT

A13

XIN

D4

TCXO_SEL_16_24

M1

TCXO_IN

5V_ANA_VBUS2 2.9V_DIG_V6

C3079

4.7uF

5V_ANA_VBUS2

R3073
2MEG

C2

C3

PWR_MNGR_BLOCK

GND1

GND2

P5

M7

2.9V_DIG_V6

B1

B3

A1

NC1

U3000-1

GND3

GND4

J4

G5

C1

NCNCNC

A14P1P14M5B14

NC2

NC3

NC4

NC5

SW1_SUMCOMP_DL

GND5

GND6

GND7

GND8

L4

H5

K9

D14

C3031

1.0uF

B1

A1

B3

NCNCNC

NC6

SW1_VDD

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V10_GND

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS2_SENS

VBUS2_CMD

GND9

D9

A2

A3

U3003-2

LMC6035ITLX

C3

PGLDO2

A2

PGLDO3

G13

G12

H11

J11

G14

H13

SW1_DH

F14

H12

H14

J12

K14

J14

SW2_LX

J13

L14

D13

F13

E14

E13

G11

F12

N4

V02_O

P4

V03_O

N5

V04_O

P3

V06_O

P6

V07_O

L1

V09_O

J10

V10_I

M6

V10_O

L9

K3

V08_I

K4

V08_O

B13

E12

C14

H10

VBUS1

F11

C13

D12

VBUS2

2.775V_ANA_V7

2.775V_ANA_V7

C3024

1.0uF

1.875V_DIG_V2

C3063

0.10uF

5

VCC

2

OUT

IN

NC

GND

1

3

R3074
1K

R3031
0

NC

NC

NC

NC

NC

C3082

NC

NC

NC

NC

NC

NC

0.10uF

5V_ANA_V8 3.3V_DIG_V10

5V_ANA_V8

2.2uF

5V_ANA_V8

4

U3004

NL17SZ14

R3038
0
DNP

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7

3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+

5V_ANA_V8

GATED_32KHZ_OMAP

SWB+

R3016

0.1

1

3.3V_DIG_V10

MAKO_SW1_VDD

C3083

0.10uF

4

1

2

4

2

3

C3067C3028

1.0uF

L3004
560nH

Q3000

3

C3039 4.7uF

R3030

0.2

Q3010

5V_ANA_VBUS2

4.7uFC3081

3V_ANA_V9

C3084

0.22uF

C3200

C3201

0.10uF 10uF

VBUS1

C3074

1.0uF

C3205
680pF

L3003

560nH

NC

R3103

0.7

R3100
47K

OUT

4

SWB+

C3805

0.22uF

15

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

C3016

3

2

Q3005

3

2

1

Q3006

R1

IN

R2

GND

6

4

R3102

2

Q3001

VINGND

U3020
LTC1877

C3015 100pF

1

VOUT

4

1

C3090
10uF

L3020

10uH

C3204
20pF

R3200
220K

R3201
62K

R3029

41.2K

FB

NP

VCONT

VIN

GND

5

U3008
TK11100CSC

R3017
178K

3.3V_DIG_V10

R3101
100K

SWB+

C3208

0.22uF

2

6

4

3

Q3002

OUT

R2

GND

LP38690SD

5

VOUT

4

ADJ

3

NC

NC
R3018
51K

C3202

68uF

R3028

51.1K

U3002

R1

C3017
.01uF2.2uF

CTGND

G1

GND

IN

2

L3022
560nH

MAKO_SW1_VDD

C3203
.01uF

USB_CONNECT

1

VIN1

6

VIN2

C3018

2.2uF

C3206

0.10uF

3.6V_DIG_VSW1

SWB+

C3091
10uF

C3207
10uF

C3212
220pF

6

RUN1SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

VIN

GND

U3021
LTC1877

L3021
33uH

5

C3210

C3209

.01uF

47uF

C3211
20pF

R3202
220K

R3203
300K

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8415113H19)

5-38 Controller Schematics

2.775V_DIG_V4

2.775V_DIG_V4

R3070
220K

R3071
220K

SWB+

SWB+

RAWB+

RAWB+

VSAVE

VSAVE

Q3003

8

7

6

3

5

GND2

4

4

CX-101F

16-54MHz

HOT1

GND1

2

2

1

1

1.55V_DIG_V3

1.55V_DIG_V3

C3051

100pF

C3093

R3050
100K

2.2uF

Y3001

3

HOT2

C3060
20pF

1.875V_DIG_V2

1.875V_DIG_V2

C3010 C3074

2.2uF

1.875V_DIG_V2

C3061
20pF

C3014

2.2uF

R3075
10K

EMERG_PB

MECH_SW

POR

MAKO_INT

2.775V_DIG_V4

2.775V_DIG_V4

C3070
10pF

Y3000

32.768KHz

XTAL

21

C3001
13pF

C3002 0.1uF

C3003 2.2uF

2.2uFC3004

1000pFC3005

R3888 0

2.775V_DIG_V4

C3019

1.0uF

R3072
2MEG

C3000
13pF

B1

C1

F3

C2

D1

D2

D3

B2

G4

E2

F4

DNP

E4

NC

B3

B4

C5

F5

NC

D5

A12

A13

D4

M1

NC

5V_ANA_VBUS2 2.9V_DIG_V6

C3079

4.7uF

5V_ANA_VBUS2

U3003-1

LMC6035ITLX

C2

C3

XTAL32_OUT

XTAL32_IN

BAT_RTC

VSAVE

BAT_7V5

BAT_3V6

REG_3V6

BAT_TYPE

HV_BG

FET_ENX

EMERG_PB

MECH_SW

SW_TYPE

IGN_X

RESETX

GATED_32K_CLK

INT_X

XOUT

XIN

TCXO_SEL_16_24

TCXO_IN

R3073

2MEG

A2

C1

NC3

GND6

D14

NCNCNC

NC4

GND7

M5

H5

B1

A1

B3

NC

NC

B14

NC5

NC6

PGLDO2

PGLDO3

SW1_VDD

SW1_VDDHV

SW1_VSEN_BUK

SW1_VSEN_BST

SW1_SUMCOMP_DL

SW1_DH

SW1_PHASE

SW1_VOUT

SW1_GND

SW2_VCC

SW2_VCCS

SW2_LX

SW2_VOUT

SW2_GND

SW5_VDD

SW5_VDDHV

SW5_VSENSE

SW5_SUMCOMP

SW5_PHASE

SW5_VOUT

V10_GND

VBUS_SUPPLY

VBUS1_SENS

VBUS1_CMD

VBUS2_SENS

VBUS2_CMD

GND8

GND9

D9

2.775V_ANA_V7

A3

U3003-2

LMC6035ITLX

C3

A2

G13

G12

H11

J11

G14

H13

F14

H12

H14

J12

K14

J14

J13

L14

D13

F13

E14

E13

G11

F12

N4

V02_O

P4

V03_O

N5

V04_O

P3

V06_O

P6

V07_O

L1

V09_O

J10

V10_I

M6

V10_O

L9

K3

V08_I

K4

V08_O

B13

E12

C14

H10

VBUS1

F11

C13

D12

VBUS2

2.775V_ANA_V7

C3024

1.0uF

B1

B3

NC

A1

A14P1P14

NC1

NC2

U3000-1

PWR_MNGR_BLOCK

GND1

GND2

GND3

GND4

GND5

J4

L4

P5

K9

G5

M7

C3031

1.0uF 1.0uF

2.9V_DIG_V6

1.875V_DIG_V2

5

VCC

2

IN

OUT

NC

GND

1

3

R3074
1K

R3031
0

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

C3082

5V_ANA_V8 3.3V_DIG_V10

C3028

2.2uF

5V_ANA_V8

C3063

0.10uF

U3004

NL17SZ14

5V_ANA_V8

GATED_32KHZ_OMAP

4

SWB+

R3038
0
DNP

R3016

0.1

1.875V_DIG_V2

1.55V_DIG_V3

2.775V_DIG_V4

2.9V_DIG_V6

2.775V_ANA_V7

3V_ANA_V9

3.6V_DIG_VSW1

3.3V_DIG_V10

SWB+

5V_ANA_V8

3.3V_DIG_V10

MAKO_SW1_VDD

1

1

C3067

C3083

0.10uF0.10uF

4

2

U3020
LTC1877

1

1

VOUT

C3090
10uF

R3201
62K

R3029

41.2K

GND

4

R3017
178K

3.3V_DIG_V10

SWB+

L3020
10uH

C3204
20pF

R3200
220K

C3015
100pF

VCONT

VIN

5

U3008
TK11100CSC

C3208

0.22uF

2

FB

6

NP

4

3

R3101

100K

NC

C3805

0.22uF

1

RUN5SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

Q3005

1

Q3006

R2

GND

SWB+

6

VIN

GND

4

C3016

2.2uF

R3102
2

Q3001

3

2

3

2

R1

IN

L3003
560nH

C3084

L3004

0.22uF

560nH

C3200

C3201

0.10uF 10uF

NC

C3205
220pF

R3103

VBUS1

0.7

4

R3100
47K

OUT

4

Q3000

2

3

C3039

4.7uF

R3030

0.2

Q3010

3

5V_ANA_VBUS2

C3081

4.7uF

1.0uF

3V_ANA_V9

L3022
560nH

MAKO_SW1_VDD

C3203

C3202

.01uF

47uF

R3028

51.1K

C3018

C3017

2.2uF

.01uF

Q3002

R1

OUT

R2

GND

LP38690SD

5

VOUT

4

ADJ

3

NC

R3018
51K

U3002

CTGND

GND

G1

IN

VIN1

VIN2

2

USB_CONNECT

1

6

C3206

0.10uF

C3207
10uF

C3212

220pF

3.6V_DIG_VSW1

SWB+

C3091
10uF

U3021
LTC1877

VINGND

L3021
10uH

R3203
300K

C3211
20pF

R3202
220K

6

15

RUN SW

7

SYNC

3

VFB

8

PLLLPF

2

ITH

4

C3209

22uF

C3210
.01uF

OMAP_CORE_LTC

Controller Power Management Block Schematic Diagram (for 8415113H20)

Controller Schematics 5-39

U3700

E3700

IDCTR

E3701

IDCTR

3.6V_DIG_VSW1

E3702

IDCTR

21

21

C3703

1.0uF

GPS_RFPWRUP

C3700

1.0uF

GPS_nWAKEUP

R3701

2

10K

C3707

2.2uF

21

E3703

IDCTR

2.8V_RF_GPS

21

2.8V_DIG_GPS

1

IN

R3703
24K

3

EN

30K

27pF

3

EN

1

IN

5

FB

DNG

2

R3702

C3704

DNG

2

BYPASS

BYPASS

1K

R3700

1

OUT

OUT

U3701

5

4

1
C3701
.01uF

6

4

C3705
.01uF

C3702

2.2uF

2

1
C3706
470pF

2

1.875V_DIG_V2

R3704
10K

GPS_SHUTDOWN

21

E3704
IDCTR

C3101

1.0uF

A2

B2

U3006
LP3990

VEN

VIN

Controller Line Regulators for GPS Schematic Diagram

E3705
IDCTR

B1

VOUT

DNG

1A

C3102

1.0uF

21

1.5V_GPS_RTC

5-40 Controller Schematics

DISPLAY B2B 16 PINS CONNECTOR (2887818K02)

DISPLAY_DATA0

DISPLAY_DATA1

DISPLAY_DATA2

DISPLAY_DATA3

DISPLAY_DATA4

DISPLAY_DATA5

DISPLAY_DATA6

DISPLAY_DATA7

RESET_OUT

DISPLAY_CE

DISPLAY_CMD

BL_EN

1.875V_DIG_V2

2.775V_DIG_V4

SWB+

DISPLAY_DATA0_SW

DISPLAY_DATA1_SW

DISPLAY_DATA2_SW

DISPLAY_DATA3_SW

DISPLAY_DATA4_SW

DISPLAY_DATA5_SW

DISPLAY_DATA6_SW

DISPLAY_DATA7_SW

RESET_OUT

RESET_OUT_SW

DISPLAY_CE_SW

DISPLAY_CMD_SW

BL_EN_SW

R9000

R9001

R9002

R9003

R9004

R9005

R9006

R9007

1K

1K

1K

1K

1K

1K

1K

1K

BL_EN

C9000
100pF 100pF

100pF

C9002 C9005

C9001

100pF

C9010

C9009

100pF

C9003

C9004

C9012

100pF100pF

100pF100pF

100pF100pF

100pF

C9011 C9013

B2B_DISPLAY_DATA0

B2B_DISPLAY_DATA1

B2B_DISPLAY_DATA2

B2B_DISPLAY_DATA3

B2B_DISPLAY_DATA4

B2B_DISPLAY_DATA5

B2B_DISPLAY_DATA6

B2B_DISPLAY_DATA7

C9007

C9006

100pF

100pF

C9014C9008

100pF

P9000-1

P9000-2

P9000-3

P9000-4

P9000-5

P9000-6

P9000-7

P9000-8

P9000-9

P9000-10

P9000-11

P9000-12

P9000-13

P9000-14

P9000-15

P9000-16

DISPLAY_DATA0

DISPLAY_DATA1

DISPLAY_DATA2

DISPLAY_DATA3

DISPLAY_DATA4

DISPLAY_DATA5

DISPLAY_DATA6

DISPLAY_DATA7

RESET_OUT

DISPLAY_CE

DISPLAY_CMD

BL_EN

1.875V_DIG_V2

2.775V_DIG_V4

SWB+

GND

INTERNAL SPEAKER CONTACT

INT_SPKR+

INT_SPKR-

INT_SPKR_P_SW

INT_SPKR_M_SW

E9006

DNP

BLM18BD601SN1

DNP

E9007
BLM18BD601SN1

INT_SPKR+_TOP

INT_SPKR-_TOP

C9067

100pF

DNP

C9061 C9062
100pF

C9068

100pF

DNP

INT_SPKR+

INT_SPKR-

100pF

VR9015

10.0V

VR9016

10.0V10.0V

DNP DNP

VR9018VR9017

10.0V

DNP

1

M9003

DNP

1

M9004

1

M9005

1

M9006

2.775V_DIG_V4

5V_ANA_VBUS2

2.775V_DIG_V4_SW

1.875V_DIG_V2_SW

SWB_P_SW

VBUS1_SW

3.3V_DIG_V10_SW

2.9V_DIG_V6_SW

5V_ANA_VBUS2_SW

2.775V_DIG_V4

1.875V_DIG_V21.875V_DIG_V2

SWB+SWB+

VBUS1VBUS1

3.3V_DIG_V103.3V_DIG_V10

2.9V_DIG_V62.9V_DIG_V6

5V_ANA_VBUS2

Largest reference designator

R9018

C9068
VR9018

D9000

Q9003 M9007
E9007 J9001

FL9000

L9008

P9000

S9002

Controller LCD and Speaker Interface Schematic Diagram (for 8486716Z04, 8486716Z07/8486716Z13, 8486716Z08 & 8475130M01)

Controller Schematics 5-41

DISPLAY B2B 16 PINS CONNECTOR (2887818K02)

DISPLAY_DATA0

DISPLAY_DATA1

DISPLAY_DATA2

DISPLAY_DATA3

DISPLAY_DATA4

DISPLAY_DATA5

DISPLAY_DATA6

DISPLAY_DATA7

RESET_OUT

DISPLAY_CE

DISPLAY_CMD

BL_EN

1.875V_DIG_V2

2.775V_DIG_V4

SWB+

DISPLAY_DATA0_SW

DISPLAY_DATA1_SW

DISPLAY_DATA2_SW

DISPLAY_DATA3_SW

DISPLAY_DATA4_SW

DISPLAY_DATA5_SW

DISPLAY_DATA6_SW

DISPLAY_DATA7_SW

RESET_OUT_SW

DISPLAY_CE_SW

DISPLAY_CMD_SW

BL_EN_SW

RESET_OUT

R9000

R9001

R9002

R9003

R9004

R9005

R9006

R9007

1K

1K

1K

1K

1K

1K

1K

1K

BL_EN

C9000

330pF 330pF

330pF

C9002 C9005

C9001

330pF

C9010

C9009
330pF

C9004

C9003
330pF

C9011 C9013

C9012
330pF330pF

330pF330pF

330pF330pF

B2B_DISPLAY_DATA0

B2B_DISPLAY_DATA1

B2B_DISPLAY_DATA2

B2B_DISPLAY_DATA3

B2B_DISPLAY_DATA4

B2B_DISPLAY_DATA5

B2B_DISPLAY_DATA6

B2B_DISPLAY_DATA7

C9007

C9006

330pF

330pF

C9014C9008
330pF

P9000-1

P9000-2

P9000-3

P9000-4

P9000-5

P9000-6

P9000-7

P9000-8

P9000-9

P9000-10

P9000-11

P9000-12

P9000-13

P9000-14

P9000-15

P9000-16

DISPLAY_DATA0

DISPLAY_DATA1

DISPLAY_DATA2

DISPLAY_DATA3

DISPLAY_DATA4

DISPLAY_DATA5

DISPLAY_DATA6

DISPLAY_DATA7

RESET_OUT

DISPLAY_CE

DISPLAY_CMD

BL_EN

1.875V_DIG_V2

2.775V_DIG_V4

SWB+

GND

INTERNAL SPEAKER CONTACT

INT_SPKR_P_SW

INT_SPKR+

INT_SPKR_M_SW

INT_SPKR-

E9006

DNP

BLM18BD601SN1

DNP

E9007
BLM18BD601SN1

INT_SPKR+_TOP

INT_SPKR-_TOP

C9067 C9068
330pF
DNP DNP

C9061 C9062

330pF

330pF

INT_SPKR+

INT_SPKR-

330pF

VR9015

10.0V
DNP

10.0V

VR9016

10.0V
DNP

VR9018VR9017

10.0V

DNP

1

M9003

DNP

1

M9004

1

M9005

1

M9006

VBUS1

2.775V_DIG_V4_SW

1.875V_DIG_V2_SW

SWB_P_SW

VBUS1_SW

3.3V_DIG_V10_SW

2.9V_DIG_V6_SW

5V_ANA_VBUS2_SW

1.875V_DIG_V21.875V_DIG_V2

SWB+SWB+

VBUS1

3.3V_DIG_V103.3V_DIG_V10

2.9V_DIG_V62.9V_DIG_V6

5V_ANA_VBUS2

2.775V_DIG_V4 2.775V_DIG_V4

5V_ANA_VBUS2

Largest reference designator

R9018
C9070

VR9018

D9000

Q9003

E9007 J9001

FL9000

L9008

M9007

P9000

S9002

Controller LCD and Speaker Interface Schematic Diagram (for 8415113H03 & 8415113H05)

5-42 Controller Schematics

OPT-Trans B2B 40 PINS CONNECTOR (0970312L01)

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

MAKO_FSYNC

MAKO_DCLK

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

MAKO_RX

MAKO_TX

PTT

MAKO_FSYNC_SW

MAKO_DCLK

MAKO_RX_SW

MAKO_TX_SW

OPT_GPIO_1_SW

OPT_GPIO_2_SW

KEYPAD_ROW0_SW

KEYPAD_ROW1_SW

KEYPAD_ROW2_SW

KEYPAD_ROW3_SW

KEYPAD_ROW4_SW

C9040

100pF

KEYPAD_COL0_SW

KEYPAD_COL1_SW

KEYPAD_COL2_SW

KEYPAD_COL3_SW

KEYPAD_COL4_SW

C9045 C9046
100pF

PTT_SW

C9051 C9058
DNP

C9053

100pF100pF

C9041
100pF

100pF

C9050
100pF

C9042
100pF

C9047

C9044

C9043

100pF100pF

6

C9048

C9049

100pF

100pF100pF

C9055

DNPDNP DNP

1K13K24K36

VR9020

5.6V

K4

A1

A2

5

2

1

4

VR9021

K3

K4

K13K2

5.6V

A15A2

2

C9057 C9060

100pF100pF

100pF

3K34K46

C9059

2A25

BL_EN

VR9022

5.6V

K11K2

A1

100pF100pF

J9001-9

J9001-10

J9001-11

J9001-12

J9001-13

J9001-15

J9001-16

J9001-17

J9001-18

J9001-19

J9001-20

J9001-33

J9001-32

J9001-31

J9001-30

J9001-29

J9001-28

J9001-27

J9001-26

J9001-25

J9001-24

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

PTT

MAKO_FSYNC

GND

MAKO_DCLK

GND

MAKO_RX

GND

MAKO_TX

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

INT_MIC+

INT_MIC-

USB1_DP

USB1_DM

MAKO_ONE_WIRE_1

OPT_SSI_SYNC

MAKO_ONE_WIRE_1

ONE_WIRE_1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

EXT_SPKR+

EXT_SPKR-

BL_EN

VBUS1

OPT_VBUS1

OPT_USB1_DP

OPT_USB1_DM

OPT_EXT_MIC+

OPT_EXT_MIC-

EXT_SPKR+

EXT_SPKR-

INT_MIC_P_SW

INT_MIC_M_SW

USB1_DP_SW

USB1_DM_SW

OPT_SSI_SYNC_SW

ONE_WIRE_1_SW

OPTA_SEL0_SW

OPTA_SEL1_SW

OPTA_SEL2_SW

EXT_MIC_P_SW

EXT_MIC_M_SW

EXT_SPKR_P_SW

EXT_SPKR_M_SW

L9007

270nH

L9008
270nH

E9000
BLM21PG221SN1

2

3

C9015 C9016
100pF

100pF

L9000
270nH

L9001
270nH

FL9000
DLP11SN201HL2

P1

P2

1

TP_VBUS1

1

TP_ONE_WIRE_1

1

TP_USB1_DP

1

TP_USB1_DM

1

TP_EXT_MIC+

1

TP_EXT_MIC

1

TP_EXT_SPKR+

1

TP_EXT_SPKR

E9001

BK1005HM471

C9017
100pF

1

S1

4

S2

C9066
100pF

5V_ANA_VBUS2

C9018
100pF

C9069
100pF

DNP

OPT_INT_MIC_P

1

C9033
100pF

OPT_INT_MIC_M

C9063
100pF

K4

K4

A2

R9019
1K

5

346

C9064
100pF

VR9023

10.0V

4

VR9000

SR05

32

OPT_USB1_DP

OPT_USB1_DM

R9052
470

1346

VR9001

K1K2K3

5.6V

A1

2

OPT_INT_MIC_M

OPT_INT_MIC_P

VR9002

1

5.6V

K1K2K3

EXT_SPKR-

OPT_EXT_MIC+

EXT_SPKR+

OPT_EXT_MIC-

J9001-23

J9001-22

J9001-21

OPT_VBUS1

J9001-6

J9001-36

J9001-35

J9001-8

J9001-5

J9001-38

J9001-37

J9001-7

J9001-34

J9001-1

J9001-2

J9001-40

J9001-39

J9001-4

J9001-3

BL_EN

INT_MIC+

INT_MIC-

VBUS1

USB1_DM

USB1_DP

GND

GND

GND

OPT_SSI_SYNC

ONE_WIRE1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

EXT_SPKR+

EXT_SPKR-

SWB+

SWB+

C9065
100pF

Controller UC Interface Schematic Diagram (for 8486716Z04 & 8486716Z07/8486716Z13)

J9001-14

SWB+

C9019
100pF

C9020
100pF

C9021
100pF

C9022
100pF

A1

A2

2

5

10.0V

VR9004VR9003

10.0V

Controller Schematics 5-43

OPT-Trans B2B 40 PINS CONNECTOR

BL_EN

OPT_USB1_DP

EXT_SPKR-

EXT_SPKR+

J9001-23

J9001-22

J9001-21

OPT_VBUS1

J9001-6

J9001-36

J9001-35

J9001-8

J9001-5

J9001-38

J9001-37

J9001-7

J9001-34

J9001-1

J9001-2

J9001-40

J9001-39

J9001-4

J9001-3

INT_MIC+

INT_MIC-

VBUS1

USB1_DM

USB1_DP

GND

GND

GND

OPT_SSI_SYNC

ONE_WIRE1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

EXT_SPKR+

EXT_SPKR-

MAKO_FSYNC

MAKO_DCLK

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

MAKO_RX

MAKO_TX

PTT

MAKO_FSYNC_SW

MAKO_DCLK

MAKO_RX_SW

MAKO_TX_SW

OPT_GPIO_1_SW

OPT_GPIO_2_SW

KEYPAD_ROW0_SW

KEYPAD_ROW1_SW

KEYPAD_ROW2_SW

KEYPAD_ROW3_SW

KEYPAD_ROW4_SW

C9042

C9041

C9040 C9043

100pF

KEYPAD_COL0_SW

KEYPAD_COL1_SW

KEYPAD_COL2_SW

KEYPAD_COL3_SW

KEYPAD_COL4_SW

C9045

100pF

PTT_SW

C9051 C9057

100pF

100pF

C9046
100pF

100pF100pF 100pF

C9050

100pF

C9047
100pF

100pF

C9048

C9055
220pF

C9044
100pF

C9049
100pF100pF

INT_MIC+

INT_MIC-

USB1_DP

USB1_DM

OPT_SSI_SYNC

MAKO_ONE_WIRE_1

ONE_WIRE_1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

BL_EN

VBUS1

USB1_DP_SW

USB1_DM_SW

OPT_VBUS1

MAKO_ONE_WIRE_1

OPT_USB1_DP

OPT_USB1_DM

OPT_EXT_MIC+

OPT_EXT_MIC-

EXT_SPKR+

EXT_SPKR-

EXT_MIC_P_SW

EXT_MIC_M_SW

EXT_SPKR_P_SW

EXT_SPKR_M_SW

L9007

INT_MIC_P_SW

INT_MIC_M_SW

OPT_SSI_SYNC_SW

ONE_WIRE_1_SW

OPTA_SEL0_SW

OPTA_SEL1_SW

OPTA_SEL2_SW

R9020

4.7K

270nH

L9008
270nH

E9000
BLM21PG221SN1

2

3

C9016C9015
100pF

100pF 100pF

L9000

3.3uH

L9001 270nH

FL9000
DLP11SN201HL2

P1

P2

1

FT_VBUS1

1

FT_ONE_WIRE_1

1

FT_USB1_DP

1

FT_USB1_DM

1

FT_EXT_MIC+

1

FT_EXT_MIC

1

FT_EXT_SPKR+

1

FT_EXT_SPKR

E9001
BK1005HM471

C9017

C9066
100pF

5V_ANA_VBUS2

1

S1

4

S2

C9018 C9069

C9063

C9064

100pF

100pF

VR9023

A1

4

VR9000
SR05

32

K1

OPT_INT_MIC_M

VR9002

5.6V

K1

1

VR9001

5.6V

OPT_EXT_MIC+

OPT_EXT_MIC-

R9052
470

10.0V

OPT_USB1_DM

OPT_INT_MIC_P

OPT_INT_MIC_M

R9019

1K

1

C9033
100pF

FT_GPIO0

1K23K34K46

100pF100pF

DNP

2A25

OPT_INT_MIC_P

6

1K23

4

K3

K4

KEYPAD_ROW0

J9001-9

KEYPAD_ROW1

J9001-10

KEYPAD_ROW2

J9001-11

KEYPAD_ROW3

J9001-12

KEYPAD_ROW4

4613

VR9020

K3

K4

K1

K2

5.6V

A1

BL_EN

2A25

1K13K24

4K46

VR9021

K11K23K3

5.6V

A12A2

5

DNPDNP DNP

6

C9059

C9058C9053
100pF 100pF

VR9022

K4

K3

5.6V

A2

A1

5

2

C9060

100pF

J9001-13

J9001-15

J9001-16

J9001-17

J9001-18

J9001-19

J9001-20

J9001-33

J9001-32

J9001-31

J9001-30

J9001-29

J9001-28

J9001-27

J9001-26

J9001-25

J9001-24

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

PTT

MAKO_FSYNC

GND

MAKO_DCLK

GND

MAKO_RX

GND

MAKO_TX

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

EXT_SPKR+

EXT_SPKR-

SWB+

SWB+

C9065

100pF

J9001-14

SWB+

C9072

C9071 C9019
100pF

100pF

C9020
100pF100pF

C9021

C9022
100pF100pF

A1

VR9003

10.0V

VR9004

10.0V

2A25

Controller UC Interface Schematic Diagram (for 8475130M01)

5-44 Controller Schematics

OPT-Trans B2B 40 PINS CONNECTOR (0970312L01)

J9001-23

J9001-22

J9001-21

OPT_VBUS1

J9001-6

J9001-36

J9001-35

J9001-8

J9001-5

J9001-38

J9001-37

J9001-7

J9001-34

J9001-1

J9001-2

J9001-40

J9001-39

J9001-4

J9001-3

BL_EN

INT_MIC+

INT_MIC-

VBUS1

USB1_DM

USB1_DP

GND

GND

GND

OPT_SSI_SYNC

ONE_WIRE1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

EXT_SPKR+

EXT_SPKR-

MAKO_FSYNC

MAKO_DCLK

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

PTT

MAKO_RX

MAKO_TX

KEYPAD_ROW0_SW

KEYPAD_ROW1_SW

KEYPAD_ROW2_SW

KEYPAD_ROW3_SW

KEYPAD_ROW4_SW

KEYPAD_COL0_SW

KEYPAD_COL1_SW

KEYPAD_COL2_SW

KEYPAD_COL3_SW

KEYPAD_COL4_SW

MAKO_FSYNC_SW

MAKO_DCLK

MAKO_RX_SW

MAKO_TX_SW

OPT_GPIO_1_SW

OPT_GPIO_2_SW

C9040

C9045
100pF

PTT_SW

C9051 C9055

100pF

C9042C9041

100pF

100pF

C9047

C9046 C9049

100pF100pF

C9050

100pF

C9053
100pF

100pF100pF

C9048
100pF

100pF

C9044C9043
100pF

100pF

5

100pF
DNPDNP DNPDNP

INT_MIC+

USB1_DP

USB1_DM

OPT_SSI_SYNC

MAKO_ONE_WIRE_1

ONE_WIRE_1

EXT_MIC+

EXT_MIC-

BL_EN

INT_MIC-

VBUS1

USB1_DP_SW

USB1_DM_SW

OPT_VBUS1

MAKO_ONE_WIRE_1

OPT_USB1_DP

OPT_USB1_DM

OPT_EXT_MIC+

OPT_EXT_MIC-

EXT_SPKR+

EXT_SPKR-

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC_P_SW

EXT_MIC_M_SW

EXT_SPKR_P_SW

EXT_SPKR_M_SW

INT_MIC_P_SW

INT_MIC_M_SW

OPT_SSI_SYNC_SW

ONE_WIRE_1_SW

OPTA_SEL0_SW

OPTA_SEL1_SW

OPTA_SEL2_SW

C9015
100pF

R9020

4.7K

DNP

L9007
270nH

L9008

270nH

E9000
BLM21PG221SN1

FL9000
DLP11SN201HL2

2

P1

3

P2

1

1

1

1

1

1

1

1

BK1005HM471

C9016

100pF

L9000
270nH

L9001
270nH

TP_VBUS1

TP_ONE_WIRE_1

TP_USB1_DP

TP_USB1_DM

TP_EXT_MIC+

TP_EXT_MIC

TP_EXT_SPKR+

TP_EXT_SPKR

E9001

100pF

1

S1

4

S2

C9066
100pF

5V_ANA_VBUS2

C9018C9017
100pF

C9069
100pF

DNP

OPT_INT_MIC_P

1

C9033
100pF

OPT_INT_MIC_M

C9063
100pF

R9019
1K

TP_GPIO0

346

K3K4K1

46

K3K4K1

C9064

100pF

VR9023

10.0V

4
VR9000

SR05

32

OPT_USB1_DP

OPT_USB1_DM

1

R9052
470

1

VR9001

K2

5.6V

A1

2A25

OPT_INT_MIC_M

OPT_INT_MIC_P

VR9002

13

5.6V

K2

EXT_SPKR-

OPT_EXT_MIC+

EXT_SPKR+

OPT_EXT_MIC-

KEYPAD_ROW0

J9001-9

KEYPAD_ROW1

J9001-10

KEYPAD_ROW2

J9001-11

KEYPAD_ROW3

J9001-12

KEYPAD_ROW4

6

VR9020

K11K23K34K4

5.6V

A1

A2

2

5

BL_EN

C9059

100pF100pF

1346

VR9022

5.6V

K1K2K3

K4

A15A2

2

C9060

100pF

1K23K34K46

VR9021

K1

5.6V

A12A2

C9058C9057

J9001-13

J9001-15

J9001-16

J9001-17

J9001-18

J9001-19

J9001-20

J9001-33

J9001-32

J9001-31

J9001-30

J9001-29

J9001-28

J9001-27

J9001-26

J9001-25

J9001-24

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

PTT

MAKO_FSYNC

GND

MAKO_DCLK

GND

MAKO_RX

GND

MAKO_TX

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

EXT_SPKR+

EXT_SPKR-

SWB+

SWB+

C9065
100pF

Controller UC Interface Schematic Diagram (for 8486716Z08)

J9001-14

SWB+

C9071
100pF
DNP

C9072
100pF
DNP

C9019
100pF

C9020
100pF

C9021

C9022
100pF100pF

A1

VR9003 VR9004

2A25

10.0V

10.0V

Controller Schematics 5-45

MAKO_FSYNC

OPT_GPIO_1

OPT_GPIO_2

KEYPAD_ROW0

KEYPAD_ROW1

KEYPAD_ROW2

KEYPAD_ROW3

KEYPAD_ROW4

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

MAKO_DCLK

MAKO_RX

MAKO_TX

RESET_OUT

PTT

MAKO_FSYNC_SW

MAKO_DCLK

MAKO_RX_SW

MAKO_TX_SW

OPT_GPIO_1_SW

OPT_GPIO_2_SW

OPT-Trans B2B 40 PINS CONNECTOR (0970312L01)

KEYPAD_ROW0_SW

KEYPAD_ROW1_SW

KEYPAD_ROW2_SW

KEYPAD_ROW3_SW

KEYPAD_ROW4_SW

C9042

C9041

C9040
330pF

KEYPAD_COL0_SW

KEYPAD_COL1_SW

KEYPAD_COL2_SW

KEYPAD_COL3_SW

KEYPAD_COL4_SW

C9045 C9049
330pF

PTT_SW

C9051
330pF 330pF

DNP DNPDNP DNP

C9053

C9046
330pF

C9050
330pF

330pF

C9047

C9043
330pF330pF

C9048
330pF

C9055
330pF

C9044
330pF

330pF330pF

4K36

K4

A2

3

C9057

330pF

6

4

K4

1

VR9021

K2

K1

5.6V

2A15

330pF330pF

D9001

POS1

POS2

INT_MIC+

INT_MIC-

USB1_DP

USB1_DM

OPT_SSI_SYNC

MAKO_ONE_WIRE_1

ONE_WIRE_1

EXT_MIC+

EXT_MIC-

BL_EN

VBUS1

USB1_DP_SW

USB1_DM_SW

OPT_VBUS1

MAKO_ONE_WIRE_1

OPT_USB1_DP

OPT_USB1_DM

OPT_EXT_MIC+

OPT_EXT_MIC-

EXT_SPKR+

EXT_SPKR-

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC_P_SW

EXT_MIC_M_SW

EXT_SPKR_P_SW

EXT_SPKR_M_SW

INT_MIC_P_SW

INT_MIC_M_SW

E9000
BLM21PG221SN1

OPT_SSI_SYNC_SW

ONE_WIRE_1_SW

OPTA_SEL0_SW

OPTA_SEL1_SW

OPTA_SEL2_SW

C9015
330pF

R9020

4.7K

L9007
270nH

L9008

270nH

FL9000
DLP11SN201HL2

2

P1

3

P2

1

1

1

1

1

1

1

1

E9001

BK1005HM471

330pF

L9000

3.3uH

L9001

270nH

1

S1

4

S2

TP_VBUS1

TP_ONE_WIRE_1

TP_USB1_DP

TP_USB1_DM

TP_EXT_MIC+

TP_EXT_MIC

TP_EXT_SPKR+

TP_EXT_SPKR

C9017C9016

C9066
330pF

5V_ANA_VBUS2

330pF330pF

C9069C9018
330pF

C9063
330pF

OPT_INT_MIC_P

OPT_INT_MIC_M

R9019

1K

1

C9033
330pF

TP_GPIO0

K4

DNP

46

KEYPAD_ROW0

J9001-9

KEYPAD_ROW1

J9001-10

KEYPAD_ROW2

J9001-11

KEYPAD_ROW3

J9001-12

KEYPAD_ROW4

3

1

VR9020

K3

K2

K1

5.6V

A1

A2

25

BL_EN

3K34K46

1

VR9022

5.6V

K2

K1

A1

2A25

C9060C9058

C9059
330pF

J9001-13

J9001-15

J9001-16

J9001-17

J9001-18

J9001-19

J9001-20

J9001-33

J9001-32

J9001-31

J9001-30

J9001-29

J9001-28

J9001-27

J9001-26

J9001-25

J9001-24

KEYPAD_COL0

KEYPAD_COL1

KEYPAD_COL2

KEYPAD_COL3

KEYPAD_COL4

PTT

MAKO_FSYNC

GND

MAKO_DCLK

GND

MAKO_RX

GND

MAKO_TX

OPT_GPIO_1

OPT_GPIO_2

RESET_OUT

EXT_SPKR+

EXT_SPKR-

D9002

POS1

POS2

BL_EN

J9001-23

INT_MIC+

J9001-22

INT_MIC-

J9001-21

C9064
330pF

VR9023

10.0V

4

VR9000
SR05

32

OPT_USB1_DM

1

R9052
470

1346

VR9001

K1K2K3

5.6V

A15A2

2

OPT_EXT_MIC+

OPT_EXT_MIC-

OPT_INT_MIC_M

OPT_INT_MIC_P

VR9002

13

5.6V

K2K3K4

K1

OPT_USB1_DP

EXT_SPKR-

EXT_SPKR+

OPT_VBUS1

J9001-6

J9001-36

J9001-35

J9001-8

J9001-5

J9001-38

J9001-37

J9001-7

J9001-34

J9001-1

J9001-2

J9001-40

J9001-39

J9001-4

J9001-3

VBUS1

USB1_DM

USB1_DP

GND

GND

GND

OPT_SSI_SYNC

ONE_WIRE1

OPTA_SEL0

OPTA_SEL1

OPTA_SEL2

EXT_MIC+

EXT_MIC-

EXT_SPKR+

EXT_SPKR-

SWB+

SWB+

C9065
330pF

J9001-14

SWB+

A1

C9071
330pF
DNP DNP

330pF

C9019

330pF

C9020

C9021
330pF330pF

C9022C9072
330pF

A2

25

10.0V

VR9004VR9003

10.0V

Controller UC Interface Schematic Diagram (for 8415113H03 & 8415113H05)

5-46 Controller Schematics

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1

1.875V_DIG_V2

R9050
10K

S9000
SWITCH

IN2OUT

GND14GND25GND3

3

R9008
47K

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000
MMBT3904

2

1.875V_DIG_V2

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
100pF

SWB+

Q9001-1

1

5

6

R9012

13

24

EMERG_PB

4

3

Q9001-2

R9013
180680

2
IMXFT110

D9000
BRPY1204W

Q9003

MMBT3904

3.3V_DIG_V10

R9010
10K

3

2

R9011
47K

1

BATTERY CONTACT

RAWB+

BATT_DATA

1.875V_DIG_V2

R9051
10K

GREEN_LED_SW

RAWB_P_SW

BATT_DATA_SW

GREEN_LED

C9038
100pF

FREQUENCY SWITCH

SW1

SW2

C9032

4.7pF

VR9009

C9039

13V

100pF

TP_RAWB+

1

SW1_SW

SW2_SW

VR9010
13V

1.875V_DIG_V2

R9015

10K

C9026

100pF

R9016
10K

C9027
100pF

M9007 CONTACT

1

PIN1

2

PIN2

PIN3

3

1
3
5

TP_GND

1

_1
C1
_2

S9002
SWITCH

GND17GND2

8

K11K23K3

A1

5

2

4K46

1.875V_DIG_V2

R9017

10K 10K

4

_8

6

C2

2

_4

VR9008

5.6V

A2

100pF

C9029C9028
100pF

R9018

SW8_SW

SW4_SW

SW8

SW4

VOLUMN SWITCH

S9001
SWITCH

HIGH

LOW

TAB16TAB2

2

1

7

VOL

2.9V_DIG_V6

VOL_SW

C9024
100pF

VR9006

5.6V

C9030

4.7pF

3

4

5

Controls and Switches Schematic Diagram (for 8486716Z04)

C9031 VR9007

4.7pF

5.6V

MECH_SW_SW MECH_SW

C9025
100pF

BOARD SPACER

M9000
BRD_SPACER

M9001
BRD_SPACER

M9002
BRD_SPACER

Controller Schematics 5-47

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1.875V_DIG_V2

R9050
10K

S9000
SWITCH

IN1OUT

GND1

GND24GND3

3

5

2

R9008
47K

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000
MMBT3904

2

1.875V_DIG_V2

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
100pF

SWB+

Q9001-1

1

5

6

110

13

24

EMERG_PB

4

3

Q9001-2

R9013R9012
33

2

IMXFT110

D9000
BRPY1204W

Q9003

MMBT3904

3.3V_DIG_V10

R9010
10K

3

2

FREQUENCY SWITCH

F9000

SW1_SW

SW2_SW

C9039
100pF

1.875V_DIG_V2

R9015

10K

C9026
100pF

VR9009
13V

3A

24V

R9016
10K

C9027
100pF

TP_RAWB+

1

VR9010
13V

S9002
SWITCH

GND18GND2

4K36

K2

PIN3

K4

3

_8
C2
_4

VR9008

5.6V

TP_GND

4
6
2

1

1

_1

3

C1

5

_2

7

1K13

A15A2

2

CONTACTM9007

1

PIN1

2

PIN2

1.875V_DIG_V2

R9051
10K

R9011

GREEN_LED_SW

47K

1

GREEN_LED

SW1

SW2

BATTERY CONTACT

RAWB+

BATT_DATA

RAWB_P_SW

BATT_DATA_SW

C9038
100pF

C9032

4.7pF

1.875V_DIG_V2

R9017 R9018

10K

100pF

10K

C9029C9028
100pF

SW8_SW

SW4_SW

SW8

SW4

VOLUMN SWITCH

2.9V_DIG_V6

VOL_SW

VOL

C9024
100pF

VR9006

5.6V

C9030

4.7pF

BOARD SPACER

M9000
BRD_SPACER

S9001
SWITCH

HIGH

LOW

2

TAB1

TAB2

C9031

6

7

4.7pF

3

4

51

VR9007

5.6V

MECH_SW_SW MECH_SW

C9025
100pF

M9001
BRD_SPACER

M9002
BRD_SPACER

Controls and Switches Schematic Diagram (for 8486716Z07/8486716Z13, 8486716Z08 & 8475130M01) *Emergency Button not applicable for XPR 6100*

5-48 Controller Schematics

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1.875V_DIG_V2

S9000
SWITCH

IN2OUT

1

GND14GND25GND3

3

R9050
10K

R9008
47K

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000
MMBT3904

2

1.875V_DIG_V2

Q9001-1

5

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
330pF

SWB+

4

3

EMERG_PB

Q9001-2

R9013
33

2

IMXFT110

D9000
BRPY1204W

1

6

R9012
110

13

24

Q9003

MMBT3904

3.3V_DIG_V10

R9010
10K

3

2

R9011
47K

1

BATTERY CONTACT

RAWB+

BATT_DATA

1.875V_DIG_V2

R9051
10K

GREEN_LED_SW

RAWB_P_SW

BATT_DATA_SW

GREEN_LED

C9038
330pF

FREQUENCY SWITCH

1.875V_DIG_V2

R9015

10K

SW1

SW2

C9032

3.9pF

C9039
330pF 330pF

VR9009
13V

SW1_SW

SW2_SW

VR9010
13V

F9000

C9027

C9026

330pF

330pF

TP_RAWB+

1

12

24V

5A

C9070

R9016
10K

M9007 CONTACT

1

PIN1

2

PIN2

PIN3

1.875V_DIG_V2

C9028
330pF

R9018
10K

C9029
330pF

SW8_SW

SW4_SW

SW8

SW4

R9017
S9002
SWITCH

1

_1

3

C1

5

_2

7

1

K1

A12A2

TP_GND

3

GND1

8

3K34K46

K2

5

1

GND2

_8
C2
_4

VR9008

5.6V

4
6
2

10K

VOLUMN SWITCH

S9001
SWITCH

HIGH

LOW

TAB16TAB2

7

2

1

C9031 VR9007

3.9pF

5.6V

MECH_SW_SW MECH_SW

C9025
330pF

VOL

2.9V_DIG_V6

VOL_SW

C9024
330pF

VR9006

5.6V

C9030

3.9pF

3

4

5

Controls and Switches Schematic Diagram (for 8415113H03 & 8415113H05)

BOARD SPACER

M9000
BRD_SPACER

M9001
BRD_SPACER

M9002
BRD_SPACER

Controller Schematics 5-49

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1.875V_DIG_V2

R9050
10K

S9000
SWITCH

IN1OUT

GND1

GND24GND3

3

5

R9008
47K

2

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000
MMBT3904

2

1.875V_DIG_V2

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
100pF

SWB+

Q9001-1

1

5

6

110

13

24

EMERG_PB

4

3

Q9001-2

R9013R9012
33

2

IMXFT110

D9000
BRPY1204W

Q9003

MMBT3904

3.3V_DIG_V10

R9010
10K

3

2

FREQUENCY SWITCH

F9000

SW1_SW

SW2_SW

C9039
100pF

1.875V_DIG_V2

R9015

10K

C9026
100pF

VR9009
13V

3A

24V

R9016
10K

C9027
100pF

TP_RAWB+

1

VR9010
13V

S9002
SWITCH

GND18GND2

4K36

K2

5

PIN3

4

_8

6

C2

2

_4

K4

VR9008

5.6V

A2

TP_GND

1

3

1

_1

3

C1

5

_2

7

NC

1K13

A1

2

CONTACTM9007

1

PIN1

2

PIN2

1.875V_DIG_V2

R9051
10K

R9011

GREEN_LED_SW

47K

1

GREEN_LED

SW1

SW2

BATTERY CONTACT

RAWB+

BATT_DATA

RAWB_P_SW

BATT_DATA_SW

C9038
100pF

C9032

4.7pF

NC

R9021
0

1.875V_DIG_V2

R9017 R9018

10K

100pF

10K

C9029C9028
100pF

SW8_SW

SW4_SW

SW8

SW4

VOLUMN SWITCH

2.9V_DIG_V6

VOL_SW

VOL

C9024
100pF

VR9006

5.6V

C9030

4.7pF

S9001
SWITCH

HIGH

LOW

2

TAB1

TAB2

C9031

6

NC

4.7pF

7

R9022
0

3

4

51

VR9007

5.6V

MECH_SW_SW MECH_SW

C9025
100pF

BOARD SPACER

M9000
BRD_SPACER

M9001
BRD_SPACER

M9002
BRD_SPACER

Controls and Switches Schematic Diagram (for 8486716Z16) *Emergency Button not applicable fo r X PR 61 00*

5-50 Controller Schematics

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1.875V_DIG_V2

S9000
SWITCH

IN2OUT

1

GND14GND25GND3

3

R9050
10K

R9008
47K

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000
MMBT3904

2

1.875V_DIG_V2

Q9001-1

5

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
330pF

SWB+

4

3

EMERG_PB

Q9001-2

R9013
33

2

IMXFT110

D9000
BRPY1204W

1

6

R9012
110

13

24

Q9003

MMBT3904

3.3V_DIG_V10

R9010
10K

3

2

R9011
47K

1

BATTERY CONTACT

RAWB+

BATT_DATA

1.875V_DIG_V2

R9051
10K

GREEN_LED_SW

RAWB_P_SW

BATT_DATA_SW

GREEN_LED

C9038
330pF

FREQUENCY SWITCH

1.875V_DIG_V2

R9015

10K

SW1

SW2

C9032

3.9pF

C9039
330pF 330pF

VR9009
13V

SW1_SW

SW2_SW

VR9010
13V

F9000

C9027

C9026

330pF

330pF

TP_RAWB+

1

12

24V

5A

C9070

R9016
10K

M9007 CONTACT

1

PIN1

2

PIN2

PIN3

1.875V_DIG_V2

C9028
330pF

R9018
10K

C9029
330pF

SW8_SW

SW4_SW

SW8

SW4

R9017

S9002
SWITCH

1

_1

3

C1

5

_2

NC

1

K1

A12A2

TP_GND

3

GND17GND2

8

3K34K46

K2

5

1

_8

C2

_4

VR9008

5.6V

4

6

2

10K

NC

R9021
0

BOARD SPACER

VOLUMN SWITCH

S9001
SWITCH

HIGH

LOW

TAB16TAB2

NC

7

2

1

R9022
0

0613952R66

C9031 VR9007

3.9pF

5.6V

MECH_SW_SW MECH_SW

C9025
330pF

2.9V_DIG_V6

VOL_SW

VOL

C9024
330pF

VR9006

5.6V

C9030

3.9pF

3

4

5

Controls and Switches Schematic Diagram (for 8415113H13) *Emergency Button not applicable for XPR 6100

M9000
BRD_SPACER

M9001
BRD_SPACER

M9002
BRD_SPACER

Controller Schematics 5-51

RED & GREEN LEDS

RED_LED

RED_LED_SW

EMERGENCY BUTTON

EMERG_PB

1.875V_DIG_V2

S9000
SWITCH

IN

1

GND14GND25GND3

3

OUT

R9050
10K

2

R9008
47K

3.3V_DIG_V10

1

VR9005

5.6V

R9009
10K

3

Q9000

MMBT3904

2

1.875V_DIG_V2

IMXFT110

R9014
10K

EMERG_PB_SW

C9023
100pF

SWB+

Q9001-1

1

5

6

R9012
110

13

24

EMERG_PB

4

3

Q9001-2
IMXFT110

R9013
33

2

D9000
BRPY1204W

Q9003

MMBT3904

3.3V_DIG_V10

3

2

R9010
10K

FREQUENCY SWITCH

1.875V_DIG_V2

C9028
100pF

R9018
10K

C9029
100pF

SW8_SW

SW4_SW

SW8

SW4

R9017

10K

NC

R9021
0

SW1_SW

SW2_SW

100pF

1.875V_DIG_V2

R9015

10K

C9026
100pF

F9000

VR9009
13V

3A

24V

R9016
10K

C9027
100pF

TP_RAWB+

1

S9002
SWITCH

1

_1

36

C1 C2

52

_2 _4

7

NC

1K23

K1

A12A2

M9007

CONTACT

1

PIN1

2

PIN2

VR9010C9039
13V

GND1

5

PIN3

4

_8

GND2

8

4

6

VR9008

5.6V

K4

K3

TP_GND

1

3

1.875V_DIG_V2

R9051
10K

R9011
47K

1

GREEN_LED_SW

GREEN_LED

SW1

SW2

BATTERY CONTACT

RAWB+

BATT_DATA

RAWB_P_SW

BATT_DATA_SW

C9038
100pF

C9032

4.7pF

VOLUMN SWITCH

2.9V_DIG_V6

VOL_SW

VOL

C9024
100pF

VR9006

5.6V

C9030

4.7pF

3

4

5

S9001
SWITCH

HIGH

LOW

TAB16TAB2

NC

BOARD SPACER

M9000
BRD_SPACER

M9001

2

MECH_SW

VR9007

5.6V

MECH_SW_SW

C9025
100pF

1

C9031

4.7pF

7

R9022
0

BRD_SPACER

M9002
BRD_SPACER

Controls and Switches Schematic Diagram (for 8486716Z23, 8486716Z24, 8415113H19, 8415113H20)

5-52 Controller Schematics

Notes

Section 6

Driver

r

A

A

UHF1 (403–470 MHZ) INFORMATION

1.0 Transmitter

Power

Control

ntenna

Jack

F

rom VCO

1.1 General

1.1.1 Power Amplifier

The UHF transmitter contains five basic circuits:

1. Power Amplifier

2. Antenna Switch

3. Harmonic Filter

4. Antenna Matching Network

5. Power Control

The power amplifier is a 3-stage discrete design consisting of:

1. Pre-driver, ADA4743 (U700)

2. Driver, RD01MUS1 (Q703)

3. Final PA, RD07MVS1 (Q704)

The pre-driver is a 50 Ohm gain block with a supply voltage of 5V. The supply is ramped to eliminate
feed-through power due to the fixed gain of the devic e. The pre-driver is biased in Class A region with
a typical current drain of 60mA and power gain of 16.5dB.

The driver is a 1W, LDMOS in a SOT -89 p ackage. this st age typically drains 150mA of current at rated
output power, 4W. The driver is biased in Class AB region and has a power gain of 14dB.

The final PA is a 7W, LDMOS device. The gate threshold of this device is very close to the driver.
Hence, the traditional PA bias tuning is eliminated. The current drain would typically be 1400mA. The
final PA is biased in Class AB region and has a power gain of 10dB.

Pre

PA

-

Vcontrol

Figure 6-1: UHF Transmitter Block diagram

PA

Drive

PA

F

inal

Vcontrol

nten na Switch/

Harmonic Filter/

Matching Network

6-2 Transmitter

1.1.2 Antenna Switch

The antenna switch comprises of 2 ports: standard port and remote port.

NOTE

The antenna switch consist of:

1. Four PIN diodes:

2. Six current limiting resistors:

3. Two pi networks:

In the transmit mode of standard port operation, ANT_EN signal (from MAKO) turns on Q702 (bias
Power Amplifier) and Q900(antenna switch circuit). RAWB+ bias is applied to the standard port
antenna switch circuit to bias CR902 and CR903 “ON”. Hence, the following occurs:

1. Shunt diode (CR903) shorts out the receiver port, and the pi network(C915, L908, C916), which

2. Both CR900 and CR901 is biased “OFF”, and the pi network(C911, L906, C912), which operates

In the transmit mode of remote port operation, ANT_EN signal (from MAKO) turns on Q702(bias
Power Amplifier) and Q900(antenna switch circuit) and GP02 signal (from TOMAHAWK) turns on
Q901. RAWB+ bias is applied to the standard and remote port antenna switch circuit to bias CR900,
CR901, CR902 and CR903 “ON”. Hence, the following occurs:

Remote port is not supported in XPR 6100 and the related components ar e not loaded.

a. CR902 and CR903 biased during standard and remote port operation.
b. CR900 and CR901 biased during remote port operation.

a. R904, R905 and R9053 for standard and remote port operation.
b. R902, R903 and R9054 for remote port operation.

a. C915, L908, C916 to determine TX or RX mode.
b. C911, L906, C912 to determine standard port or remote port operation.

operates as a quarter wave transmission line, transforms low impedance of the shunt diode to a
high impedance at the input of the harmonic filter. In the receive mode, the diodes are “OFF” and
hence, there exists a low attenuation path between the antenna and the receiver ports.

as a quarter wave transmission line, transfers the 50ohm impedance of the harmonic filter to
CR902 and hence, forces PA_OUT to take the standard port circuit path.

1. Shunt diode(CR903) shorts out the receiver po rt, and the pi network(C915, L908, C916), which
operates as a quarter wave transmission line, transforms low impedance of the shunt diode to a
high impedance at the input of the harmonic filter. In the receive mode, the diodes are off and
hence, there exists a low attenuation path between the antenna and the receiver ports.

2. Shunt diode(CR901) shorts out the standard port, and the pi network(C911, L906, C912), which
operates as a quarter wave transmission line, transforms the low imp edance of the shunt dio de to
a high impedance at the input of the standard port circuit and hence, forces PA_OUT to take the
remote port circuit path.

1.1.3 Harmonic Filter

The harmonic filter consists of C906, C907, C908, L904 and L905. The design of the harmonic filter
for UHF is a five pole Chebyshev design using lumped LC elements in order to realize gre ater
attenuation in the stop band for a given ripple level. The harmonic filter insertion loss is typically less
than 1.3dB.

Transmitter 6-3

1.1.4 Antenna Matching Network

A matching network which is made up of L911 is used to match the antenna's impedance to the
harmonic filter. This will optimize the performance of the transmitter and receiver into an antenna.

1.1.5 Power Control

The transmitter power control uses discrete integrator approach, the current is sensing both PA
stages namely, Driver Power Amplifier (Q703) and Final Power Amplifier (Q704).

The basic block diagram of the power control is shown in Figure 6-2. A single sensing resistor (R700)
is tied to sense both PA stages current. The power control consists of 2 comparators, U701-1 and
U701-2. U701 is a dual-package op-amp in SOT-8 package. The first stage is an I-V converter
converts current drained by Power Amplifier Driver (Q703) and Power Amplifier Final (Q704) across
R700 into a voltage drop and the second stage is an integrator used to shape the output Vcontrol to
bias both PAs. The slope of the Vcontrol is controlled by the RC time constant of the integrator and
also the ramping slope of reference signal, TX_DAC generated by MAKO IC. The final TX_DAC value
determines the transmit power level and is a factory tuned parameter which is stored inside the
codeplug.

SW 5V

SW 5V

SW 5V

SW 5V

PA

MAKO

MAKO

MAKO

MAKO

Ramp

Ramp

Ramp

Ramp

DAC

DAC

DAC

DAC

10bit

10bit

10bit

10bit
DAC 3

DAC 3

DAC 3

DAC 3

PA
Pre-

TX_DAC

driver

PA

PA
Driver

Driver

B+

B+

B+

B+

Sensing

Sensing

Sensing

Sensing
resistor

resistor

resistor

resistor

Vcontrol

Vcontrol

Integrator

Integrator

Integrator

Integrator

PA Final

PA Final

SW B+

SW B+

SW B+

SW B+

Current to

Current to

Current to

Current to
Voltage

Voltage

Voltage

Voltage

Shaped input

Shaped input

Shaped input

Shaped input

Figure 6-2: Power Control Scheme Basic Block Diagram

6-4 Receiver

p

2.0 Receiver

Antenna

RF Jack

Pin Diode

Antenna

Switch

Varactor

Tuned

Filter

LNA

Varactor

Tuned

Filter

Mixer

Crystal

Filter

IF Am

SSI TO OMAP

16.8MHz
Reference Clock

2.1 Receiver Front-End

The RF signal is received by the antenna and applied to a low-pass filter. For UHF, the filter consists
of C906, C907, C908, L904 and L905. The filtered RF signal is passed through the antenna switch
and then applied to a varactor tuned bandpass filter. The bandpass filter comprises of C400, C401,
C402, C403, C404, C405, L400, L401, R400, R499, D400 and D401. C400 and C405 are 50ohm
points. The bandpa ss filter is tuned by applying a control voltage to the varactor diodes D400 and
D401.

The bandpass filter is electronically tuned by the MAKO DAC. Depending on the carrier frequ ency , th e
MAKO DAC will supply the tuned voltage to the varactor diodes in the filter. Wideband operation of
the filter is achieved by shifting the bandpass filter across the band.

The output of the bandpass filter is passed through a RF step attenuator (D402) to limit the amount
RF power fed into the LNA (U400). After being amplified, the RF signal is further filtered by a second
varactor tuned bandpass filter. This bandpass filter is electronically tuned by the MAKO DAC and
comprises of C419, C420, C421, C422, C423, C424, L408, L409, R405, R4 06, D403 and D404. C419
and C423 are 50 Ohm points.

The output of the second bandp ass filter is passed to a mixer. The mixe r is a passive double balanced
quad diode mixer (D405) comprising of 2 transformers (T400 and T401). The 50 Ohm matching for

Control voltage

from MAKO

ABACUS IC

AGC

SIGNAL

PROCESSING

IF

First LO from

Synthesizer

Second LO VCO

Figure 6-3: UHF Receiver Block Diagram

FGU

Frequency Generation Circuitry 6-5

the mixer is provided by C426 and L410. After mixing with the first LO signal from the voltage control
oscillator (VCO) using low side injection, the RF signal is down converted to the 73.35 MHz IF signal.

The IF signal coming out of the mixer is applied to the cryst al filte r (FL40 0) through a resistor p ad an d
a diplexer (L411 and C427). Matching to the input of the crystal filter is provided by L412 and C428.
The crystal filter provides the necessary adja cent channel selectivity and inter-modulation protection.

The output of the crystal filter (FL400) is matched to the input of the IF amplifier transisto r by C432,
C433, L415 and L416. Voltage supply to the IF amplifier is 5V_RX, taken from RX VCO. The IF
amplifier provides a gain of 25 dB. The IF amplifier output is directly matched at the IF amplifier output
to ABACUS (U600) pin 47 via C601.

2.2 Receiver Back-End

ABACUS (U600) is tuned via software at radio start-up. The IF signal applied to pin 47 of U600 is
down-converted to a second IF of 2.25 MHz. The second IF of 2.25 MHz will then be fed into an ADC,
generating the Is and Qs data. This data is in the form of SSI (Serial Synchrono us Interface) at pin 29
of U600, which will then be sent to the DSP (OMAP1710) for further processing.

The second VCO is a Colpitts oscillator built around transistor Q602. The VCO has a varactor diode,
D600 to adjust the VCO frequency. The second LO frequency could either be 71.1 MHz or 75.6 MHz,
depending on the system requirement. The control signal is derived from a loop filter consisting of
C617, C618, C619, R605 and R606. The RSSI circuitry is achieved via software programming.

3.0 Frequency Generation Circuitry

RX LO

RX LO

TX LO

TX LO

RX

RX

VCO

VCO

TX

TX

VCO

VCO

TX VCO EN

TX VCO EN

RX VCO EN

RX VCO EN

LF

LF

SW

SW

TX VCO EN

TX VCO EN

GPO1

GPO3

GPO1

GPO3

SF

SF

HP

HP
mod

mod

CP

CP

out

out

Tomahawk

Tomahawk

Prescaler in

Prescaler in

Adapt

Adapt

CLK 2 out

CLK 2 out

TEST1

TEST1

AUX

AUX
DAC

DAC

DAC

DAC

Tx SSI

Tx SSI

DMCS

DMCS

To Abacus

To Abacus

16.8 MHz

16.8 MHz
Buffer

Buffer

To Squarer IC

To Squarer IC

Lock Det

Lock Det

16.8 MHz

16.8 MHz
TCXO

TCXO

3 lines

3 lines

3 lines

3 lines

Adapt

Adapt

SW

SW

control

control

To GPS

To GPS

Figure 6-4: Frequency Generating Unit Block Diagram

The Frequency Generating Unit is centered on one main IC, Tomahawk (U001). The main synthesizer
on the Tomahawk functions as a modulation interface to the DSP area via the 3 TX SSI lines. The

6-6 Frequency Generation Circuitry

block diagram illustrates the interconnect and support circuitry used in the Frequency Generating
Unit. Refer to the relevant schematics for the reference designators.

The synthesizer is powered by 2.8V ANA, 2.8V DIG, 1.875V DIG and 5V ANA supplied from the
U3000-1. The synthesizer in turns generates a superfiltered 2.5V which powers up the TX VCO & RX
VCO.

In addition to the VCO, the synthesizer interfaces with the microcontroller. Programming of the
synthesizer is accomplished through the 4 lines; SPI_MISO, THK_CE, SPI_MOSI and SPI_CLK via
pin D10, D8, D9 and D11 respectively. A 1.875 dc signal from the synthesizer lock detect line
indicates to the microprocessor that the synthesizer is locked.

U001 has dual port modulation capability. The microprocessor supplies low port and high port words
to pin F11 of U001. For high port modulation, the audio runs through an internal attenuator for
modulation balancing purpose before it goes ou t to the VCO and loop filter via pin K8. For the low por t
modulation, the audio is fed into the main synthesizer, where it is summed with the main_num
channel frequency word, then supplied to the accumulator of the Fractional-N synthe sizer before
going out to the VCO.

3.1 Synthesizer

U001 uses a 16.8 MHz crystal (Y001) to provide a reference for the system. The synthesizer further
divides this to 8.4MHz for nominal frequencies and 5.6 MHz for alternate frequencies. Together with
R006, R007, R008, C013, C014, C015 and C016, they build up the reference oscillator which is
capable of 1.5ppm (non-GPS) / 0.5ppm (GPS) stability over temperature of -30ºC to 85 ºC. It also
provides 16.8MHz at pin J11 of U001 to be used by ABACUS.

The loop filter which consists of R013, R014, R016, C024, C025, C026 and C027 provides the
necessary dc steering voltage for the VCO and determines the amount of noise and spur passing
through.

In achieving fast locking for the synthesizer, an internal adapt charge pump provides higher current
(~10mA) at pin H1 and an additional 2mA from a current mirror (Q002, R010, R011 and R012). The
required frequency is then locked by normal mode charge pump at pin G3. An external adapt switch
(U002) is used to control the ON/OFF of the adapt mode. Both the normal and adapt charge pumps
get their supply from the 5V ANA supplied by U3000-1.

3.2 VCO - V oltage Controlled Oscillator

The VCO in conjunction with the synthesizer generates RF in both the receive and transmit modes of
operation.

The RX VCO comprises of a Colpitts oscillator built around Q200 , a cascaded buffer, built up of a
buffer IC, U200 cascaded with a discrete buffer built around Q208 and a 3dB resistive pad (R220,
R221 and R222). Vcontrol is supplied to two pairs of back-to- back vara ctors (D20 0, D201, D20 2 and
D203). The LC tank comprises of C203 and L202. The oscillator is supplied with a 2.5V superfiltered
supply from the synthesizer, U001. The cascaded buffer is supplied with a 5V ANA supply from
MAKO, U3000-1. The buffer IC in conjunction with the resistive pad provides sufficient isolation from
the mixer whilst the discrete buffer provides sufficient gain for the first LO signal. The output of the
cascaded buffer is match to the mixer by C216, C217, C241 and L207. The output po wer level of

ST

RX_1
The TX VCO comprises of a Colpitts oscillator built around Q204 and a discrete buffer built around

Q205. Vcontrol is supplied to two pairs of back-to-back varactors (D204, D205, D206 and D207). The
LC tank comprises of C222 and L210. The oscillator is supplied with a 2.5V superfiltered supply from
the synthesizer, U001. The discrete buffer is supplied with a 5V ANA supply from MAKO, U3000-1.
The output of the discrete buffer is match to the mixer by C236, C237 and L215. The output power
level of TX_BUFF is 3dB.

_LO_INJ is 6dB.

Global Positioning System (GPS) Receiver 6-7

4.0 Global Positioning System (GPS) Receiver

The GPS device is an embedded receiver that provides the location of the subscriber in terms of
latitude, longitude, velocity, direction and altitude.

16.8MHz
VCTCXO

3.6V

TPS79228 TPS7 9101 L P3990

2.8V

RF

Section

SiRFStarIII, GSC3FLP

2.8V

Section

OMAP

Digital

1.5V

32.768kHz
XTAL

Dual band antenna

LNA_Supply

LNA_EN

HPF Pr e-SAW LNA Post-S AW

HF

2dB resistive pad

LTC1877

Optional

FGU

Figure 6-5: GPS Receiver Block Diagram

The RF signal is received by the antenna and applied to a high-p ass filter. The filter consists of C924,
C925, C926, L912 and L913. The filtered RF signal is then applied to a SAW filter, FL8001.

The output of the SAW filter is fed into the LNA (U8001). The LNA biasing is controlled by
SIRF_LNA_EN (pin A4 of the GPS IC, U8000). The LNA input match comprises of C8 013, C8014 and
L8001. The LNA output match comprises of L800 3 and C8017. After being amplified, the RF signal is
further filtered by a second SAW filter, FL8002.

The output of the second SAW filter is passed to pin P6 of the GPS IC. The input match for pin P6
comprises of C8018, C8019 and L8004. The control and data lines for the GPS IC are GPS_nRESET ,
GPS_ON_OFF, GPS_TX, GPS_RX and GPS_BOOT. GPS_nWAKEUP line is fed into the
microcontroller to indicate the state (full power or hibernate state) of the GPS IC so that the
microcontroller will never trigger a GPS_ON_OFF when the GPS IC is in full power state.

A dedicated 32.768kHz quartz crystal oscillator (Y8000) is used to provide RTC clock to the RTC
circuit inside the GPS IC. The second input frequency is a 16.8MHz reference, used by the StarIII to
synthesize the internal LO. This reference will be supplied by a VCTCXO (Y001) located in the
synthesizer block, which will be shared by the TOMAHAWK and ABACUS ICs.

The GPS IC is powered by 2.8V_DIG_GPS, 2.8V_RF_GPS and 1.5V_GPS_RTC supplied from 3
discrete external regulators (U3701, U3700 & U3006). The in put of these regulator s is sourced from a
switching regulator (U3020) which regulates the SWB+ to 3.6V.

6-8 Allocation of Schematics and Circuit Boards

5.0 Allocation of Schematics and Circuit Boards

5.1 Controller Circuits

The UHF circuits are contained on the Printed Circuit Board (PCB) which also contains the
Controller circuits. This Chapter shows the schematics for the UHF circuits only , refer to the
Controller section for details of the related Controller circuits. The PCB compon ent layouts in this
Chapter show both the Controller and UHF circuit components. The UHF schematics and the
related PCB and parts list are shown in the tables below.

Table 6-1. UHF1 Diagrams and Parts List

PCB:

8486716Z04 Main Board Top Side
8486716Z04 Main Board Bottom Side
8486716Z07 Main Board Top Side
8486716Z07 Main Board Bottom Side
8486716Z08 Main Board Top Side
8486716Z08 Main Board Bottom Side
8486716Z16 Main Board Top Side
8486716Z16 Main Board Bottom Side

SCHEMATICS
Complete Radio
Complete UHF1 RF
Complete UHF1 Transmitter
UHF1 Transmitter
UHF1 Harmonic Filter and Antenna Switch
Complete UHF1 Receiver
UHF1 Receiver Front End
UHF1 Receiver Back End
Complete UHF1 Frequency Generating Unit
UHF1 Synthesizer
UHF1 Voltage Con trolled Oscillator
UHF1 GPS Block

Parts List
8486716Z04
8486716Z07
8486716Z08
8486716Z16

Page 6-9
Page 6-10
Page 6-11
Page 6-12
Page 6-13
Page 6-14
Page 6-15
Page 6-16

Page 6-21
Page 6-22
Page 6-23
Page 6-24
Page 6-25
Page 6-26
Page 6-27
Page 6-28
Page 6-29
Page 6-30
Page 6-31
Page 6-32

Page 6-33
Page 6-38
Page 6-43
Page 6-48

Circuit Board/Schematic Diagrams and Parts List 6-9

6.0 Circuit Board/Schematic Diagrams and Parts List

VR9023

R9052

VR9017

E9000

VR9022

C9015

C9033

C9021

C9020

C9019

C9022

M9005

M9006

VR9020

M9001

1

1

C9061

C9062

1

M9002

E9001

C9069

C9049 C9050

C9047

J9001

40

L9000

L9001

TP_NEMU0

VR9018

TP_NEMU1

TP_NTRST

TP_RTCK

VR9002

VR9021

C9048

20

TP_TMS

TP_TCK

TP_TDI

TP_TDO

L9008

C9064

L9007

21

C9057

R3800

FL9000

TP_MAKO_TX

R1025

C1008

C1009

R3023

C1017

C1031

C1011

C3063

5

3

4

U3004

R1048

R1013

R1054

R1022

C1012

R1023

2

34

C1018

A8 G8

C9066

C9060

C9059

C3800

C9058

C9055

C9053

C9051

TP_MAKO_RX

TP_MAKO_FSYNC

R1018

R1019

R1014

AA1

R1041

Y1000

R1046

R1002

U2000

C9063

TP_MAKO_DCLK

R1005R1006

R2013

G1A1

J9A9

R2009

R3010

R1000

C1001

C1000

C1019

R2005

R2008

R1015

R1016

C1016

C1010

U1000

C1004 C1005

R1020

R1036

R2000

R2012

R2004

C2001

C2000

C2002

C2003

TP_GPS_TX

U2001

C2006

C1014

R1062

R2007

C2007

R1021

R1068

R1070

R2006

R1028

R2011

C1013

C1044

R1060

R1045

R1067

R1065

R1063

C1029

C1028

TP_GPS_RX

R1052

U1005

J1A1

C2005

R1026

R1027

C1033

C1015

A21AA21

R1051

C2004

R1069

3

4

U1006

C1007

C1006

C1002C1003

R1047

R1034 R1035

C1030

C1032

R1061

R3888

TX_RAMP

R1053

R1055

R1001

R1017

L200

L201

D201

D203

R2010

6

R1072

C222

C226

R211

C200

R3032R3033 R3034R3035

L210

L213

C209

R025

C221

C220

C243

C223

D202

D200

C031

R022

C205

C208

L203

E002

C033

R020

R017

R018

C225

Q200

C032

C038

C037

D204

D206

C224

L002

C028

Q003

L211

R612

R425

C722

C733

C612

L603

R697

C434

R411

C737

C611

C638

C433

L706

R699

Q704

C736

C606

L602

3

L707

C613

C614

L416

1

C610

C626

5

4

6

R603

C609

C798

C735

C734

FL400

R601

Q602

L415

C732

R406

L908

C424

C421

E400

E401

C448

C447

L420

L401

L906

C912

CR902

C914

R405

L400

C916

C911

L408

D403

R404

C412

C417

C416

L402

C400

CR903

C418

C403

C917

C420

D402

D400

C910

R400

R499

C419

C411

10

12

C409

L404

C405

D401

C909

C415

U400

C401

C404

C908

CR901

79

3

L403

C407

C402

C907

L407

R403

L406

L905

M9000

6

4

C413

L904

C414

L405

R416

C439

C410

R402

C408

TP401

TP402

TP400

C906

TP_SIPI_DO

L409

D404

C422 C423

L419

3

2

C425 C428

C432

C918

C915

C913

L907

C9000 C9001

R9000 R9001

1

P9000

8

C9006

R9006

R9007

C9007

C9011

R9005

C9002

C9003

R9002

R9003

TP_RAWB+

R8037

R8036

R8035

R8034

R8011

R8010

R8012

16

9

C9010

C9005

R8029

R8027

R8028

R8026

R8033

R8031

C9009

R9004

F9000

C9008

C9004

1

C9012

C9013

M9003

TP_GND

C9014

VR9015

E9007

C9068

1

E9006

C9067

VR9016

M9004

3

R9013

D9000

R9012

2

4

2

3

4

S9000

5

R907

L604

C619

TP601

C618

R606

R011

R016

D001

L209

C228

L205

L202

C026

D207

D205

Q002

L208

R203

C203

C036

C025

R012

TP200

R010

R014

C728

C723

C725

C716

C714

SH9001

TP403

C715

U700

C437

C730

R497

C445

C444

R420

C438

R410

C740

C727

L702

C717

R600

L418

R421

R412

C724

Q703

R725

L003

C009

U002

5

4

3

R027

C024

R013

C027

R019

C227

Q204

C219

C207

C206

C204

C201

C202

Q601

C615

C446

C442

C441

R413

R409

C726

L701

R605

R604

C616

Q600

R417

R419

R422 R424

C440

C436

C435

R722

R721

R727

R726

R718

C718

R719

C719

R717

C617

Q401

L417

R723

C729

C739

C799

R602

Q400

L703

C720

D600

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z04

6-10 Circuit Board/Schematic Diagrams and Parts List

M1

S9001

S9002

C9024

R9016

R9017

C9030

7

8

C9023

VR9005

6

7

VR9006

C9025

P900

7

VR9007

C9027

C9028

4

5

5

4

3

C9031

VR9008

6

R9014

R906

1

2

C9026

6

2

Q9001

R9015

C9029

C9045

R3036

R3073

R3072

R3088

4

3

R3040

C9046

C9043

C9042

C9041

C9065

TP_POR

TP_ONE_WIRE_1

VR9003

TP_VBUS1

E3701

E3702

U3701

C3705

R3703

TP_EXT_MIC

TP_USB1_DM

C9044

C3701

C3702

C3704

C9040

R3055

C9016

VR9001

4

5

R3702

TP_USB1_DP

R3075

D3000

C9017C9018

VR9004

R9019

VR9000

R3700

3

U3700

E3700

C3700

C3703

C3707

C3706

R3701

E3703

TP_EXT_SPKR+

TP_EXT_MIC+

TP_EXT_SPKR

C3051

C3999

R3025

C005

C239

R209

R3006

R205

L212

C233

R215

R3053

E003

C017

C022 C035

C006

R207

C3093

R3098

R3004

R223

R210

C3062

R3054

R3008

R3030

C3081

Q206

Q207

R3060

U3007

C3039

C3090

6

U3002

1

Q203

R3050

58

Q3003

R3007

R3005

R3009

Q3000

C3091

C229

C3010

C3031

4

4

4

3

C230

R9011

Q900

C9039

C8022

A10

P10

C8006

C9032

C8023

C8021

R8003

C8029

C8036

R8023

VR9010

R903

R902

R904

R905

Y8000

C927

L903

C900

C8035

C8034

C905

L909

L902

C8005

R407

C429

E8002

R9051

Q9003

R9009

C9038

VR9009

R9018

2

3

4

5

C922

3

C923

L911

Q9000

Q901

R9010

R9054

R9053

R9050

R9008

C924

C926

FL8001

R8020

U8001

L8002

R8004

L8003

L912

4

5

C8014

C8030

3

2

C8015

C925

L913

E8006

3

4

C8017

FL8000

C8013

L8001

C8016

2

5

C8001

C8032

C8031

C8033

A1

R8025

R8032

R8002

TP_CLK_ACQ

C8002

C8004

C8020

R8017

R8015

R8016

M9007

P1

R8030

C8000

R8024

L8004

C8018

3

2

TP_SCLK

E8000

U8000

TP_IF

C8019

L411

3

L412

4

6

C920

CR900

C427

L413

C8003

D405

C430

C903

L910

E8003

T400

T401

L414

C904

E8005

L410

C426

C921

6

4

3

E8001

E8004

C431

R732

R731

Q701

C620C621

C623 C624C625C627C628C629

C639

C601

C632

C634

R607

C630

C633

R700

L600

C700

E600

R696

1

13

R609

C635

R705

C622

C704

L605

R712

C602

D601

R703

C703

R704

R701

C603

R698

R702

L601

E701

C604

U600

U702

C605

R611

M700

C631

R610

R714

C710

R706

C607

E602

C636

U701

37

25

C637

R713

R711

C608

C705

E601

TP600

C712

C706

C709

C007

C003

R709

C708

C001

C711

R710

R708

SH9000

C020

R720

C721

R707

R733

Q702

C002

E001

L700

C731

C014

C039

R008

C015

R026

TP006

C210

C211

C212

C738

R007

TP004

C004

TP003

U001

U200

L218

R222

R221

TP201

C237

L215

R728

C013

E004

C019

R200

R224

TP002

R220

C236

C008

L204

C214

R216

C018

L217

C241

L207

R214

R730

R006

R201

R202

C213

C235

R729

R054

2

C217

R052

R218

Q208

R208

C234

Q205

Q202

C238

C216

Y001

L11A11

C240

C231

R212

L1

R053

43

R217

C215

C232

C016

L206

R213

L214

R3024

C3014

C3019

C3024

C3067

C3028

R3051

4

C3101

23

23

R3017

R3704

E3705

R3011

C3074

R3020

R3021

C3038

C3037

Q3010

Q3005

Q3006

R3018

C3084

L3003

C3208

C3206

R3013

P1

P14

C3083

C3079

23

U3006

R3037

C3047

4

R3014

C3048

R3016

R3028

C3045

C3049

C3082

R3100

L3004

C3805

L3022

E3704

C3102

Q3002

C3018

C3200

R3038

C3080

R3029

C3201

C3207

R3012

C3050

U3000

R3101

C3016

C3212

C3035

C3036

C3015

U3020

R3031

U3021

R3026

C3205

C3011

C3095

4

E3032

C3094

23

U3008

R3027

Q3001

R3203

E3033

C3099

R3103

C3017

C3025

R3041

R3201

E3030

C3100

R3200

C3097

A1

A14

L3020

C3204

L3021

R3202

E3031

C3098

R3102

C3026

4

C3203

C3211

C3003

C3034

C3000

C3005

C3001

R3070

U3003

R3071

U3009

C3210

C3002

C3

A3

2

R3043

85

Y3000

C1

C3061

Y3001

C3060

C3202

C3209

C3004

C3070

R3074

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z04

M2

Circuit Board/Schematic Diagrams and Parts List 6-11

E9000

VR9023

R9052

VR9017

VR9022

C9015

C9033

C9021

C9020

C9019

VR9020

M9001

C9022

M9005

C9061

M9006

M9002

E9001

1

1

C9062

1

C9049

40

C9069

L9001

VR9018

TP_TDI

TP_NEMU1

TP_NTRST

TP_TDO

TP_RTCK

VR9002

VR9021

C9050

C9048

C9047

J9001

TP_TMS

L9000

TP_NEMU0

20

TP_TCK

L9008

C9064

L9007

21

C9057

R3800

C3800

FL9000

TP_MAKO_TX

R1025

C1008
C1009

R3023

C1017

C1031

R1018

C1011
C3063

5

U3004

3

4

R1048

R1013

R1054

R1022

R1023

C1012

2

34

C1018

C9063

C9066

C9060

C9059

C9058
C9055
C9053
C9051

TP_MAKO_FSYNC

R1019

R1014

AA1

R1041

Y1000

R1002

R1046

A8 G8

U2000

R2008

R2009

R2013

J9A9

TP_MAKO_DCLK

R1015

R3010

C1016

R1000

C1010

TP_MAKO_RX

U1000

C1001

G1A1

C1004

C1000

C1019

R1036

TP_GPS_TX

R1005R1006

R2005

R1016

C1014

R1020

R2000
R2012
R2004
C2001
C2000
C2002

C2003

R2007

U2001

C2006

C2007

R1021

C1005

R1068

R1062

R1070

TP_GPS_RX

R2006

R2011

C1013

C1044
R1060

R1045

R1065

R1063

U1005

J1

C1015

R1052

R1067

C1029

C1028

C2005
C2004

R1026

U1006

A1

R1027

R1028

C1033
C1007

A21

AA21

R1017

R1051

R1069

C1032

3
4

R1061

C1002

R1047

TX_RAMP

C1003 C1006

R1035

R1053

R1034

C1030

R211

D201

D203

R2010

6

R1072

R3888

R3032

R1055

R1001

C222

C226

C200

L200

L201

R3034

R3035

R3033

L210

L213

C209

R025

C031

R017
R018

C038

C221
C220
C243

C223

C208

L203

D202

D200

E002

C033

R020

R022

C037

C225

Q200

C205

C032

L002

C028

D204
D206

C224

Q204

Q003

5

U002

L211

L003

C009

C027

C206

C207

C204

C201
C202

4
3

C024

R016

R019

L209

C227

C219

L205

L202

Q002

R027

R013

C026

D001
D207
D205

C228

R011

C025

L208

R203

C203

C036

R012

R010

R014

C723

C725

C716

U700

C714

TP200

C728

C730
C724

C715

R497

C444

TP403

C438

C437

C740

L702

C717

C618

R606

C616

C615

C445

L418

R421

R420

C726

C727

R725

C619

Q601

R600

C446

C441

R412

R410

Q703

L701

R417

C442

R413

R409

R727

L604

TP601

D600

C617

R605

R604

Q600

Q401

R419

R422 R424

C440

L417

C436

Q400

C435

R722
R721

C729

R723

R726

R718

C739

C718

R719

C720

C719

C799

R717

R425

L703

C722

C733

C612

R612
R602

L603

R697

C611
C638

C433

C737

C606

R699

C434

R411

Q704

L706

C736

L707

C613

C610

C614

L602

L416

3

1

C609

C626

4

5

6

R603

FL400

C798

C735

C734

R601

Q602

L415

C732

L908

L907

C424

R406

C421

E400

C447

E401

C448

R405

L420

L401

L400

CR903

C916
C911

L906

C912

C914

L408

D403

C418
R404
C412
C417
C416

C400

L402

C420

C403

D400

C917

CR901

C910

D402

D401
R400

R499

C419

C411

10
12

L404

C405

C909

U400

C409

C404

C401

C908

L407

C415

79

3

L403

C408
C407

C402

C907

C413

R403

R416

6
4

L406

L905

L904

M9000

C414

L405

C439
C410

R402

TP401

TP402

TP400

SH9001

C906

TP_SIPI_DO

L409

C423

D404

C422

L419

3

2

C425 C428

C432

C918

C915
C913

CR902

C9006

R9006

C9003

R9003

TP_RAWB+

R8037

R8036
R8035
R8034
R8012
R8011

R8010

C9000

R9007

R9002

C9001R9000

1

8

C9007

C9002

16

P9000

C9011

R9005

C9005

R9001

9

C9009

C9010

R9004

R8029
R8027
R8028
R8026
R8033
R8031

1

C9008

C9004

F9000

C9012

C9013

TP_GND

M9003

C9014

VR9015

E9007

C9068

E9006

1

VR9016

C9067

M9004

3

R9013

D9000

R9012

2

R907

3

5

4

2

4

S9000

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z07/

6-12 Circuit Board/Schematic Diagrams and Parts List

S9001

S9002

C9030

C9024

R9016
R9017

C9023

6

7

VR9006

7

8

VR9005

C9025

P900

7

5

4

VR9007

C9027

C9028

R9014

4

5

3

C9031

VR9008

6

1

2

C9026

R906

6

2

Q9001

R9015

R9018
C9029

3

3

C9045

R3036

R3072

4

3

R3040

C9046

C9044

C9042

C9041

C9065

IRE_1

VR9003

TP_ONE_W

TP_VBUS1

SH9000

E3701

E3700
E3702

U3701

C3705

TP_EXT_MIC

TP_USB1_DM

C9043

R3055

C9040

C9016

VR9001

TP_POR

C3701

U3700

5

C3702

C3704
R3702

R3703

TP_EXT_SPKR+

TP_EXT_MIC+

TP_USB1_DP

R3075

D3000

C9017

C9018

VR9004

R9019

VR9000

R3700

34

C3700

C3703
C3707

C3706

E3703

R3701

TP_EXT_SPKR

R9011

R9051

C923

L911

R9010

Q9000

Q901

R9050

R9008

R9054

R9053

C924

C926

4
5

FL8001

R8020

C8015

U8001

L8002
R8004

L8003

L912

3
2

C8014

C8030

C8013

L8001

E8006

3

4

C8017

FL8000

C925

L913

C8016

2
5

R8025

R8002

C8002

M9007

C8001

C8032

C8031

R8024

C8033

A1

R8032

TP_CLK_ACQ

C8004

P1

C8020

R8017

C8018

R8015

R8016

3

2

R8030

C8000

TP_SCLK

E8000

U8000

L8004

C8019

TP_IF

Q9003

R9009

C9038

VR9009

2

4

5

C922

C9039

C9032

C8022

A10

P10

C8006

C8023

C8021

R8003

C8029

C8036

R8023

C927

Q900

R903
R902
R904
R905

Y8000

VR9010

L903

C8035

C8034

C905

C900

L909

L902

C8005

R407

C429

CR900

E8002

L411

3

L412

4

6

C920

C427

L413

C903

L910

C8003

D405

T401

L414

C430

E8005

T400

C904

E8003

L410

6

4

3

C921

E8001

E8004

C426

C431

R732

R731

Q701

C620

C624C625

C628

C629

C634

C639

C601

C621C623

C627

R607
C630
C633
C632

R700

L600

C700

E600

C622

R696

1

13

C635

R609

R705

C704

C602

L605

D601

L601

C603

R698

R703

C703

R704

R701

R702

C604

U600

R712

E701

C605

R610

U702

M700

R714

C631

TP600

C636

R713

C710

R706

C607

E602

R611

U701

37

25

C637

C705

E601

C608

C712

R711

C706

R709

C003

C708

C709

C001

C007

R720

C721

C711

R710

R708

A11

C020

R733

Q702

C002

R707

E001

L700

C731

C014

C039

R008

C015

E004

R026

TP006

C210
C211

C212

C013

R007

C004

TP003

U001

C019

R200

U200

L218

R222

R221

R224

TP201

C237

L215
C738
R728

TP004

TP002

L204

C214

R216

R220

C236

R006

C008

C018

R201

C213

L217

C241

L207

R214

C235

R730

2

R054

R218

Q208

C217

C234

R729

R052

Q202

R202

C216

R208

C231

Q205

Y001

L11

L1

C240

43

R053

C005

R205
C238
R217

C215

R213

C232

C016

C239

L206

R207

R209

R215

L214

E003

C017

C035

C022

C006

L212

R210
C233

R212

C3093

R3053

R3098

R3006
R3004
R3008

R223

Q206

C3051

R3050

C3062

R3054

U3007

C3039

R3030

C3081

6

1

Q203

Q207

C3999M1R3011

R3060

C3010

C3031

58

4

Q3003

R3007
R3005
R3009

C3090

U3002

C3091

C229

C230

R3025

4

4

3

R3024

C3014
C3019
C3024
C3067
C3028

R3020
R3021
C3038

C3037

R3051

4

Q3000

23

R3017R3018

C3101

C3074

23

Q3010

Q3005

Q3006

C3084

L3003

R3704

E3705

R3013

C3047

P1

P14

C3079

C3083

23

C3208
C3206

U3006

R3037

C3048

R3016

4

E3704

C3102

R3014

C3200

C3045

C3049

Q3002

C3082

C3016

R3028

R3100

C3018

L3004

C3805

R3038

L3022

C3080

U3000

R3029

C3201

C3207

C3035
C3036

C3011

R3012

C3050

R3101

C3015

R3031

C3212

R3026

4

U3020

C3205

U3021

E3032

C3095

C3094

23

U3008

E3033

R3027

R3103

Q3001

R3203

E3030

C3099

R3102

C3017

C3025

R3041

R3200

R3201

R3202

C3100

A1

A14

L3020

C3204

L3021

C3211

E3031

C3097

C3098

C3026

4

C3203

C3210

C3003

C3034

C3005

C3000

C3001
C3070

R3070

C3

U3003

A3

R3071

C3061

2

85

U3009

C3002

Y3000

C1

R3074

Y3001

R3043

C3202

C3209

C3004

R3073

R3088

C3060

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z07/

M2

Circuit Board/Schematic Diagrams and Parts List 6-13

E9000

VR9023

R9052

VR9017

VR9022

C9015

C9033

C9021

C9020

C9019

VR9020

M9001

C9022

M9005

C9061

M9006

M9002

E9001

1

1

C9062

1

C9049

C9069

R9020

C9072

VR9018

VR9021

C9048

40

L9001

C9071

TP_TDO

VR9002

C9050

20

C9047

J9001

TP_TMS

L9000

TP_TCK

TP_NEMU0

TP_TDI
TP_NEMU1

TP_NTRST

TP_RTCK

L9008

C9064

L9007

R1025

R3023

C1017

C1031
C1011

C3063

U3004

R1048

R1054

C1012

C1018

21

FL9000

3

2

C9063

C9066

C9060
C9057
R3800
C3800

TP_MAKO_TX

C1008
C1009

5
4

R1013

R1022

R1023

34

C9059

C9058
C9055
C9053
C9051

TP_MAKO_FSYNC

R1018

R1019

R1014

AA1

R1006

R1041

Y1000

R1002

R1046

A8 G8

U2000

R2009

R2013

J9

A9

TP_MAKO_DCLK

R3010

TP_MAKO_RX

C1016

R1000

R1005

C1001

C1000

C1019

G1A1

R2005

R2008

U2001

R1015

R1016

C2006

C1010

C1014

U1000

C1004

C1005

R1020

R1036
R2000
R2012
R2004

R1062

C2001
C2000
C2002

C2003

TP_GPS_TX

R2007

C2007

R1021

R1068

R1065

R1070

R2006

J1A1

C2005

C2004

R1026

R1027

R2011

R1028

C1033

C1007

C1013

C1015

A21

AA21

C1044

R1060
R1045

R1051

R1052

R1067

R1063
C1029

C1028

U1005
TP_GPS_RX

3
4

U1006

R1061

C1006

C1002

TX_RAMP

C1003

R1035

R1034

C1030

R1017

R1069

C1032

R3888

R1047

R1053

R1055

R1001

C222

R211

L200

L201

D201

D203

R2010

6

R1072

R3034

R3035

R3032

R3033

C226

L213

C200

C220

L210

C209

R025

C031

C033

R022

R017
R018

C038

C221

C243

C223

L203

D202

D200

E002

R020

C037

C225

Q200

C208

C032

L002

C028

D204
D206

C224

C205

Q003

U002

5

L211

Q204

L003

C009

C027

C227

C206

C207

C204

C201
C202

4
3

C024

R016

D001

R019

L209
C228

C219

L205

R011

R027

C026

D207

D205

L202

Q002

R013

L208

R203

C203

R012

C036

C025

R010

C723

C725

C716

C714

R014

TP200

C728

C730
C724

C715

U700

C618

R606

R497

C444

TP403

C437

C726

C740

C727

L702

C717

R600

C615

C445

L418

R421

R420

C441

C438

R410

Q703

R725

C619

Q601

R417

C446

C442

R413

R412

R409

L701

R605

C616

R419

R422

R727

TP601

R604

Q600

C440

C436

C435

R722
R721

R726

R718

C718

R717

C617

Q401

L417

R723

R719

C719

L604

D600

R424

Q400

C729

C739

C720

C799

R612
R602

R425

L703

C722

C733

C611

C638

C612

L603

R697

C433

C737

C606

R699

L706

3

C434

L416

R411

3

Q704

C736

L707

C613

C610

C614

L602

C626

2

4

1

R603

C609

C798

FL400

C735

C734

R601

Q602

1

5

L415

C732

R9000

R9006

R9003

TP_RAWB+

D404

L907

C424

C421

C447

C448

L908

CR902

R406

E400

E401

L420

L906

C912

C914

R405

L401

L400

C916

C911

L408

C418
R404
C412
C417
C416

L402

C400

CR903

C420

D403

D401

C403

D400

C917

C910

D402

R400

R499

C419

C411

10
12

C409

L404

C405

C909

C415

79

U400

3

C404

C402

C401

C908

C907

CR901

L407

6

4

L406

C408

L403
C407

L905

M9000

C413

R403

R416

SH9001

L904

C414

L405

C439
C410

R402

TP401

TP402

TP400

C906

TP_SIPI_DO

L409

C423

C422

L419

C428

6

C425

C432

C918

C915
C913

C9000

C9006

C9003

R8037

R8036
R8035
R8034
R8012
R8011

R8010

1

8

C9007

R9007

C9002

R9002

C9001

P9000

C9011

R9005

R9001

16

9

C9010

C9005

R8029
R8027
R8028
R8026
R8033
R8031

C9008

C9009

R9004

C9004

F9000

1

C9012

C9013

TP_GND

M9003

C9014

E9006

VR9015

C9068

1

E9007

C9067

M9004

VR9016

3

R9013

D9000

R9012

2

R907

3

5

4

2

4

S9000

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z08

6-14 Circuit Board/Schematic Diagrams and Parts List

M1

S9001

S9002

C9030

C9024

R9016
R9017

6

7

VR9006

7

8

C9023

VR9005

C9025

P900

7

5

4

VR9007

C9027

C9028

R9014

4

5

3

C9031

VR9008

6

C9026

1

2

R906

6

2

Q9001

R9015

R9018
C9029

3

R9011

R9051

C923

L911

R9010

Q9000

Q901

R9050

R9008

R9054
R9053

C8015

L8002

R8004

C924

C926

4

5

FL8001

R8020

U8001

L8003

L912

3
2

C8014

E8006

C8030

3

4

C8017

FL8000

C925

L913

C8013

L8001

C8016

2
5

M9007

C8001

C8032

C8031

A1

C8033

R8025

R8032

R8002

TP_CLK_ACQ

C8002

C8004

P1

C8020

R8017

C8018

R8015

R8016

3

2

R8030

C8000

R8024

TP_SCLK

E8000

U8000

TP_IF

C8019

L8004

Q9003

R9009

C9038

VR9009

2
3
4

5

C922

C9039

C9032

C8022

A10

P10

C8006

C8023

C8021

R8003

C8029

C8036

R8023

C927

Q900

R903
R902

R904
R905

Y8000

VR9010

L903

C8035

C8034

C905

C900

L909

C8005

R407

C429

L902

E8002

L411

3

L412

4

6

C920

C427

D405

L413

C903

L910

CR900

C8003

T400

T401

L414

C430

C904

E8005

L410

E8003

C921

E8004

C426

6

4

3

C431

E8001

R732

R731

Q701

C620

C628C629

C634

C639

C601

C621

C623 C624

C625C627

R607
C630
C633
C632

L600

C700

R700

E600

C622

1

13

C635

R609

R705

R696

L605

C602

D601

R703

R704

R701

C704

L601

C603

R698

R712

E701

C703

C604

U600

U702

R702

C605

C636

M700

R714

R706

C607

E602

C631

TP600

R610 R611

R713

U701

C710

37

25

C705

C637

E601

C608

C712

C706
R709

R711

C007

C003

C708

C709

C001

R720

C721

C711

R710

Q702

R708

C020

R707

R733

C002

C731

C014

C039

E001

L700

R008

C015

R026

TP006

C210
C211
C212

U200

TP201

C738
R728

C013

R007

TP004

C004

TP003

U001

L218

R221

C237

L215

E004

C019

R200

R222

R224

TP002

C214

R220

C236

R006

C008

C018

L204

L217

R216

L207

R201

C213

C241

R214

C235

R730

2

R054

C217

C234

R202

R218

Q208

R208

Q205

R729

Y001

R052

L11A11

L1

Q202

C240

C216

C231

R053

R205
C238

R217

C215

C232

R213

43

C005

L206

R212

R215
L214

C016

C017

C022

C239

R207

L212

R209

E003

C035

C006

R210

C233

C3051

C3093

R3053

R3098

R3006
R3004
R3008

R223

R3060

R3050

C3062

R3054

U3007

C3039

R3030

C3081

6

U3002

1

Q203

Q206

Q207

C3999

C3010

58

Q3003

R3007
R3005
R3009

C3090

C3091

C229

R3025

C3031

4

4

3

C230

R3024

C3014
C3019
C3024
C3067
C3028

R3020
R3021
C3038

R3051

C3037

4

Q3000

4

C3101

R3011

23

23

R3018

Q3006

R3704

E3705

R3013

C3074

P1

P14

Q3010

C3079

R3017

23

Q3005

C3084

C3208
C3206

U3006

R3037

C3047

C3083

4

L3003

R3014

C3048

R3016

L3004

L3022

E3704

C3102

C3045

C3049

C3082

C3016

R3100

C3018

C3805

C3080

Q3002

R3028

C3200

R3038

C3207

R3012

U3000

R3029

C3201

C3035
C3036

C3011

C3050

R3101

C3015

U3020

R3031

U3021

C3212

R3026

4

C3205

C3095

C3094

23

U3008

E3032

R3027

Q3001

R3203

E3033

C3099

R3103

R3102

C3017

C3025

R3041

R3201

R3202

E3030

C3100

A1

A14

L3020

R3200

L3021

C3211

E3031

C3097

C3026

4

C3204

C3210

C3003

C3098

R3070

U3003

R3071

C3061

U3009

C3203

C3034

C3000

C3005

C3001

C3070

C3
A3

2

R3043

8

5

C3002

Y3000

C1

R3072

R3074

Y3001

C3060

C3202

C3209

C3004

R3036

R3073

R3088

4

3

R3040

C9044

C9042
C9041

C9065

TP_POR

TP_ONE_WIRE_1

TP_VBUS1

SH9000

E3701

TP_GPIO0

U3701

TP_EXT_MIC

TP_USB1_DM

C9045
C9046

C9043

R3055

C9040

C9016

VR9001

VR9003

C3701

C3702

5

E3700

E3702

C3704
R3702

C3705

R3703

TP_EXT_MIC+

TP_EXT_SPKR+

TP_USB1_DP

R3075

D3000

C9017

C9018

VR9004

R9019

VR9000

R3700

34

U3700

C3700

C3703

C3707

C3706

E3703

R3701

TP_EXT_SPKR

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z08

M2

Circuit Board/Schematic Diagrams and Parts List 6-15

E9000

VR9023

R9052

VR9017

VR9022

C9015

C9033

C9021

C9020

C9019

VR9020

M9001

C9022

M9005

C9061

M9006

M9002

C9049 C9050

E9001

1

C9069

1

VR9018

C9062

TP_NEMU1

TP_NTRST

1

C9048

C9047

J9001

40

L9000

L9001

TP_NEMU0

TP_TDI

TP_TDO

TP_RTCK

VR9002

VR9021

20

TP_TMS

TP_TCK

L9008

C9064

L9007

21

FL9000

TP_MAKO_TX

R1025

R3023

C1017

C1031

C1011

C3063

3

R1048

R1054

C1012

2

C1018

C9063

C9066

C9060

C9057
R3800

C3800

C1008

C1009

R1019

5

4

R1013
R1022

R1023

34

C9059

C9058
C9055
C9053
C9051

TP_MAKO_FSYNC

R1018

U3004

R1014

Y1000

R1002

A8 G8

AA1

R1041

U2000

TP_

MAKO_

R1046

R2008

R2009

R2013

J9A9

TP_MAKO_DCLK

R1015

R1016

R3010

RX

R1000

C1016

U1000

R1005R1006

C1019

G1A1

C1001

C1000

C1004

R1036

R2000

R2012

R2004

C2001

C2000

C2002

C2003

TP_GPS_TX

R2005

C2006

C1010

R1020

R2007

U2001

R2011

C2007

R1021

C1014

C1005

R1068

R1062

R1070

TP_GPS_RX

R2006

C1044

R1060

R1045

R1067

R1065

R1063

C1029

J1A1

R1028

C1013

R1052

C1028

C3500

R3500

R3056

C2005

C2004

R1026

R1027

C1033

C1007

C1015

A21

AA21

R1017

R1051

R1069

U1005

C1032

3
4

R1061

C1006

C1002

TX_
RAMP

C1003

R1035

R1034

C1030

6

R1072

R3888

R1047

R1053

R1055

R1001

C222

C200

L200

L201

D201

D203

R3501

R2010

U1006

R3034

R3035

R3032

R3033

R211

C226

L213

C221

C220

L210

C209

R025

C031

C033

R022

R017
R018
C038

C243

C223

C225

L203

D202

D200

E002

R020

C037

Q200

C205

C208

C032

L002

C028

D204

D206

C224

Q204

Q003

U002

5

L211

L003

C009

C027

C207

C206

C204

C201
C202

4
3

C024

R016

R019

L209

C227

C219

L205

R027

C026

D001

D207

D205

C228

L202

Q002

R011

R013

R203

C203

C025

L208

C036

R012

R010

R014

TP200

C728

C723

C725

C716

U700

C714

TP403

C715

R497

C444

R420

C438

C437

C740

C730

C724

L702

C717

C618

R606

C616

C615

C445

L418

C726
C727

R725

C619

Q601

R600

C446

R421

C441

R412

R410

Q703

R417

C442

R413

R409

R727

L701

L604

TP601

D600

C617

R605

R604

Q600

Q401

R419

R422 R424

C440

L417

C436

Q400

C435

R722

R721

C729

R726

R723

R718

C739

C718

R719

C720

C719

R717

C799

C612

R612

R602

R697

R425

L703

C722

C733

C611

C638

L603

C433

L706

C737

C606

R699

3

C434

R411

Q704

C736

L707

C613

C610

L602

2

4

L416

3

1

C609

C614

C626

R603

FL400

C798

C735

C734

R601

Q602

1

5

L415

C732

C9000

1

8

R9007

C9006

C9007

C9003

R9002

R9003

TP_RAWB+

R8012

C9001

P9000

C9011

R9005

C9002

R9001

16

9

C9009

C9010

C9005

R8029

R8027

R8028

R8026

R8033

R8031

C9008

R9004

C9004

F9000

1

C9012

C9013

M9003

C9014

TP_GND

VR9015

E9007

C9068

E9006

1

VR9016

C9067

M9004

R9022
R9013

3

R9012
R9021

D9000

2

R907

3

5

4

2

4

S9000

D404

L908

L907

C424

R406

C421

E400

C447

E401

C448

CR902

R405

L420

L401

C911

L906

C912

C914

L408

C418
R404
C412
C417
C416

L400

CR903

C916

D403

L402

C400

C420

D402

C403

C917

C910

C419

C411

10

12

C409

D401

R400

R499

L404

C405

C401

C909

C415

79

U400

3

L403

C404

C402

D400

C908

C907

CR901

L407

6

4

L406

C408

C407

L905

M9000

C413

R403

R416

L904

C414

L405

C439
C410

R402

TP401

TP402

TP400

SH9001

C906

TP_SIPI_DO

L409

C423

C422

L419

C428

6

C425

C432

C918

C915

C913

R9000

R9006

R8037

R8036

R8035

R8034

R8011

R8010

UHF1 (403–470 MHz) Main Board Top Side PCB No. 8486716Z16

6-16 Circuit Board/Schematic Diagrams and Parts List

M1

C3004

R3036

R3073

R3072

R3088

4

3

R3040

SH9000

C9045
C9046

C9044

C9043
C9042

R3055

C9040

C9041

C9016

C9065

TP_POR

TP_ONE_WIRE_1

VR9003

TP_VBUS1

C3701

E3700

E3701

C3702

E3702

U3701

C3704

R3702

C3705

R3703

TP_EXT_MIC

TP_EXT_MIC+

TP_USB1_DM

R3075

D3000

VR9001

VR9004

VR9000

R3700

34

U3700

5

C3703

C3707

C3706

E3703

TP_EXT_SPKR+

TP_USB1_DP

TP_EXT_SPKR

C9017C9018

R9019

C3700

R3701

C9074

C9073

S9002

S9001

C9030

C9024

R9016

R9017

6

7

VR9006

7

8

C9023

VR9005

C9025

P900

7

VR9007

C9027

4

5

5

4

C9031

VR9008

C9028

6

R9014

C9026

1

2

R906

6

23

Q9001

R9015

R9018

C9029

R9011

C923

L911

Q9000

Q901

R9050

R9010

R9054

R9053

L8002

R9051

R9008

C924

C926

FL8001

R8020

C8015

U8001

R8004

L8003

4

5

C8014

L912

3
2

C8017

E8006

C8030

3
4

FL8000

C925

L913

C8013

L8001

C8016

2
5

M9007

C8001

C8032

C8031

A1

C8033

R8025

R8032

R8002

TP_CLK_ACQ

C8002

C8004

P1

C8020

R8017

C8018

R8015

R8016

2

R8030

C8000

R8024

3

TP_SCLK

L8004

Q9003

R9009

C9038

VR9009

2

3

4

5

C922

3

U8000

E8000

TP_IF

C8019

C9039

C9032

C8022

A10

C8021

C8029

R8023

P10

C8006

C927

C8023

R8003

C8036

Y8000

Q900

R903

R902

R904

R905

C8034

VR9010

L903

C900

C8035

C905

C8005

R407

C429

L909

L902

E8002

3

L412

4

6

C920

L411

CR900

C427

L413

C903

L910

C8003

D405

T401

L414

C430

C904

E8005

L410

T400

E8003

C921

E8004

C426

6

4

3

C431

E8001

R732

R731

Q701

C620

C624

C625

C628

C629

C634

C639

C601

C621

C623

C627

R607
C630
C633
C632

R700

L600

C700

E600

1

13

R705

C622

R696

C635

R609

C704

L605

C602

D601

R703

C703

R704

R701

R702

L601

C603

R698

R712

U600

U702

E701

C604

M700

R714

C605

C631

R611

R713

C710

R706

C607

E602

C636

R610

U701

37

25

C705

C637

E601

C608

R711

TP600

C007

C003

C712

C706

R709

C708

C709

C001

R720

C721

C711

R710

Q702

R708

C020

R707

R733

C002

C731

C014

E001

L700

C039

R008

C015

R026

TP006

C210

C211

C212

C013

R007

TP004

C004

TP003

U001

L218

R222

TP201

R221

R224

C237

L215

C738

R728

E004

C019

R200

TP002

L204

U200

C214

R216

R220

L207

C236

R006

C008

C018

R201

C213

L217

C241

R214

R730

2

R054

C217

C234

C235

R729

R052

R202

R218

Q208

R208

C231

Q205

Y001

L11A11

L1

Q202

C240

C216

R053

C005

R205
C238

C215

C232

43

R217

L206

R213

R212

R215

C016

R207

R209

L214

C239

L212

C006

R210

C233

C3062

R3054

R3006

R3004

R3008

E003

C017

C035

C022

M2

C3051

C3093

R3050

R223

R3060

R3053

U3007

R3098

C3039

R3030

C3081

C3090

6

U3002

1

Q203

Q206

Q207

C3999

C3010

C3031

58

Q3003

R3007

R3005

R3009

C3091

C229

R3025

4

4

3

C230

R3024

C3014

C3019

C3024

C3067

C3028

R3051

4

Q3010

4

R3011

R3020

R3021
C3038
C3037

23

23

R3018

R3704

C3101

E3705

R3013

C3074

Q3000

P14

C3079

R3017

Q3005

Q3006

C3084

C3208

C3206

U3006

R3037

R3014

C3047

P1

C3083

4

23

L3003

C3102

C3048

R3016

L3004

E3704

C3045

C3049

C3016

R3100

C3805

L3022

C3082

R3028

C3018

C3200

R3038

C3080

R3029

C3201

C3207

C3035
C3036

C3011

R3012

C3050

U3000

Q3002

C3015

R3031

C3212

R3026

R3101

U3020

C3205

U3021

C3095

4

E3032

C3094

23

Q3001

U3008

E3033

R3027

R3103

R3201

R3203

C3099

R3102

C3017

C3025

R3041

R3202

E3030

C3100

A1

A14

L3020

R3200

L3021

C3211

E3031

C3097

C3026

4

C3204

C3210

C3003

C3098

R3070

U3003

R3071

C3061

U3009

C3203

C3002

C3034

C3000

C3005

C3001

C3070

C3

A3

2

R3043

8

5

Y3000

C1

R3074

Y3001

C3060

C3202

C3209

UHF1 (403–470 MHz) Main Board Bottom Side PCB No. 8486716Z16