Nokia NSD-6, 3280, 3285 System Module

Programmes After Market Services

NSD-6 Series Transceivers

System Module

Issue 1 04/01 Nokia Mobile Phones Ltd.

NSD-6

System Module PAMS Technical Documentation

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PAMS Technical Documentation System Module

Contents

Page No

Transceiver NSD-6 ........................................................................................................ 5

Introduction ..................................................................................................................5

Modes of Operation................................................................................................... 5

Interconnection Diagram .............................................................................................6

System Module .............................................................................................................. 7

Circuit Description .......................................................................................................7

Connectors ...................................................................................................................7

System Connector ..................................................................................................... 7

RF Connector ............................................................................................................ 8

Baseband Module ........................................................................................................9

Block Diagram .......................................................................................................... 9

Baseband Elements ................................................................................................... 9

Baseband ASICS Description ................................................................................... 9

Memories................................................................................................................. 10

Clocks...................................................................................................................... 10

Baseband Power Distribution.................................................................................. 12

Digital control ......................................................................................................... 22

MAD4...................................................................................................................... 22

CAFE Submodule ................................................................................................... 31

Audio CODEC ........................................................................................................ 33

EMC Strategy.......................................................................................................... 34

RF Module .................................................................................................................35

Transmitter .............................................................................................................. 35

1900 MHz Transmitter ............................................................................................ 36

800 MHz Transmitter .............................................................................................. 38

1900 MHz Receiver ................................................................................................ 41

800 MHz Receiver .................................................................................................. 42

RF - Base Band Connections .................................................................................. 45

Parts list of UF4D (NSD-6GX) (EDMS Issue 3.1) Code: 0201713 ..........................50

Parts list of UF4D (NSD-6HX) (EDMS Issue 3.1) Code: 0201712 ..........................66

Schematic Diagrams: (A3 size, at the back of binder)

BB-RF Interface ................................................................................................... A-1

Circuit Diagram of BB ......................................................................................... A-2

Circuit Diagram of Power Supply........................................................................ A-3

Circuit Diagram of RF Block ............................................................................... A-4

Circuit Diagram of RX......................................................................................... A-5

Circuit Diagram of TX ......................................................................................... A-6

Circuit Diagram of Synthesizer............................................................................ A-7

Circuit Diagram of Cafe....................................................................................... A-8

Circuit Diagram of MAD4 ................................................................................... A-9

Circuit Diagram of MAD4 External Memories ................................................. A-10

Layout Diagram of UF4D (top/bottom)............................................................. A-11

Troubleshooting Test Points Diagram for UF4D (top/bottom).......................... A-12

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System Module PAMS Technical Documentation

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Transceiver NSD-6

Introduction

The NSD–3 is a tri–mode radio transceiver unit for the CDMA 800/1900MHz and AMPS
network. The transceiver is true 3 V transceiver. The transceiver consists of System/RF
module ( UF4D/UF4I ), User interface module ( CU3 ), and assembly parts.

The transceiver has full graphic display, and the user interface is based on two soft keys.

The transceiver has leakage tolerant earpiece.

The antenna is either fixed or extendable according to the phone type.

External antenna connection is provided by rear RF connector.

Modes of Operation

There are five different operation modes:

– power off mode

– idle mode

– active mode

– charge mode

– local mode

In the power off mode only the circuits needed for power up are supplied.

In the idle mode circuits are powered down and only sleep clock is running.

In the active mode all the circuits are supplied with power although some parts might be
in the idle state part of the time.

The charge mode is effective in parallel with all previous modes. The charge mode itself
consists of two different state: charge and maintenance mode.

The local mode is used for alignment and testing.

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Interconnection Diagram

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System Module

Circuit Description

The transceiver electronics consist of the Radio Module, RF + System blocks, the UI PCB,
the display module and audio components. The key pad and the display module are con­nected to the Radio Module with connectors. System blocks and RF blocks are intercon­nected with PCB wiring. The Transceiver is connected to accessories via a bottom system
connector with charging and accessory control.

The RF block is designed for a handportable phone which operates in the CDMA 800 sys­tem. The purpose of the RF block is to receive and de-modulate the radio frequency sig­nal from the base station and to transmit a modulated RF signal to the base station.

Connectors

System Connector

B side view

Engine PCB

A side view

Fixing pads (2 pcs)

DC Jack

Charger pads (3 pcs)

1

Microphone

acoustic ports

8

7

14

Bottom

connector (6 pads)

Cavity for microphone

IBI connector

(6 pads)

Cable locking holes (3 pcs)

Note: Intelligent Battery Interface, IBI, is an accessory interface on the battery side of
the phone including the same signals as the bottom connector. The accessory ( e.g. an IBI
accessory) can be a battery pack with special features or an accessory module attached
between the phone and a normal battery pack.

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Pin Name Function Description

1 V_IN Bottom charger contacts Charging voltage

2 L_GND DC Jack Logic and charging ground

3 V_IN DC Jack Charging voltage

4 CHRG_CTRL DC Jack Charger control

5 CHRG_CTRL Bottom charger contacts Charger control

6 MICP Microphone Microphone signal; positive node

7 MICN Microphone Microphone signal; negative node

8 XMIC Bottom & IBI connectors Analog audio input

9 SGND Bottom & IBI connectors Audio signal ground

10 XEAR Bottom & IBI connectors Analog audio output

11 MBUS Bottom & IBI connectors Bidirectional serial bus

12 FBUS_RX Bottom & IBI connectors Serial data in

13 FBUS_TX Bottom & IBI connectors Serial data out

14 L_GND Bottom charger contacts Logic and charging ground

ÁÁÁ

RF Connector

The RF–connector is needed to utilize the external antenna with Car Cradle. The RF–con­nector is located on the back side of the transceiver on the top section. The connector is
plug type connector with special mechanical switching.

Accessory side of connector
Part will be floating in
car holder

Phone side of connector

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Baseband Module

Block Diagram

TX/RX SIGNALS

Cafe SUPPLY

RF SUPPLIES

PA SUPPL Y

SYSTEM CLOCK

19.2MHzCLK

UI

BASEBAND

Baseband Elements

Baseband refers to all technology elements in the phone design, which do not include RF
functions. The Baseband Module therefore includes audio, logic control, signal process­ing, power supply, and user interface functions. Baseband functionality of this product
consists of third generation Digital Core Technology (DCT3) design solutions.

Cafe

MEMORIES

AUDIOLINES

MAD
+

CCONT

BB SUPPLY

SYSCON

CHARGING
SWITCH

SLEEP CLOCK

32kHz
CLK

VBAT

BATTERY

Baseband ASICS Description

MAD4

The MAD4 ASIC contains four main components: DSP, MCU, RAM, and ROM. This ASIC
controls logic functions for the user interface, USART and PWMs, CAFÉ, Control Timing
and Interrupts (CTI), RX Modem, RF Interface, Accessory Interface, and CDMA functional­ity.

The DSP controls the RF power and implements the compressor and e-pander for AMPS,
the vocoders for CDMA and DTMF tone generation.

The MCU performs tasks such as UI control, timers, PUP control, RX Modem interface,
audio control, evaluation of sensor data from CCONT A\D, and battery charging control.

CAFÉ

The CAFÉ ASIC provides CODEC functionality (A/D and D/A conversions for voice data,

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microphone and speaker amplification, variable RX and TX Audio Gain), provides system
clock squaring, utilizes PLL for CDMA clock generation from system clock, and interfaces
to the RF section and to MAD4.

CCONT

The CCONT ASIC provides linear regulated power to most of the phone. It has a multi­plexed A/D converter for temperature sensor digitization, battery voltage, charger volt­age, current consumption, and battery type detection. An external 32 kHz oscillator
circuit is connected to CCONT, which is used for sleep clock generation. It also has a
watchdog circuit used to power off the phone in the event that MCU receives an inter­rupt from power key depression, or an event has caused a process to over run and MCU
does not service the register to prevent the watchdog timer from timing out.

PENTA

The PENTA IC chip operates as a low noise, low drop out regulator with 5 independent

2.8–volt outputs used to power on various sections of the RF module. The PENTA IC has 5
control inputs controlled by the MAD4 ASIC.

CHAPS

CHAPS operates as an integrated power switch for controlling charger current. Its fea­tures are limited start up current, limited maximum switch current, transient voltage
protection, voltage limit protection, and reverse voltage protection. It is designed to be
used with either a single lithium cell or three nickel cells battery types.

Memories

SRAM

External SRAM is used by MAD4. Size is 2 Mbit (256k x 8 bit).

FLASH MEMORY

Flash memory contains the main program code for the MCU and default EEPROM values.
Refer to the table below.

EEPROM

An EEPROM is used to store user data and tuning parameters. Refer to the table below.

FLASH Memory EEPROM Memory

NSD-6HX, 6GX 32 Mbit (2M x 16 bit) 1024kbit (128 x 8 bit)

Clocks

System Clock and CDMA Clock

A 19.2 MHz signal is passed to the CAFÉ ASIC from the RF section. The CAFÉ then gener­ates the 19.2 MHz system clock and the 9.8304 MHz CDMA clock, which are derived
from the RF signal. Both of these clocks are passed to MAD4.

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8kHz Frame Sync Clock

An 8 kHz frame sync is generated in MAD4 and passed to the CAFÉ in order to synchro­nize the internal CAFÉ clocks with the equivalent MAD4 clocks. This signal is also used to
“frame” the CODEC voice data at 8kHz. The pulse width of the frame sync will be equal to
one period of the 320 kHz clock, which is internal to CAFÉ.

Sleep Clock

Sleep clock is provided by CCONT and produces a 32.768 kHz clock used by MAD4 when
it is in sleep mode. The crystal oscillator in the external CCONT circuitry to CCONT is not
automatically started when the battery is connected, but after power up the oscillator is
always running, even during power off periods. The only exception is when the battery is
removed.

UIF and CCONT Serial Clock (UIF_CCONT_SCLK)

This 960 KHz clock is used to synchronize serial data transmission on the UIF and CCONT
serial data bus UIF_CCONT_SDIO.

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Baseband Power Distribution

Description

Power management and distribution in the phone is handled by the CCONT asic. CCONT
is a multi function power management IC which has seven 2.8V linear regulators for the
RF–section of the phone. One 2.8V regulator is used to power up the baseband of the
phone, and its output is called Vbb. Additionally, one adjustable regulator is used to pow­er up certain parts of the baseband. There are also a 5V charge pump, 5V regulator and a
3/5V regulator.

The main functions are voltage regulation, power up/down procedures, reset logic,
charging control (PWM) , watchdog, sleep control, ADC and real time clock.

CCONT Regulators

Battery voltage VBAT is connected to CCONT which regulates all the supply voltages VBB,
VR1–VR7, V2V, VR1_SW, VSIM and V5V. CCONT’s default startup mode is to turn on VR1,
VBB, V2V, VR6 and Vref in power–up. Vrefs default value is 1.5V, but in in this phone we
use 1.25V for Vref, so one of the first things MAD4 does on power up is to do a write to

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CCONT to change Vref to 1.25V.

VBB is used as baseband power supply for all digital parts, and it is on whenever the
phone is powered up. V2V is reserved for a later version of the MAD4 ASIC which will
have a lower core voltage. When the low voltage core version of MAD4 is available, V2V
will be connected to those pins on MAD4 which power the core. VSIM is used as pro­gramming voltage for the Flash memory after the phone is cut out of the panel. This is
necessary if re–flashing is needed after initial flash programming in production. V5V is
used for RF parts only. VR6 supplies the power for CAFE.

VR1 is used for the VCTCXO supply. VR1_SW is derived from VR1 inside CCONT, and is
actually the same voltage, but can be separately switched on and off. This VR1_SW is
used as an optional external microphone bias voltage. CLK_EN signal to CCONT controls
both the VR1 and VR6 regulators; they can be switched off in sleep modes, during
standby.

CCONT regulators are controlled through a seial data bus from MAD4. Regulators VR3, 4,
5 and 7 are controllable through external pins; these pins forming a logical ’OR’ function
with the serial commands. If a regulator’s control pin is at logic ’1’, that regulator will
turn on. If the pins are not used for external control they are grounded.

Most of the regulator outputs depend on pin control. In the table the ’State in reset’ is
based on assumption that pin controls are ’0’.

Charging

Charging can be performed in any operating mode. The charging algorithm is dependent
on the battery technology used. A resistor internal to the battery pack indicates the bat­tery type. The resistor value corresponds to a specific battery capacity. This capacity
value is related to the battery technology as different capacity values are achieved by
using different battery technologies.

The CCONTs A/D converter input measures the battery voltage, temperature, size and
current.

NOTE: Power management circuitry controls the charging current delivered from the
charger to the battery. Charging is controlled with a PWM input signal from CCONT. The
pulse width is controlled by MAD4 and is sent to CCONT through a serial bus. The battery
voltage rise is limited by turning CHAPS switch off when the battery voltage has reached
the desired limits.

Watchdog

MAD4 must reset the CCONT watchdog regularly. CCONT watchdog time can be set
through SIO between 0 and 63 seconds at 1 second steps. After power–up the default
value is 32 seconds. If the watchdog expires, CCONT will cut off all supply voltages. After
total cut–off the phone can be re–started through any normal power–up procedure.
CCONTs watchdog functionality may be temporarily disabled by holding CCONTs
PWRONX/WDDISX pin at logic low.

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Power Up

There are four ways to power on the phone.

1. Pressing the power button

2. Connecting a charger

3. An IBI interrupt on BTEMP

4. Internal RTC times out.

Each of four methods is described in general in the following sections. When the battery
is connected to phone, nothing will happen until the power–up procedure is initiated, for
instance by pressing the power–button or by connecting a charger. After that the 32kHz
crystal oscillator of CCONT is started (can take up to 1 sec), and the default regulators
are powered up.

If a power down is done and the battery remains connected, the 32 kHz crystal oscillator
keeps running in the CCONT.

VCTCXO

CAFE

FLASH

RF

VR1–VR7

VCHAR

CHAPS

VBAT

PWM

BATTERY

CCONT

VR1_SW

MAD

VR1

VR6

VBB

SIO

VSIM
V5V

Vref

Power distribution diagram

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Pressing power key

PWRONX
VR1, VBB, VR6

CLK_EN

VCTCXO
CAFE CLK
PURX

SLCLK

t1

t2

t3

t1 < 1 ms

t2 1 - 6 ms, VCXO settled

t3 62 ms, PURX delay generated by CCONT

After PWR–key has been pushed, CCONT gives PURX reset to MAD4 and turns on VR1,
VBB and VR6 regulators (if battery voltage has exceeded 3.0 V). VR1 supplies VCTCXO,
VBB supplies MAD, and VR6 supplies digital parts of CAFE. After the initial delay, t2,
VCTCXO starts to give a proper 19.2MHz clock to CAFE, which further divides it to

9.83MHz for MAD4. CAFE will output the 9.83MHz clock only after the PURX reset has
been removed. After delay, t3, CCONT releases PURX and MAD4 can take control of the
operation of the phone.

After MAD4s reset is released MCU–SW detects that the PWR–key is still pushed and
shows the user that the phone is powering up by turning on the LCD and the lights.
MCU–SW then powers up the RF receiver part.

V5V–regulator (for RF) default value is off in power–up, and can be con-trolled on via
serial bus when needed.

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Power up when charger connected

Normal battery voltage

VCHAR
VR1, VBB, VR6

CLK_EN

VCTCXO

9.83 MHz CLK
PURX

SLCLK

CCONTINT

t1

t2

t3

Power up, charger connected, VBAT > 3.0 V

Power up, charger connected, VBAT > 3.0 V

The power up procedure is similar to the process described in the previous chapter with
the exception that the rising edge of VCHAR triggers the power up in CCONT.

CCONT sets output CCONT_INT, MAD4 detects the interrupt and reads CCONT status reg­ister to find the reason for the interrupt (charger in this case). After reading the A/D reg­ister to determine that the charger voltage is correct MAD should initiate charging
activities. The phone will remain in the so called ”acting dead” state which means that
only the battery bars are displayed on the LCD. The user perceives that the phone is off. If
the power on button is pushed the LCD display will come on and startup will be the same
as normal power on.

CCONT_INT is generated both when the charger is connected, and when the charger is
disconnected.

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Empty battery

VBAT > 3.0 V

VCHAR
VR1, VBB, VR6

CLK_EN

VCTCXO

9.83MHz
PURX

SLCLK

CCONT_INT

Power up, charger connected, VBAT < 3.0 V

Before battery voltage voltage rises over 3.0 V CHAPS gives an initial charge (with lim­ited current) to the battery. After battery voltage reaches 3.0V the power up procedure is
as described in the previous section.

If a power down is done and the battery remains connected, the 32 kHz crystal oscillator
keeps running in the CCONT. When a power–up is initiated again, the complete power–
up sequence is described in the figure below. This time the power–up sequence is faster
because the oscillator is already running.

Charging – CHAPS

CHAPS comprises the hardware for charging the battery and protecting the phone from
over–voltage in charger connector.

The main functions are:

t1

t2

t3

–transient, over–voltage and reverse charger voltage protection

–limited start–up charge current for a totally empty battery

–voltage limit when battery removed

–with SW protection protection against too high charging current

CHAPS is basically a PWM (Pulse Width Modulation) controlled switch which connects

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the charger to VBAT. MAD4 controlls CHAPS by writing PWM values to CCONTs PWM
register over a serial bus. CCONT thenoutputs a PWM which is used by CHAPS to control
the switch. In the case of an external fast charger, the PWM is available at the system
connector to control the charger. In the case of a dead battery, shorted battery, or if the
battery is below 3.0V, CHAPS supplies a controlled leakage current of about 180mA
through the switch to attempt to bring the battery voltage up.

Pin
Number

1, 16 VCH Charger voltage input

5 RSENSE High current output, connected to current sense resistor of phone

12 VBAT Battery voltage (connected to voltage sense part of CHAPS)

10 VBACK Backup battery charging voltage output

9 LIM Output voltage limit select input

7 PWM Charging switch control input

8 CTIM External capacitor for soft switching

2,3,4,6,11
13,14,15

Name Description

GND Ground

CHAPS

Vin

BATTERY

MAD

System

Connector

To

charger

PWMOUT
Charging Control

CCONT

serial control

V_charge

2–wire charging

With 2–wire charging the charger provides constant output current, and the charging is
controlled by PWMOUT signal from CCONT to CHAPS. PWMOUT signal frequency is
selected to be 1 Hz, and the charging switch in CHAPS is pulsed on and off at this fre­quency. The final charging current to the battery is controlled by adjusting the PWMOUT
signal pulse width.

Both the PWMOUT frequency selection and pulse width control are made by the MCU
which writes these values to CCONT.

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The 2–wire charger is part number ACP–7, has full–wave rectified output, defined output
voltage and impedance. Typical output current into empty battery is about 350 mA at
nominal mains voltage.

3–wire charging

With 3–wire charging the charger provides adjustable output current, and the charging
is controlled by PWMOUT signal from CCONT to Charger, with the bottom connector sig­nal. PWMOUT signal frequency is selected to be 32 Hz, and the charger output voltage is
controlled by adjusting the PWMOUT signal pulse width. The charger switch in CHAPS is
constantly on in this case.

The 3–wire charger is part number ACP–9, a switch mode power supply (SMPS) adapter
using 3–wire charging structure (controlled constant voltage). Typical output into an
empty battery is about 850mA at nominal mains voltage.

Battery disconnected when charger is connected

From hardware point of view the phone could otherwise continue functioning normally,
but if the charger voltage is higher than the maximum allowed battery voltage, this can
damage the RF parts. Therefore, output overvoltage protection is needed in case the bat­tery is removed when a charger is connected, or if a charger is connected before the bat­tery to the phone. With a charger connected, if VBAT exceeds preset limits in CHAPS, the
switch turns OFF immediately (soft switching bypassed). There are two voltage limits,
VLIM1 and VLIM2. VLIM input = ’0’ selects VLIM1, VLIM input = ’1’ selects VLIM2.

Parameter Symbol Min Typ Max Unit

Output voltage cutoff limit (during
transmission or Li-battery)

Output voltage cutoff limit (no
transmission or Ni-battery)

VLIM1 4.4 4.6 4.8 V

VLIM2 4.8 5.0 5.2 V

When the switch turns off due to an overvoltage condition, it stays off until the input
voltage falls below the specified limit (VCH<VBAT). Phone software will stop the charg­ing as fast as it detects that there is no battery present.

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VBAT

VLIM

4V

t

PWM

”1”

”0”

t

WITCH

1. Battery removed, (standard) charger connected, VBAT rises (follows charger voltage).

2. VBAT exceeds limit VLIM(X), switch is turned immediately OFF.

3. VBAT falls (no battery), also VCH<VBAT (standard chargers full-rectified output). When
VCH>VBAT and VBAT<VLIM(X) -> switch turned on again (also PWM is still HIGH) and
VBAT exceeds VLIM(X).

4. Software sets PWM = LOW -> CHAPS does not enter PWM mode.

Output overvoltage protection when battery removed (in principle).

Power Down

Pressing power key

ON

OFF

21 3 4

t

When the user wishes to turn the phone off and presses the power key, MAD (MCU SW)
detects that PWR–key is pressed for a long enough time. After that the lights and LCD
are turned off. MCU stops all the activities it was doing (e.g. ends a call), sends power off
command to CCONT by writing a ’zero’ amount of time to the watchdog register, and
goes to idle–task. After the delay CCONT cuts all the supply voltages from the phone.
Only the 32 kHz sleep clock remains running.

Note that the phone doesn’t go to power off (from HW point of view) when the charger
is connected and PWR–key is pushed. The user perceives that the phone is off, but in fact

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the phone is just acting as if it is off (this state is usually called ”acting dead”).

Battery charge low

As a battery discharges, energy management software keeps a constant watch on the
voltage and displays an appropriate amount of battery bars.

When the battery discharges to a critical level the software notifies the user by beeping.
If left on, the software will power off the phone at a VBAT of TBD V.

If the SW fails to power down the phone, hardware will take over and CCONT will do a
reset and power down the phone when the battery voltage drops below 2.8 V.

Watchdog expires

If the SW fails to update the watchdog, the watchdog will eventually expire and CCONT
cuts all the supply voltages to the phone. On startup, the initial value set in CCONT’s
watchdog timer register is 32.5 seconds. The watchdog is programmable from 0 to 63
seconds.

Disconnected battery

When battery is disconnected, immediate and totally uncontrolled power–down hap­pens. Therefore a power off procedure in this case cannot be described. One possible risk
is that if the MCU is writing something to the EEPROM exactly at the same moment, the
memory contents may be corrupted.

RF to Baseband Interface

The RF to Baseband interface consists of MAD4 and CAFÉ communicating with various
parts of the RF module. The MAD4 ASIC produces the Pulse Duration Modulators (PDMs)
which allow analog voltages to be used for RF control. It also controls the VCTCXO
enable, as well as band and mode selects. MAD also controls the RF supply voltages
through CCONT. The CAFÉ ASIC performs the A/D and D/A conversions for CDMA and
AMPS RX and TX paths. CAFÉ also receives the VCTCXO 19.2 MHz signal and provides
MAD4 with the 19.2 MHz system clock.

Audio control

Audio Controls and Processing

The audio control is handled by the MAD4 MCU. Speech coding functions are performed
in MAD4 DSP. In transmission mode, the speech code is sent to CAFÉ ASIC for D/

A conversion. In receiver mode, PCM coded blocks are read from the CAFE ASIC Both

audio and RF CODECs reside in CAFÉ.

Earpiece

The internal earpiece is connected to the UI board by means of mounting springs for

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automated assembly. The 32–ohm impedance, dynamic type earpiece is connected to the
differential output of the CAFÉ ASIC.

Microphone

The internal microphone is connected to the bottom connector by means of mounting
springs. The microphone bias is provided by the CAFÉ ASIC.

Audio Accessory Interface

External audio is interfaced to the phone through the system connector. XEAR, XMIC,
and SGND are the phone’s external audio signal pins used for communication during a
hands free accessory call.

Digital control

MAD4

The baseband functions are controlled by the MAD asic, which consists of a MCU, a sys­tem ASIC and a DSP. The CDMA specific asic is named as MAD4.

MCU

For general purpose processing applications.

DSP

The DSP is in charge of the channel and speech coding. The Main interfaces are to the
MCU, and via System Logic to CAFE and RF.

System Logic

Peripheral interface:

_ MCU Parallel I/O, UART, and PWM control (PUP)

Serial Accessory Interface (FBUS):

_ Autobauding support (AccIf)

_ Interface to external memories

_ Address lines and chip select decoding (BUSC)

_ RF Interface and Control (RFIfCtrl)

_ Clocking, timing and interrupts (CTI)

_ Sleep Control (SleepBlk)

_ CAFE Control (CAFECtrl)

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User Interface Control (UserIf)

Reset Generator (RstGen)

Clock Generator (ClkGen)

Test Interface (TestIf)

MAD Interfaces

UI and CCONT Serial interface

MAD4s serial interface is used to control the Serial LCD on the User Interface board, and
to provide access to CCONTs registers. The DataSelX and DataClk are generated by MAD4
during both transmit and receive cycles. Each device has its own chip select signal and
must hold its data pin in a high impedance state if its chip select is not active. Data must
be valid on the rising edge of DataClk during both transmit and receive.

CAFE Interface

The MAD4 ASIC supplies an interface to the CAFE ASIC. This interface consists of parallel
transmit and receive busses for CDMA and AMPS data, and a serial interface for Codec
control and data.

FBUS

FBUS (Fast Bus) is a fast serial interface between the DSP and data accessories or the
DSP and multipath analyzer. This interface is a full–duplex, asynchronous, two–line bus.

Tsds

Tsdh

mdMCUSDIO (Serial Clk)

accFBusRXD (Serial Data)

Data 0 Data 1

...

Data 7

USART Synchronous Mode Receive (Flashing Mode)

MBUS

MBUS is the MCUs serial interface which is used for FLASH downloading (not program
code), testing, and communication with external devices. Supported baud rates are 9.6,

19.2, 38.4 and 57.6 kbit/s.

JTAG Interface

The JTAG interface is used for MAD4 ASIC emulation. This interface provides for coemu­lation of the DSP and MCU.

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TRUST Interface

TRUST (Trace Utility for Software Testing) is a hardware module used to capture tracing
data from a phone during testing. It serves as a buffer memory, storing data from the
address and data buses of the phone MCU until read by a PC. A time label is attached to
each data word. The unit also includes a buffer for commands from the PC to the phone.

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Signal Definitions

SIGNAL NAME DESCRIPTION From/To

Busses, Strobes, and Clocks
Includes parallel and serial busses as well as data clocks and chip selects

ADD(20:0) 21-bit Memory Address Bus MAD4 to FLASH and

SRAM

DATA(15:0) 16-bit Memory Data Bus MAD4 to FLASH and

SRAM

RXD(11:0) Receive Data CAFE to MAD4 0 to 2.8V Digital

TXD(7:0) Transmit Data MAD4 to CAFE 0 to 2.8V Digital

EEPROMSCLK SCLK to serial EEPROM MAD4 to EEPROM 0 to 2.8V Digital

EEPROMSDA Serial data line for serial EEP-

ROM

UIF_CCONT_SCLK Clock for UI and CCONT serial

interface

UIF_CCONT_SDIO User interface and CCONT

Serial Data

CCONTCSX CCONT Chip Select MAD4 to CCONT 0 to 2.8V Digital

MAD4 to EEPROM 0 to 2.8V Digital

MAD4 to CCONT and
UI connector

MAD4 to CCONT and
UI connector

Signal
Characteristics

0 to 2.8V Digital

0 to 2.8V Digital

(Pullup)

0 to 2.8V Digital

0 to 2.8V Digital

Notes

LCDCS LCD Chip Select MAD4 to UI connector 0 to 2.8V Digital

MEM(3) Memory Read Strobe MAD4 to FLASH and

SRAM

MEM(2) Memory Write Strobe MAD4 to FLASH and

SRAM

MEM(1) RAM Chip Select MAD4 to SRAM 0 to 2.8V Digital

MEM(0) FLASH chip enable MAD4 to FLASH 0 to 2.8V Digital

MBUS MCU serial bus for external

communication

FBUS_TX DSP accessory UART Data

Output

FBUS_RX DSP accessory UART Data

Input

ADATA AMPS Data Input to Rx

Modem (MAD4)

CAFESIO(2) CAFE I/F Frame Sync MAD4 to CAFE 0 to 2.8V Digital

CAFESIO(1) CAFE I/F Serial Data from

CAFE

MAD4 to system con­nector

MAD4 to system con­nector

System connector to
MAD4

CAFE to MAD4 0 to 2.8V Digital

CAFE to MAD4 0 to 2.8V Digital

0 to 2.8V Digital

0 to 2.8V Digital

0 to 2.8V Digital

0 to 2.8V Digital

0 to 2.8V Digital

CAFESIO(0) CAFE I/F Serial Data to CAFE MAD4 to CAFE 0 to 2.8V Digital

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SIGNAL NAME DESCRIPTION From/To

Busses, Strobes, and Clocks
Includes parallel and serial busses as well as data clocks and chip selects

CLK9M20 19.2MHz System Clock CAFE to MAD4 0 to 2.8V Digital

CLK9M83 9.8304MHz CDMA Clock CAFE to MAD4 0 to 2.8V Digital

SLEEPCLK 32.768kHz Sleep Clock CCONT to MAD4 0 to 2.8V Digital Osc. run-

RF Interface Control Signals

CAFE_TX_GATE Transmitter Gating Signal MAD4 to RF 0 to 2.8V Digital

TIF_EN TIF chip enable MAD4 to RF 0 to 2.8V Digital

SYN_ACQ&SYN_
PWR_DN

SYN_LK1 MAD4 to RF 0 to 2.8V Digital

RIF_EN MAD4 to RF 0 to 2.8V Digital

MAD4 to RF 0 to 2.8V Digital

Signal
Characteristics

Notes

ning while
phone is
powered
down.

TX_LIM Indicates TX Power Greater

than TXI_REF

SYN_CLK R/F I/F Serial Clock MAD4 to RF 0 to 2.8V Digital

SYN_DAT R/F I/F Serial Data MAD4 to RF 0 to 2.8V Digital

SYN_LE1 R/F I/F Serial Latch Enable #1 MAD4 to RF 0 to 2.8V Digital

CEL_MODE R/F I/F Serial Latch Enable #2 MAD4 to RF 0 to 2.8V Digital

BAND_SEL RF Frequency Band Select

(PCS or Cellular)

MODE_SEL RF Mode Select (CDMA or

AMPS)

AFC AFC PDM MAD4 to RF 0 to 2.8V conti-

RX_IF_AGC Receive IF AGC PDM MAD4 to RF 0 to 2.8V conti-

TX_IF_AGC Transmit IF AGC PDM MAD4 to RF 0 to 2.8V conti-

TX_RF_AGC Transmit RF AGC PDM MAD4 to RF 0 to 2.8V conti-

RF to MAD4

MAD4 to RF 0 to 2.8V Digital

MAD4 to RF 0 to 2.8V Digital

nously variable

nously variable

nously variable

nously variable

TX_VCO_CAL PENTA Regulator control (PS) MAD4 to RF 0 to 2.8V Not used

as a PDM

TX_LIM_ADJ General Purpose PDM2 MAD4 to RF 0 to 2.8V continu-

ously variable

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SIGNAL NAME DESCRIPTION From/To

RF Interface Control Signals

FILT_SEL General Purpose PDM3 MAD4 to RF 0 to 2.8V Digital Not used

BOOST General Purpose PDM4 MAD4 to RF 0 to 2.8V conti-

RX_GS MAD4 to RF 0 to 2.8V Digita

RF_TX_GATE_P MAD4 to RF 0 to 2.8V Digita

RF_TX_GATE_C MAD4 to RF 0 to 2.8V Digita

CLK_EN MAD4 to CCONT 0 to 2.8V Digita Signal to

VLIM Used to select the max bat-

tery voltage for the charging
circuit in CHAPS (VLIM1 or
VLIM2)

MAD4 to CHAPS 0 to 2.8V Digital

Signal
Characteristics

nously variable

Notes

as a PDM

CCONT
which con­trols regu­lators to RF

Peripherals, Accessory Interface, and A/Ds

BUZZER Buzzer PWM Output MAD4 to UI connector 0 to 2.8V Digital

VIBRA PWM output for vibra motor MAD4 to on board

VIBRA circuit, and to
battery connector via
BTEMP line

HOOKINT Hook Interrupt CAFE to MAD4 0 to 2.8V Digital

EAD_HEADINT Headset Interrupt (CCONT

performs A/D on this signal)

tp4 DBUS data line test point MAD4 0 to 2.8V Digital

RS232_PWR Control for switching power

onto SGND while using a
data cable accessory

BSI Intelligent Battery Interface.

A/D input to CCONT

BTEMP A/D input to CCONT. Used for

battery temperature detec­tion and battery VIBRA con­trol

CAFE to MAD4 and
CCONT

N306 (regulator) to
system connector

Battery connector to
CCONT

Battery Connector to
CCONT

0 to 2.8V Digital

0 to 2.8V Digital

0 to 2.8V Digital Controlled

DC voltage level
that varies with
different battery
types

DC voltage level
which changes
with battery tem­perature

by MAD4

Voltage
divider A/D
input to
CCONT

Thermistor
voltage
divider A/D
input to
CCONT

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SIGNAL NAME DESCRIPTION From/To

Peripherals, Accessory Interface, and A/Ds

PA_TEMP A/D input to CCONT. Used for

RF power amp temperature
detection.

RSSI A/D input to CCONT. Receive

signal strength indicator for
AMPS mode

V_IN Power in from charger System connector to

L_GND Ground reference for charger

(Separated from GND
through an inductor)

RF to CCONT DC voltage level

RF to CCONT DC voltage level

CHAPS

System connector to
GND via inductor

Signal
Characteristics

which changes
with PA tempera­ture

which changes
with received sig­nal strength

ACP-9 DC
ACP-7 Rectified
AC

0V

Notes

Thermistor
voltage
divider A/D
input to
CCONT

Voltage
will change
with
charge
control
PWM

Regulator Control Signals

VREGP1 Controls voltage regulator P1

(PENTA)

VREGP2 Used to control voltage regu-

lator P2 (PENTA). This signal
is also the MSB (bit-21) of
the Memory Address Bus but
is not used as an address bit

VREGP3 Controls voltage regulator P3

(PENTA)

VREGP4 Controls voltage regulator P4

(PENTA)

CCONT_INT CCONT interrupt to MAD4 CCONT to MAD4 0 to 2.8V Digital

User Interface Board Peripherals

FLIP Flip interrupt (detects status

of hinge) on variants with flip
feature

BACKLIGHT Controls illumination on UI

board

MAD4 to CCONT 0 to 2.8V Digital

MAD4 to CCONT 0 to 2.8V Digital

MAD4 to CCONT 0 to 2.8V Digital

MAD4 to CCONT 0 to 2.8V Digital

UI connector to MAD4 0 to 2.8V Digital

MAD4 to UI connector 0 to 2.8V Digital

CALL_LED Controls the call LED on UI

board

MAD4 to UI connector 0 to 2.8V Digital

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SIGNAL NAME DESCRIPTION From/To

User Interface Board Peripherals

LCD_RESETX Resets the LCD on the UI

board

COL(4:0) Keyboard columns on UI

board

UIF(5:0) Keyboard rows and LCD I/F MAD4 to UI connector 0 to 2.8V Digital

PWRONX Power button signal UI connector to MAD4 0 to 2.8V Digital

Resets

PURX Power Up Reset CCONT to MAD4 0 to 2.8V Digital

RESETX System Reset MAD4 to CAFE 0 to 2.8V Digital

CAFE RF/IF

IQSEL IQ Select control line for

selecting I or Q data

RXIQ(3:0) CDMA Receive I and Q data RF to CAFE Differential I and

MAD4 to UI connector 0 to 2.8V Digital

MAD4 to UI connector 0 to 2.8V Digital

MAD4 to CAFE 0 to 2.8V Digital

Signal
Characteristics

Differential Q

Notes

TXIQ(3:0) CDMA Transmit I and Q data CAFE to RF Differential I and

Differential Q

LIM_P non-inverting AMPS receive

modulated signal

LIM_N inverting AMPS receive mod-

ulated signal

CLK19M2RF 19.2MHz sinusiod from RF RF to CAFE sinusoid

AMPSMOD AMPS audio signal (after DSP

and D/A) to be transmitted

Test & Emulation

JTAG_TRST JTAG Reset MAD4 0 to 2.8V Digital

JTAG2_TDI JTAG Scan Input MAD4 0 to 2.8V Digital

JTAG3_TDO JTAG Scan Output MAD4 0 to 2.8V Digital

JTAG4_TCK JTAG Clock & ATPG Scan

Clock

JTAG5_PD JTAG Mode Select & ATPG

Scan Enable

RF to CAFE analog

RF to CAFE analog

CAFE to RF analog (voice)

MAD4 0 to 2.8V Digital

MAD4 0 to 2.8V Digital

JTAG0 DSP/MCU Emulation (NOT

USED)

JTAG6 DSP/MCU Emulation (NOT

USED)

MAD4 0 to 2.8V Digital

MAD4 0 to 2.8V Digital

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SIGNAL NAME DESCRIPTION From/To

Test & Emulation

DSP External Flag (NOTE: This
pin has a dual function as
General Purpose I/O
“P0GPIO(6)”. DSPXF is default
function.)

CHRG_CTRL_A DSP Serial Port Input Clock

(for multipath analyzer)

TP5 DSP Serial Port Frame Sync

(for multipath analyzer)

WDDI Watchdog disable Test connector to

CCONT Outputs

VBB LEAD power pins (DSP) CCONT to MAD4 and

MAD4 0 to 2.8V Digital

MAD4 0 to 2.8V Digital

MAD4 0 to 2.8V Digital

CCONT

memories as the UI
connector

Signal
Characteristics

0 to 2.8V Digital Used in

2.8V regulator

Notes

factory
while still
in panel

VR1_SW Power for microphone bias CCONT to V201

(CAFE)

VR1 Provides RF power to RF 2.8V regulator

VR2 Provides RF power to RF 2.8V regulator

VR3 Provides RF power to RF 2.8V regulator

VR4 Provides RF power to RF 2.8V regulator

VR5 Provides RF power to RF 2.8V regulator

VR6 Provides power to CAFE to RF 2.8V regulator

VR7 Provides RF power to RF 2.8V regulator

VR7A Provides RF power to RF 2.8V regulator regulator

VREF Used by CAFE as an A/D volt-

age reference

VMAD Provides power to the MAD4

core. Will be used only with
the ROM3 version of MAD4.

to CAFE 1.244V reference

CCONT to MAD4 1.8V regulator Program-

2.8V regulator

external to
CCONT

mable to
different
voltages

+5V_POWER Provides 5V power to RF to RF 4.7 to 5.2V Charge

pump

3V_5V Provides 3V to flash (Vpp) for

programming

CCONT to FLASH 2.7 to 3.3V Used at 3V

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SIGNAL NAME DESCRIPTION From/To

CCONT Outputs

CHRG_CTRL Charge control PWM signal

for accessories

Audio Signals

EARN Inverting part of the audio

differential signal to the ear­piece

EARP Non-inverting part of the

audio differential signal to
the earpiece

System connector to
CHAPS. Can also be
driven by CCONT.

CAFE to UI connector 1.8Vp-p max Combined

CAFE to UI connector 1.8Vp-p max Combined

Signal
Characteristics

0 to 2.8V Digital

Notes

differen­tial output
from earn
and earp is

3.6Vp-p
max

differen­tial output
from earn
and earp is

3.6Vp-p
max

XEAR Single-ended audio signal to

bottom connector

CAFE Submodule

CDMA RX

The MAD/CAFE RX Interface consists of a 12–bit data bus RXD(11:0) output from the
CAFE ASIC to the MAD ASIC. In CDMA mode the data transfer rate is 9.8304MHz. The RX
data is clocked out of the CAFE ASIC on the falling edge of the 9.8304MHz clock, and
clocked into the MAD ASIC on the rising edge. For CDMA mode the 4–bit RXI data is sup­plied on bits RXD(5:2) and the 4–bit RXQ data is supplied on bits RXD(11:8). Bits (7), (6),
(1) and (0) are not used in CDMA mode.

CLK9M8O

RXD(11:0)

LAST VALUE READ DATA FROM CAFE LAST VALUE

Digital Mode RX Data Bus Timing

CAFE to system con­nector

t

DRXD

1.8Vp-p max Single
ended

t

DRXD

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CDMA TX

TXGATE

TXD(7:0)

CLK9M8O

IQSEL

DON’T
CARE

t

TXGS

t

TXGON

VALID DATA
FROM MAD

t

DSU

t

IQSU

IQ

VALID DATA
FROM MAD

t

DH

VALID DATA
FROM MAD

t

IQH

t

TXGOFF

DATA FROM
MAD

DON’T
CARE

t

TXGH

Digital Mode TX Data Bus Timing

AMPS RX

AMPS receive data from the RF section is differential, through pin 23 and 24 of the CAFE
ASIC. RX data is transferred at 40 kHz through a 12–bit data bus RXD(11:0) output from
the CAFE ASIC to the MAD4 ASIC. Wide band data (ADATA) is one bit asynchronous data
running at 150 kHz.

Data conversion and the bus interface is synchronous. Data is clocked out of CAFE on the
falling edge of the clock and clocked into the MAD4 on the rising edge of the clock.

AMPS TX

The TX data in AMPS mode is transferred at 120 kHz using an 8–bit multiplexed parallel
data bus TXD(7:0). The AMPS transmit channel uses the Q channel. TX data is clocked out
of MAD4 on the rising edge and clocked into the CAFE on the falling edge.

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System Connector

XEAR

RF Section

TXIQ(3..0)

CLK19M2
AMPS_MOD

LIM_N
LIM_P

RXIQ(3..0)

SGND
XMIC
MICP
MICN

CLK_EN
IQSEL
TXD(7..0)

MAD Module

RXD(7..0)

CAFE_TX_GATE
ADATA
CLK9M83
CLK19M20
RESETX
INTERUPTIONS

CAFE Module

CAFE and Peripherals Block Diagram

VREF
VR6

CCONT

Audio CODEC

The audio CODEC has the following functional blocks:

– 8 kHz interface for speech codec

– Microphone amplifiers and mux for three differential microphone inputs

– Variable gain amplifier for TX audio

– Variable gain amplifier for sidetone audio

– 13-bit Analog-to-Digital converter and lowpass filter

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– 13-bit Digital-to-Analog converter and lowpass filter

– Variable gain amplifier for RX audio

– Speaker amplifiers for three speakers

Transmit

The microphone signal, MICP and MICN, is sent to CAFE differentially through pin 66 and
pin 69. The maximum input signal level at either input is 1.0 V, which gives a differential
level of 2.0 V

pp

. Audio data is transferred in 16 bit frames (2 LSBs are not used).

The audio signal from an external accessory (XMIC) drives pin 68. The ground reference
for XMIC is SGND (pin 67), which is a virtual ground.

Receive

The audio receive path consists of a D/A converter, lowpass filter and output attenuator
with three selectable outputs. Only one output can be active at a time. The biasing at the
outputs can be independently controlled to be ON at all outputs to avoid switching tran­sients.

The EAR output from pin 77 and pin 80 is intended to drive a phone earpiece having typ­ically 32 ohm resistance. The output is differential, having positive (EARP) and negative
(EARN) output terminals.

The HF output is intended to drive external audio circuitry via XEAR. The output is single–
ended, but also has another pin (HFCM) which drives signal ground for it.

Detection

The external microphone input is detected by the voltage divider between R205 and
R219 (EAD_HEADINT, A/D to by CCONT). When XEAR is loaded, it can pull down R213 and
generate an interrupt to MAD4 (HOOK-INT).

External Microphone Biasing

AUXOUT is used to generate biasing voltage for the external microphone, and will pro­vide 1.5 V bias voltage to the external microphone. If AUX-OUT is not selected, the out­put will be in high impedance state.

R202, R220, C212, and V201 provide an alternative means of biasing the internal micro­phone.

EMC Strategy

The baseband EMC strategy is divided into electrical and mechanical items. As electrical
guide lines, clocks and high speed signals should be routed in inner layers and away from
the PCB edges. Clock signals distributed to other circuits should have series resistors
incorporated to reduce rise times and reflections. Slew rate controlled buffers should be
used on custom components wherever possible to reduce the EMC produced by the cir­cuit. Separate power supplies for digital, analog and rf–blocks should be used as much as

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possible. Baseband and RF supply power rails should be isolated from each other by
means of inductors in the power supply rail to prevent high frequency components pro­duced on the baseband power supply rail to spread out over the RF power supply plane.
This might be required to avoid interference from digital circuits to affect the perfor­mance of RF section.

All external connectors and connection must be filtered using RC or LC networks to pre­vent the high frequency components from entering connection cables that then will act
as antennas. The amount of this type of EMC component is in straight relation to the
amount of external connections. The type of network and amount of components to be
used is determined by the AC and DC impedance characteristic of that particular signal.
Low impedance signals requires LC network while medium impedance level signals, input
signals at moderate band width can use RC networks.

The EMC protection should also prevent external or internal signals to cause interference
to baseband and in particular to audio signals. Internal interference is generated by the
transmitter CDMA frequency and the switch mode charging. The transmitter CDMA fre­quency interference is likely to cause noise to both microphone and earphone signals.
The transmitter RF interference is likely to cause more problems in the microphone cir­cuitry than in the earphone circuitry since the earpiece is a low impedance dynamic type.

As mechanical guide lines, the baseband and RF sections should be isolated from each
other using EMC shielding, which suppresses radiated interferences. The transmitter
CDMA frequency can also generate mechanical vibrations that can be picked up by the
microphone if it is not properly isolated from the chassis using rubber or some other soft
material. A spring connected microphone is used to prevent microphone interference
problems. Connection wires to internal microphone and earphone should be as short as
possible to reduce the interference caused by internal signals.

ESD protection has to be implemented on each external connection that is accessable
during normal operation of the phone.

RF Module

Transmitter

The following sections describe the 800 and 1900MHz transmitters working from the
Duplexers back to the Base Band signals.

Antenna

A dual band antenna was developed for the phone. The Antenna has two electrical con­tacts to the phone. One is on the main body of the antenna. The second is a contact with
the base of the whip in the down position.

Diplexer

Since the product is Dual Band it comprises two Duplexers. A ceramic 1900 MHz
duplexer and a SAW 800 MHz duplexer. Since only one antenna is used it is necessary to
diplex the two duplexers together. This is done using a discrete network that is shown in
the figure below. Part of this network is printed on the PCB.

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1900

Duplexer

800

Duplexer

1900 MHz Transmitter

The following sections describe the 1900MHz transmitters working from the Duplexers
back to the Base Band signals.

1900MHz Duplexer Scorpion

The 1900 MHz duplexer known, as “Scorpion” is a ceramic mono block device. The front
of the duplexer is covered with a shield. It is crucial that this shield is well soldered
down to avoid rejection problems. Solder joints along the mono block front (i.e. shield
side) are also critical for rejection while solder joints at the rear of duplexer serve only as
mechanical securing. Due to the problem of silver leaching the corners of the duplexer
should NOT be soldered, only flat sections of the part should be soldered.

1900 MHz Isolator

RF Isolators are used the 1900MHz transmitter, its reference designators is Z605. It is in
the industry standard 7 x 7 mm packages and an arrow on the top of the package indi­cates the direction of power flow. It allows power to flow only from the PA to the
Duplexer and not in the reverse direction.

This means that the impedance that is presented to the PA remains the same regardless
of channel. It also avoids the use of a directional coupler for power detection.

1900 MHz Power Amplifiers Snapper

The Power Amplifier is a GaAs HBT Device. The 1900MHz PA is referred to as SNAPPER,
reference designator N606. The device is two stage and requires both external inter stage
and external output matching, part of this matching is printed on the PCB. It is packaged
in a standard SSOP16 plastic package with a heat sink slug underneath. The metal slug
on the underside, which serves primarily as a heat sink, but also as an RF ground connec­tion. A grid of vias are present under the slug to help conduct heat into the PCB and all
layers have a maximum amount of copper under the PA’s to assist with heat dissipation.

The PA is connected directly to Vbatt through an inductor. It is through this inductor that
most of the current consumed by the PA flows. The PA is switched on and off by control­ling its bias. Since a voltage of greater than 3.8v was required for the bias the 5 volt out-

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put from CCONT has been utilized. The signal for controlling the PA comes from MAD
and is called TX_GATE_P. This lines switches the +5 volts from CCONT via N60x to the
VREF pin on SNAPPER. When the TX_GATE line is high (i.e. at 2.7 volts) the 5 volts is
switched onto the bias and the PA is on, if there is no RF input to the PA then it will draw
approximately 100 mA.

1900 MHz Transmitter Interstage Filtering

Due to the small separation between the Tx Band 1850 –1910MHz and the Rx band 1930
– 1900 MHz it is extremely difficult to filter the Tx noise from the Rx band to a level
acceptable to the receiver. To achieve the rejection we required using SAW filter technol­ogy, it was necessary to split the band into two 30 MHz wide sections.

Splitting the band into two allowed us to get significantly more rejection, however we
now have the problem of switching between the two bands. Fortunately it was possible
for the vendor to place both these SAW filters in a single 4 x 4mm package reference
designator Z602. In order to use this filter, the Tx signal obviously needs to be switched
to the correct filter section. This is achieved on the output (before the PA) with a GaAs
switch reference designator N609, and on the input by a switch integrated into the up–
converter IC Apache reference designator N601. Both switches are controlled by a signal
from MAD4 called FILT_SEL.

The GaAs switch N609 requires a transistor to control it V614 since it requires both high
and low signal simultaneously and only one control line is available from MAD4 to con­trol the switch.

1900 MHz Transmitter Up–converter Apache

Apache reference designator N601 is the 1900MHz Up converter. This IC is contained in
an SSOP24 plastic package and is responsible for mixing the transmit IF signal up to the
required RF and amplifying in to a level sufficient to drive the PA to produce the required
output power. Apache also incorporates a Voltage Variable Attenuator (VVA), this atten­uator provides nearly 20dB of RF power control by varying the TX_RF_AGC line. The VVA
is included since it is very difficult to provide all of the huge dynamic range required by
CDMA at the intermediate frequency.

The Tx up–converter incorporates an IF amplifier (IFA) a mixer with LO buffer followed by
RF amplifier (RFA), Voltage Variable Attenuator (VVA) followed by a driver. Finally the
driver output is switched to two outputs for each of the split band filter inputs. A SAW
filter reference designator Z601 prior to the VVA input filters the output of the RFA.

The Apache IC runs on two power supplies for two reasons, one the CCONT was not able
to source enough current for the whole IC and secondly the extra 0.3 volts gained by
using Vbatt for the Driver stage allows a big improvement in both output power and
ACPR. The IFA and the LO buffer are powered by VR4 from CCONT. The RFA and driver
supplies come from Vbatt switched by a FET reference designator V606. The control for
switching the power to the driver is TX_GATE_P i.e. the same line used to control the PA.
The Driver stages are therefore “punctured” in exactly the same way, as the PA’s to save
current.

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A block diagram of the Apache IC is shown below:

External BP Filter

RFA2_OUT DRV_IN

IF+_VDD DRV_VDD2

LO_SRC

IF–_VDD DRV_VDD1

LO_VDD

800 MHz Transmitter

The following sections describe the 800MHz transmitters working from the Duplexers
back to the Base Band signals.

RFA1_VDD RFA2_VDD

RFA1 RFA2

VVA

Switch

Driver

SW_CNTRL
DRV_SRC2
DRV_SRC1

RFA2_SRCRFA1_SRC

GNDSVVA_CNTRL

800 MHz SAW Duplexer

The 800 MHz duplexer used is of SAW technology. Proper soldering of all pins is neces­sary for correct rejection performance.

800 MHz Isolator

RF Isolators are used the 800MHz transmitter, its reference designators is Z60x. It is in
the industry standard 7 x 7 mm packages and an arrow on the top of the package indi­cates the direction of power flow. It allows power to flow only from the PA to the
Duplexer and not in the reverse direction. This means that the impedance that is pre­sented to the PA remains the same regardless of channel. It also avoids the use of a
directional coupler for power detection.

800 MHz Power Amplifiers Shark

The Power Amplifier PA is a GaAs HBT Device. The PA is referred to as SHARK reference
designator N605. The device is two stage and requires both external inter stage and
external output matching, part of this matching is printed on the PCB. It is packaged in a
standard SSOP16 plastic package with a heat sink slug underneath. The metal slug on
the underside, which serves primarily as a heat sink, but also as an RF ground connec­tion. A grid of vias are present under the slug to help conduct heat into the PCB and all
layers have a maximum amount of copper under the PA’s to assist with heat dissipation.

Shark 800MHz PA has been designed to work in both Digital (CDMA mode) and Analog

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(AMPS Mode). The PA is connected directly to Vbatt through an inductor. It is through
this inductor that most of the current consumed by the PA flows. The PA is switched on
and off by controlling its bias. Since a voltage of greater than 3.8v was required for the
bias the 5 volt output from CCONT has been utilized. The signal for controlling the PA
come from MAD4 and is called TX_GATE_C for Snapper 1900MHz.

This line switches the +5 volts from CCONT via N60x to the appropriate VREF pin on
SHARK. When the TX_GATE line is high (i.e. at 2.7 volts) the 5 volts is switched onto the
bias and the PA is on, if there is no RF input to the PA then it will draw approximately
100 mA.

800 MHz Transmitter Up–converter Odyssey

Odyssey reference designator N604 is the 800 MHz Up converter. This IC is contained in
an SSOP28 plastic package and is responsible for mixing the transmit IF signal up to the
required RF and amplifying in to a level sufficient to drive the PA to produce the required
output power.

Odyssey also incorporates a Voltage Variable Attenuator (VVA), this attenuator provides
nearly 20dB of RF power control by varying the TX_RF_AGC line. The VVA is included
since it is very difficult to provide all of the huge dynamic range required by CDMA at the
intermediate frequency.

The Tx up–converter incorporates an IF amplifier (IFA) a mixer with LO buffer followed by
RF amplifier (RFA), Voltage Variable Attenuator (VVA) followed by a driver. Finally the
driver output is switched to two outputs for each of the split band filter inputs. A SAW
filter reference designator Z606 prior to the VVA input filters the output of the RFA.

The Odyssey IC runs on two power supplies for two reasons, one the CCONT was not able
to source enough current for the whole IC and secondly the extra 0.3 volts gained by
using Vbatt for the Driver stage allows a big improvement in both output power and
ACPR. The IFA and the LO buffer are powered by VR5 from CCONT. The RFA and driver
supplies come from Vbatt switched by a FET reference designator V602. The control for
switching the power to the driver is TX_GATE_C i.e. the same line used to control the PA.
The Driver stages are therefore “punctured” in exactly the same way as the PA’s to save
current.

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.

External BP Filter

IF+_IN

IF–_IN

Mixer_OUT

IF+_VDD DRV_VDD2

Mixer

Up–converter

LO_VDD

LO_IN

RFA_IN

GNDSLO_SRC

RFA_VDDRFA_SRCIF–_VDD

RFA

VVA_CNTRL

800 MHz and 1900 MHz Transmitter Intermediate Frequency (TIF)

DRV_VDD1

VGA

DRV_SRC2

DRV_SRC1

The TIF IC generates the Intermediate Frequency (IF) for both the 800MHz and 1900MHz
transmitters. This IC reference designator N604 incorporates the IQ modulator for CDMA
mode, 85dB of dynamic range control and a switch for the two transmitters. Also
included in the TIF IC is most of the circuitry required for the power detection for both
CDMA over power detection and AMPS mode closed loop power control.

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BAND_SELMODE_SEL

TX_IP

TX_IN

TX_QP

TX_QN

LO_TIF

P_DET

P_REF

R1

RF_IP

RF_IN

RF_QP

RF_QN

AGC

/2

FILT1
FILT2

TIF_EN

TIF_IF_AGC

TX_LIM

R2 C1 C2

1900 MHz Receiver

The following sections describe the 1900MHz receiver working from the Duplexers to the
Base Band signals.

1900 MHz LNA and Interstage Filter

The receiver port of the Duplexer is connected to a discrete Low Noise Amplifier (LNA).
The discrete LNA consists of a Bipolar transistor reference designator V705 with active
bias transistors V704. The external LNA is supplied by VR2 from CCONT. The LNA con­sumes 22mA of current.

The discrete LNA is followed by an inter stage filter reference designator Z707. The pri­mary objective of this filter is to attenuate the transmitter signal band 1850 to 1910MHz
which is not attenuated sufficiently by the Duplexer and to pass the receive band 1930
to 1990MHz with typically 3dB of attenuation.

1900 MHz Down Converter IC STEALTH

Stealth is the GaAs down converter IC that is used for 1900 MHz CDMA reception. The IC
reference designator is N701 and it is packaged in a standard SSOP24 plastic package.
The first Inter stage filter reference designator Z707 (mentioned above) is connected to
the Stealth LNA input which has 17dB of Gain and NF of 2.1dB. The LNA output comes
off chip to the second inter stage filter and also a 7dB attenuator. The output of the
attenuator is then connected back to stealth where the signal passes through an RF

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Amplifier (RFA) with 12dB of Gain. The signal is then mixed down to the IF frequency of

128.1MHz. The Mixer is a passive floating FET design, the LO for this is buffered inside
Stealth. The mixer output is amplified by an IF amplifier (IFA) with 12dB of gain. The
Stealth IC has the ability to lower the gain by 22dB by bypassing the LNA. It also has the
ability to increase the LNA IP3 using the BOOST control which increases the LNA current.

Stealth is supplies by VR2 from CCONT and consumes 39mA in High Gain Mode (normal
mode). If used in the other modes it would consume 30mA in Low Gain and 60mA in
Boost Mode.

SAW 1

VDD3

LNA_IN

VDD1

VDD2

LNA

RFA

VDD4

Mixer

IF Amp

IF+
IF–

SOURCE1
SOURCE2

SW_CTRL

”STEALTH” IC

GNDS

800 MHz and 1900 MHz CDMA IF filter

Both the 800 MHz CDMA path and the 1900 MHz CDMA Path use the CDMA IF filter ref­erence designator Z704.

The 1900 MHz and 800 MHz down converters share the 128.1MHz IF SAW filter and this
operates as follows.

When receiving a 1900 MHz CDMA signal the Stealth down converter IC is power up
with VR2 and the 800MHz down converter IC Endeavor powered from P4 is turned off.
The IFA outputs from 800MHz down converter IC Endeavor (which is connected to the
CDMA IF SAW filter) become high impedance and do not interfere with the 1900 MHz
received signal.

VDD5

IF+BYP

LO Buffer

LO_IN

When receiving a 800 MHz CDMA signal the 800MHz down converter IC Endeavor is
switched on and the 1900 MHz down converter is switch off.

800 MHz Receiver

The following sections describe the 800MHz receiver working from the Duplexers to the
Base Band signals.

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800 MHz Down Converter IC ”Endeavor”

Endeavor is the GaAs down converter IC used for the 800 MHz Band, it has been
designed for both AMPS and CDMA reception. The IC reference designator is N703 and it
is packaged in a standard SSOP28 plastic package. The Rx port of the 800 MHz Duplexer
is connected to the LNA input of the Endeavor Down converter IC. The LNA has 13dB of
Gain and a NF of 2dB. The LNA output is brought off chip for the 800MHz Inter stage fil­ter reference designator Z705. The filter output is connected to the Endeavor RFA input
and the signal is then mixed down to IF. Up to this point everything in Endeavor is used
for both CDMA and AMPS reception. The mixer output is connected to two IF Amplifiers
one for CDMA and one for AMPS. The CDMA IFA has a gain of 17dB and its output is
connected directly to the CDMA IF SAW filter. When the Endeavor IC is switched off the
impedance presented to the CDMA IF SAW filter is very high. The AMPS IFA is connected
to the 128.55 MHz AMPS IF SAW filter.

800 MHz AMPS IF Filter

The AMPS IF filter reference designator Z702 is used for 800 MHz AMPS only.

The Intermediate frequency of the AMPS filter is 450KHz higher than that of the CDMA
IF filter. The reason being that the AMPS path uses double conversion with a second IF of
450KHz. Offsetting the first IF by 450KHz from the CDMA path allows the same second
LO (of 128.1MHz) to be used for both CDMA and AMPS thereby simplifying the Synthe­sizer design.

Receiver Intermediate Frequency (RIF)

The RIF IC incorporates the following functions CDMA AGC, IQ Demodulator and AMPS
second conversion and Limiter. These functions are explained in the following sections.
The RIF IC is power from the VR7 regulator from CCONT and consumes approximately 24
mA of current. The RIF IC reference designator is N702 and it is packaged in a standard
TQFP32 plastic package

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.

VCC1a

RX_IFP

RX_IFN

MODE_SEL

VCC2

RIF_EN

GND1a GND1b

AGC

VCC1b

GND1c

NC

GND3

2

RX_QP

RX_QN

RX_IN

RX_IP

VCC3

GND4

LO–RIF

VCC4

RIF_IF_AGC

GND3

GND2

CDMA AGC

The RIF IC contains a wide dynamic range AGC circuit for CDMA. The AGC provides +45
to –45dB of Gain controlled by the PDM Line RX_IF_AGC.

IQ Demodulator

The IQ demodulator mixes the 128.1MHz IF signal down to DC with two mixers one at
quadrature to the other. The LO is at 256.2MHz and is divided by two in the demodulator.

AMPS Second Down conversion

The AMPS path is designed with a second IF of 450KHz. The RIF IC amplifies the

128.55MHz IF signal and then mixes it down to 450KHz with the 256.2MHz LO (divided
by 2 to 128.1MHz).

RX_IF_FM

RX_FM1

LIM_IN

LIM_NIN

LIM_FB

VCC3

LIM_N

LIM_P

RSSI

AMPS Limiter

The 450KHz output is then taken off chip to the 450KHz Ceramic 2nd IF filter after
which the signal returns to RIF where it is passed through a limiting amplifier. The Lim­iter output is then band pass filtered to generated a wave form than can be interpreted
by the DEMO block in CAFE.

Synthesizers

The frequency plan requires the following Local Oscillator (LO) frequencies to be synthe­sized. The power supplies to these synthesizers have been designed to minimize power
consumption.

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UHF LOs 1 GHz and 2 GHz

The 800 MHz band and 1900 MHz band each require their own UHF LO to select the
required channel. Since only one is required at a time the PLL IC Reference designator
N501 is used for both LO and only the correct Voltage Controlled Oscillator (VCO) switch
on. The loop filter for the two bands is also shared by the two bands. The PLL IC N501 is
powered by VR3 from CCONT and is switched on in both Receive and Transmit modes.
The R and N counters are programmed by the lines SYN_DAT, SYN_CLK and SYN_LE1
from MAD to achieve the correct output frequency. The PLL IC N501 also incorporates a
VHF PLL which is used for the Transmitter LO.

The 1 GHz VCO reference designator G503 is powered by P1 from PENTA and the 2GHz
reference designator G502 is powered by P3 from PENTA.

Receiver VHF LO

The receiver requires a 256.2 MHz LO in CDMA 1900 MHz, CDMA 800 MHz and AMPS
modes. A mask programmed PLL IC is used which has fixed N counters to always produce
the correct frequency with no programming required. The Receiver VHF VCO is a discrete
design based around a bipolar transistor reference designator V506. The Receiver VHF LO
is fed to the RIF IC.

Transmitter VHF LO

The transmitter requires three different LO frequencies depending on the Tx mode. The
LO is not required in receive mode and is therefore not powered up for receive only slots.

The transmitter VHF VCO is a discrete design based around a bipolar transistor reference
designator V508. To cover the wide frequency range required above the VCO also uses
the BAND_SEL control line from MAD to switch a capacitor in and out of the VCO. Finally
in AMPS mode the Frequency Modulation is applied directly to the VCO through the
AMPS_MOD line. The Dual PLL IC used for the UHF PLLs is also used for the VHF LO and is
programmed using the same 3 control signals from MAD SYN_DAT, SYN_CLK and
SYN_LE1. The transmitter VHF VCO is powered using a TOKO regulator reference designa­tor N305 that is controlled by the VR7 supply from CCONT. This arrangement was
required to give the VCO a very clean power supply.

RF - Base Band Connections

Signal
name

VBAT battery Penta 2.8v reg.

From/
Control

To Parameter Min Typ Max Unit Function

PA Odyssey &
Apache

Voltage

Current

3.1 3.6 5.3

1300VmA

Supply voltage
for Penta regula­tors PA and PA
Driver ICs

VR1 CCONT VCTCXO and

VCTCXO buffer

Voltage

Current

2.7 2.8 2.85

5.1

v

mA

Supply for
VCTCXO and
buffer

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Signal
name

VR2 CCONT Stealth 1900

VR3 CCONT Dual PLL, Rx

VR4 CCONT Apache 1900

VR5 CCONT Odyssey 800

From/
Control

To Parameter Min Typ Max Unit Function

Rx IC Discrete
1900 MHz LNA
Rx IC Discrete

VHF PLL, Rx
VHF VCO, RIF,
CDMA IF Amp
in Endeavor
and Stealth

Tx IC, discrete
LO buffer

Tx IC

Voltage

Current

Voltage

Current

Voltage

Current

Voltage

Current

2.7 2.8 2.8568v

2.7 2.8 2.8555v

2.7 2.8 2.8548v

2.7 2.8 2.8525v

Supply for
Stealth 1900 Rx
IC and discrete
1900 MHz LNA

mA

Supply for Dual
PLL, Rx VHF PLL,
Rx VHF VCO, RIF
Rx IF IC, and the
IF CDMA ampli­fiers in Endeavor
and Stealth

mA

Supply voltage
for Apache 1900
MHz Tx IC and
discrete 1900
MHz LO buffer

mA

Supply voltage
for Odyssey 800
MHz Tx IC

mA

VR6 CCONT CAFE Voltage

Current

VR7 CCONT TIF, TOKO reg-

ulator control

P1 Penta 1 GHz VCO Voltage

P2 Penta Endeavor IF

Amplifier

P3 Penta 2 GHz VCO Voltage

Voltage

Current

Current

Voltage

Current

Current

2.7 2.8432.85 v

2.7 2.8242.85 v

2.7 2.8162.8520v

2.7 2.8 2.8512v

2.7 2.8162.8520v

Supply voltage
for CAFE

mA

Supply voltage
for TIF Transmit­ter Modulator
and AGC IC.
Control for TOKO
regulator for Tx
VHF VCO

mA

Supply for 800
MHz Band VHF
VCO

mA

Supply for
Endeavor IF
amplifier

mA

Supply for 1900
MHz Band VHF
VCO

mA

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Signal
name

P4 Penta Endeavor 800

P5 Penta Discrete 1900

+5V
POWER

PA_TEMPRF CCONT Voltage 0 1.5 v RF temperature

MODE_
SEL

From/
Control

CCONT PA Bias cir-

MAD TIF, RIF CDMA Mode

To Parameter Min Typ Max Unit Function

Voltage

Rx IC

Current

Voltage

MHz LNA

Current

Voltage
cuitry 800 and
1900

Current 5 7 mA

AMPS Mode

2.7 2.8 2.85 v

2.7 2.8212.8523v

2.7

0

mA

mA

v

v

Supply for 800
MHz Rx IC
Endeavor

Supply for dis­crete 1900 MHz
LNA

5v supply which
is required to
switch PA on

sensor 47K NTC
to Ground

Digital or Ana­log Mode control

BAND_
SEL

BOOST

RX_GS

FILT_SELMAD Apache 1900

MAD Tx VHF VCO,

TIF

MAD

MAD

Endeavor,
Stealth

Endeavor,
Stealth

Tx, 1900 SAW
control cir­cuitry

1900 Band

800 Band

Boost On

Boost Off

High Gain

Low Gain

1850-1880

(ch0-599)

1880-1910

(ch600-1199)

2.7

0

2.7

0

2.7

0

2.7

0

v

v

v

v
v

v

v

v

1900 or 800
MHz Band Con­trol

Boost control.
Increases RX IP3
but also
increases current

Low Gain mode
bypasses the
LNA in Endeavor
and Stealth,
decreasing sens
and current but
increasing IP3

Control switch to
switch RF path
through corrent
section of SAW
filter

CEL_M
ODE

MAD Endeavor 800 MHz

CDMA

2.7 v Control to switch
CDMA IF Amp on
800 MHz CDMA

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Signal
name

RSSI RIF CCONT Voltage 0.1 1.5 v Voltage propor-

LIM_P RIF CAFE Signal voltage

LIM_N RIF CAFE Signal voltage

RX_IP RIF CAFE Signal voltage

From/
Control

To Parameter Min Typ Max Unit Function

tional to
received signal
strength in
AMPS mode

600 mV Differential lim-

pk-pk

600 mV Differential lim-

pk-pk

2 v Differential I

pk-pk

ited AMPS sig­nal which is
demodulated by
DEMO in CAFE

ited AMPS sig­nal which is
demodulated by
DEMO in CAFE

channel CDMA
signal, filtered
and passed
through a ADC in
CAFE

RX_IN RIF CAFE Signal voltage

pk-pk

RX_IQ RIF CAFE Signal voltage

pk-pk

RIF_EN MAD RIF RIF On

RIF Off

RX_IF_
AGC

MAD RIF PDM voltage 0 2.7 v IF Gain Control 8

v Differential I

channel CDMA
signal, filtered
and passed
through a ADC in
CAFE

2 v Differential I

channel CDMA
signal, which is
filtered and
passed through a
ADC in CAFE

2.7

0

v

v

Control line used
to enable the RIF
IC

bit PDM in MAD
which is filtered
to provide a DC
level for RIF gain
control

TIF_EN MAD TIF TIF On

TIF Off

2.7

0

v

v

Control line used
to enable the TIF
IC

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Signal
name

TX_LIM
_ADJ

TX_LIM TIF MAD Tx higher than set on

TX_RF_
AGC

From/
Control

MAD TIF PDM voltage 0 2.7 v 8 bit PDM in

MAD Apache and

To Parameter Min Typ Max Unit Function

TX_LIM_ADJ

Tx lower than set on
TX_LIM_ADJ

PDM voltage

Odyssey

max gain

PDM voltage
min gain

0

2.7

0

2.7

MAD is used to
set one arm the
comparator (the
other one detec­tor) in CDMA
mode. Used to
set desired
power in closed
loop AMPS
Mode.

v

v

v

v

TX_LIM_ADJ and
RF power detec­tor comparator
output read by
MAD

8 bit PDM in
MAD used to
control the volt­age variable
attenuator in
Odyssey and
Apache

TX_IP CAFE TIF Signal voltage

pk-pk

TX_IN CAFE TIF Signal voltage

pk-pk

TX_QP CAFE TIF Signal voltage

pk-pk

TX_QN CAFE TIF Signal voltage

pk-pk

TX_IF_
AGC

MAD TIF PDM voltage

max gain

PDM voltage
min gain

1 v Differential I

channel CDMA
transmit signal

1 v Differential I

channel CDMA
transmit signal

1 v Differential Q

channel CDMA
transmit signal

1 v Differential Q

channel CDMA
transmit signal

2.7

0

v

v

8 bit PDM in
MAD used to
control the IF
Gain in TIF

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Parts list of UF4D (NSD-6GX) (EDMS Issue 3.1) Code: 0201713

ITEM CODE DESCRIPTION VALUE TYPE

R101 1430778 Chip resistor 10 k 0W06 0402

R102 1430754 Chip resistor 1.0 k 0W06 0402

R103 1430796 Chip resistor 47 k 0W06 0402

R104 1430726 Chip resistor 100 r 0W06 0402

R105 1430812 Chip resistor 220 k 0W06 0402

R106 1430778 Chip resistor 10 k 0W06 0402

R107 1430770 Chip resistor 4.7 k 0W06 0402

R110 1430762 Chip resistor 2.2 k 0W06 0402

R111 1430754 Chip resistor 1.0 k 0W06 0402

R112 1430786 Chip resistor 18 k 0W06 0402

R113 1430754 Chip resistor 1.0 k 0W06 0402

R114 1430786 Chip resistor 18 k 0W06 0402

R115 1430762 Chip resistor 2.2 k 0W06 0402

R117 1430778 Chip resistor 10 k 0W06 0402

R119 1430754 Chip resistor 1.0 k 0W06 0402

R121 1430770 Chip resistor 4.7 k 0W06 0402

R122 1620031 Resistor network 2x1k0 0W06 0404

R123 1430778 Chip resistor 10 k 0W06 0402

R124 1430796 Chip resistor 47 k 0W06 0402

R126 1430778 Chip resistor 10 k 0W06 0402

R127 1430778 Chip resistor 10 k 0W06 0402

R132 1430762 Chip resistor 2.2 k 0W06 0402

R133 1430690 Chip resistor jumper 0402

R135 1430690 Chip resistor jumper 0402

R139 1620031 Resistor network 2x1k0 0W06 0404

R142 1430762 Chip resistor 2.2 k 0W06 0402

R144 1430744 Chip resistor 470 r 0W06 0402

R145 1430744 Chip resistor 470 r 0W06 0402

R146 1430744 Chip resistor 470 r 0W06 0402

R147 1430718 Chip resistor 47 r 0W06 0402

R148 1430718 Chip resistor 47 r 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R149 1430718 Chip resistor 47 r 0W06 0402

R150 1430718 Chip resistor 47 r 0W06 0402

R151 1430778 Chip resistor 10 k 0W06 0402

R153 1430778 Chip resistor 10 k 0W06 0402

R154 1430778 Chip resistor 10 k 0W06 0402

R155 1430762 Chip resistor 2.2 k 0W06 0402

R201 1430764 Chip resistor 3.3 k 0W06 0402

R203 1430804 Chip resistor 100 k 0W06 0402

R204 1430796 Chip resistor 47 k 0W06 0402

R205 1430796 Chip resistor 47 k 0W06 0402

R206 1430762 Chip resistor 2.2 k 0W06 0402

R207 1430762 Chip resistor 2.2 k 0W06 0402

R208 1430762 Chip resistor 2.2 k 0W06 0402

R209 1430718 Chip resistor 47 r 0W06 0402

R210 1430718 Chip resistor 47 r 0W06 0402

R211 1430740 Chip resistor 330 r 0W06 0402

R212 1430812 Chip resistor 220 k 0W06 0402

R213 1430796 Chip resistor 47 k 0W06 0402

R214 1430718 Chip resistor 47 r 0W06 0402

R215 1430796 Chip resistor 47 k 0W06 0402

R216 1430754 Chip resistor 1.0 k 0W06 0402

R217 1430754 Chip resistor 1.0 k 0W06 0402

R218 1430788 Chip resistor 22 k 0W06 0402

R219 1430812 Chip resistor 220 k 0W06 0402

R220 1430804 Chip resistor 100 k 0W06 0402

R302 1430700 Chip resistor 10 r 0W06 0402

R303 1430834 Chip resistor 3.3 m 0W06 0402

R304 1430800 Chip resistor 68 k 0W06 0402

R305 1430808 Chip resistor 150 k 0W06 0402

R306 1430796 Chip resistor 47 k 0W06 0402

R308 1825005 Chip varistor vwm14v vc30V 0805

R309 1430830 Chip resistor 1.0 m 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R310 1430778 Chip resistor 10 k 0W06 0402

R311 1430830 Chip resistor 1.0 m 0W06 0402

R312 1430830 Chip resistor 1.0 m 0W06 0402

R313 1430804 Chip resistor 100 k 0W06 0402

R314 1430796 Chip resistor 47 k 0W06 0402

R316 1422881 Chip resistor 0.22 1W 1218

R317 1430804 Chip resistor 100 k 0W06 0402

R318 1430804 Chip resistor 100 k 0W06 0402

R319 1430804 Chip resistor 100 k 0W06 0402

R321 1430778 Chip resistor 10 k 0W06 0402

R323 1430778 Chip resistor 10 k 0W06 0402

R324 1430708 Chip resistor 18 r 0W06 0402

R325 1430778 Chip resistor 10 k 0W06 0402

R326 1430778 Chip resistor 10 k 0W06 0402

R327 1430778 Chip resistor 10 k 0W06 0402

R328 1430804 Chip resistor 100 k 0W06 0402

R330 1430778 Chip resistor 10 k 0W06 0402

R501 1430708 Chip resistor 18 r 0W06 0402

R502 1430700 Chip resistor 10 r 0W06 0402

R503 1430800 Chip resistor 68 k 0W06 0402

R504 1430808 Chip resistor 150 k 0W06 0402

R507 1430740 Chip resistor 330 r 0W06 0402

R508 1430700 Chip resistor 10 r 0W06 0402

R509 1430778 Chip resistor 10 k 0W06 0402

R511 1430762 Chip resistor 2.2 k 0W06 0402

R512 1430700 Chip resistor 10 r 0W06 0402

R514 1620101 Resistor network 2x470 r 0W06 0404

R515 1430804 Chip resistor 100 k 0W06 0402

R521 1430726 Chip resistor 100 r 0W06 0402

R522 1430754 Chip resistor 1.0 k 0W06 0402

R523 1430762 Chip resistor 2.2 k 0W06 0402

R525 1430726 Chip resistor 100 r 0W06 0402

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

R526 1430764 Chip resistor 3.3 k 0W06 0402

R527 1430742 Chip resistor 390 r 0W06 0402

R528 1430764 Chip resistor 3.3 k 0W06 0402

R529 1430764 Chip resistor 3.3 k 0W06 0402

R530 1430744 Chip resistor 470 r 0W06 0402

R531 1430778 Chip resistor 10 k 0W06 0402

R532 1430796 Chip resistor 47 k 0W06 0402

R533 1430728 Chip resistor 120 r 0W06 0402

R534 1430754 Chip resistor 1.0 k 0W06 0402

R535 1430740 Chip resistor 330 r 0W06 0402

R536 1430720 Chip resistor 56 r 0W06 0402

R537 1430764 Chip resistor 3.3 k 0W06 0402

R538 1430800 Chip resistor 68 k 0W06 0402

R539 1430744 Chip resistor 470 r 0W06 0402

R540 1430762 Chip resistor 2.2 k 0W06 0402

R542 1430726 Chip resistor 100 r 0W06 0402

R544 1430722 Chip resistor 68 r 0W06 0402

R545 1430770 Chip resistor 4.7 k 0W06 0402

R546 1430762 Chip resistor 2.2 k 0W06 0402

R548 1430762 Chip resistor 2.2 k 0W06 0402

R601 1430792 Chip resistor 33 k 0W06 040

R602 1430744 Chip resistor 470 r 0W06 0402

R605 1430726 Chip resistor 100 r 0W06 0402

R606 1430762 Chip resistor 2.2 k 0W06 0402

R607 1430804 Chip resistor 100 k 0W06 0402

R610 1430792 Chip resistor 33 k 0W06 040

R611 1820035 NTC resistor 47 k B=4050+-3% 0805

R612 1430748 Chip resistor 680 r 0W06 0402

R613 1430778 Chip resistor 10 k 0W06 0402

R614 1430740 Chip resistor 330 r 0W06 0402

R619 1430714 Chip resistor 33 r 0W06 0402

R620 1430804 Chip resistor 100 k 0W06 0402

Issue 1 04/01 Nokia Mobile Phones Ltd. Page 53

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System Module PAMS Technical Documentation

ITEM CODE DESCRIPTION VALUE TYPE

R621 1430728 Chip resistor 120 r 0W06 0402

R622 1430784 Chip resistor 15 k 0W06 0402

R623 1430770 Chip resistor 4.7 k 0W06 0402

R624 1430690 Chip resistor jumper 0402

R625 1430744 Chip resistor 470 r 0W06 0402

R626 1430716 Chip resistor 39 r 0W06 0402

R631 1430728 Chip resistor 120 r 0W06 0402

R633 1430726 Chip resistor 100 r 0W06 0402

R634 1430728 Chip resistor 120 r 0W06 0402

R635 1430728 Chip resistor 120 r 0W06 0402

R636 1430728 Chip resistor 120 r 0W06 0402

R640 1430758 Chip resistor 1.5 k 0W06 0402

R641 1430784 Chip resistor 15 k 0W06 0402

R701 1430726 Chip resistor 100 r 0W06 0402

R706 1430770 Chip resistor 4.7 k 0W06 0402

R707 1430786 Chip resistor 18 k 0W06 0402

R708 1430762 Chip resistor 2.2 k 0W06 0402

R709 1430762 Chip resistor 2.2 k 0W06 0402

R711 1430764 Chip resistor 3.3 k 0W06 0402

R719 1430690 Chip resistor jumper 0402

R720 1430144 Chip resistor jumper 0603

R722 1430744 Chip resistor 470 r 0W06 0402

C101 2320778 Chip cap x7r 10 n k 16 v 0402

C102 2320778 Chip cap x7r 10 n k 16 v 0402

C103 2320560 Chip cap np0 100 p j 50 v 0402

C104 2320778 Chip cap x7r 10 n k 16 v 0402

C105 2320778 Chip cap x7r 10 n k 16 v 0402

C106 2320131 Chip cap x7r 33n k 16 v 0603

C107 2320131 Chip cap x7r 33n k 16 v 0603

C108 2320131 Chip cap x7r 33n k 16 v 0603

C109 2320131 Chip cap x7r 33n k 16 v 0603

C110 2320620 Chip cap x7r 10 n j 16 v 0402

Page 54 Nokia Mobile Phones Ltd. Issue 1 04/01

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

C111 2320584 Chip cap x7r 1n0 j 50 v 0402

C112 2320131 Chip cap x7r 33n k 16 v 0603

C113 2320778 Chip cap x7r 10 n k 16 v 0402

C114 2320778 Chip cap x7r 10 n k 16 v 0402

C115 2312401 Chip cap x5r 1u0k 10 v 0805

C116 2320778 Chip cap x7r 10 n k 16 v 0402

C117 2320778 Chip cap x7r 10 n k 16 v 0402

C119 2320568 Chip cap xr7 220 p j 50 v 0402

C120 2320131 Chip cap x7r 33n k 16 v 0603

C121 2320620 Chip cap x7r 10 n j 16 v 0402

C122 2320544 Chip cap np0 22 p j 50 v 0402

C123 2312401 Chip cap x5r 1u0k 10 v 0805

C124 2320544 Chip cap np0 22 p j 50 v 0402

C125 2320544 Chip cap np0 22 p j 50 v 0402

C127 2312401 Chip cap x5r 1u0k 10 v 0805

C129 2320778 Chip cap x7r 10 n k 16 v 0402

C130 2320618 Chip cap x7r 4n7 j 25 v 0402

C131 2320620 Chip cap x7r 10 n j 16 v 0402

C132 2320778 Chip cap x7r 10 n k 16 v 0402

C134 2320552 Chip cap np0 47 p j 50 v 0402

C135 2320620 Chip cap x7r 10 n j 16 v 0402

C136 2320620 Chip cap x7r 10 n j 16 v 0402

C137 2320620 Chip cap x7r 10 n j 16 v 0402

C138 2320620 Chip cap x7r 10 n j 16 v 0402

C139 2320620 Chip cap x7r 10 n j 16 v 0402

C201 2320131 Chip cap x7r 33n k 16 v 0603

C202 2310003 Chip cap 470 n 16 v 0805

C203 2310003 Chip cap 470 n 16 v 0805

C204 2320131 Chip cap x7r 33n k 16 v 0603

C205 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C206 2310003 Chip cap 470 n 16 v 0805

C207 2320131 Chip cap x7r 33n k 16 v 0603

Issue 1 04/01 Nokia Mobile Phones Ltd. Page 55

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System Module PAMS Technical Documentation

ITEM CODE DESCRIPTION VALUE TYPE

C208 2320131 Chip cap x7r 33n k 16 v 0603

C209 2320131 Chip cap x7r 33n k 16 v 0603

C210 2320131 Chip cap x7r 33n k 16 v 0603

C211 2320131 Chip cap x7r 33n k 16 v 0603

C212 2312401 Chip cap x5r 1u0k 10 v 0805

C213 2320131 Chip cap x7r 33n k 16 v 0603

C214 2320131 Chip cap x7r 33n k 16 v 0603

C215 2320764 Chip cap x7r 6n8 k 25 v 0402

C216 2320618 Chip cap x7r 4n7 j 25 v 0402

C217 2320618 Chip cap x7r 4n7 j 25 v 0402

C218 2320604 Chip cap np0 18 p j 50 v 0402

C219 2320604 Chip cap np0 18 p j 50 v 0402

C220 2320779 Chip cap x7r 100n k 16 v 0603

C221 2320779 Chip cap x7r 100n k 16 v 0603

C222 2320131 Chip cap x7r 33n k 16 v 0603

C223 2310003 Chip cap 470 n 16 v 0805

C224 2320131 Chip cap x7r 33n k 16 v 0603

C225 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C226 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C227 2320131 Chip cap x7r 33n k 16 v 0603

C228 2310003 Chip cap 470 n 16 v 0805

C229 2312401 Chip cap x5r 1u0k 10 v 0805

C230 2312296 Chip cap 10 u z 16 v 1210

C231 2320560 Chip cap np0 100 p j 50 v 0402

C232 2320560 Chip cap np0 100 p j 50 v 0402

C233 2320604 Chip cap np0 18 p j 50 v 0402

C234 2320584 Chip cap x7r 1n0 j 50 v 0402

C235 2310003 Chip cap 470 n 16 v 0805

C236 2320604 Chip cap np0 18 p j 50 v 0402

C237 2320584 Chip cap x7r 1n0 j 50 v 0402

C238 2320560 Chip cap np0 100 p j 50 v 0402

C239 2320576 Chip cap x7r 470 p j 50 v 0402

Page 56 Nokia Mobile Phones Ltd. Issue 1 04/01

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

C242 2320779 Chip cap x7r 100n k 16 v 0603

C245 2320604 Chip cap np0 18 p j 50 v 0402

C246 2320779 Chip cap x7r 100n k 16 v 0603

C248 2312296 Chip cap 10 u z 16 v 1210

C301 2320548 Chip cap np0 33 p j 50 v 0402

C302 2320538 Chip cap np0 12 p j 50 v 0402

C303 2312403 Chip cap x5r 2u2 k 10 v 1206

C304 2610005 Chiptcap 10 u m 16v 3.5x2.8x1.9

C305 2312401 Chip cap x5r 1u0k 10 v 0805

C306 2312401 Chip cap x5r 1u0k 10 v 0805

C307 2320544 Chip cap np0 22 p j 50 v 0402

C308 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C309 2320508 Chip cap np0 1p0 c 50 v 0402

C310 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C311 2312401 Chip cap x5r 1u0k 10 v 0805

C312 2312296 Chip cap 10 u z 16 v 1210

C313 2320544 Chip cap np0 22 p j 50 v 0402

C314 2312401 Chip cap x5r 1u0k 10 v 0805

C315 2312401 Chip cap x5r 1u0k 10 v 0805

C316 2312401 Chip cap x5r 1u0k 10 v 0805

C317 2320779 Chip cap x7r 100n k 16 v 0603

C318 2310791 Chip cap 33 n 50 v 0805

C319 2312401 Chip cap x5r 1u0k 10 v 0805

C320 2312401 Chip cap x5r 1u0k 10 v 0805

C321 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C322 2312401 Chip cap x5r 1u0k 10 v 0805

C323 2320131 Chip cap x7r 33n k 16 v 0603

C325 2312401 Chip cap x5r 1u0k 10 v 0805

C326 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C327 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C328 2312401 Chip cap x5r 1u0k 10 v 0805

C329 2310791 Chip cap 33 n 50 v 0805

Issue 1 04/01 Nokia Mobile Phones Ltd. Page 57

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System Module PAMS Technical Documentation

ITEM CODE DESCRIPTION VALUE TYPE

C330 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C331 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C332 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C333 2310003 Chip cap 470 n 16 v 0805

C334 2320131 Chip cap x7r 33n k 16 v 0603

C335 2312401 Chip cap x5r 1u0k 10 v 0805

C336 2320778 Chip cap x7r 10 n k 16 v 0402

C338 2320778 Chip cap x7r 10 n k 16 v 0402

C339 2320778 Chip cap x7r 10 n k 16 v 0402

C340 2312211 Chip cap 3U3 k 6V3 0805

C501 2320564 Chip cap np0 150 p j 50 v 0402

C502 2320546 Chip cap np0 27 p j 50 v 0402

C504 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C505 2320560 Chip cap np0 100 p j 50 v 0402

C507 2320584 Chip cap x7r 1n0 j 50 v 0402

C508 2320536 Chip cap np0 10 p j 50 v 0402

C511 2320532 Chip cap np0 6p8 c 50 v 0402

C514 2320552 Chip cap np0 47 p j 50 v 0402

C515 2320520 Chip cap np0 2p2 c 50 v 0402

C516 2320550 Chip cap np0 39 p j 50 v 0402

C518 2320560 Chip cap np0 100 p j 50 v 0402

C519 2320548 Chip cap np0 33 p j 50 v 0402

C520 2320584 Chip cap x7r 1n0 j 50 v 0402

C522 2320576 Chip cap x7r 470 p j 50 v 0402

C525 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C526 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C527 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C528 2320764 Chip cap x7r 6n8 k 25 v 0402

C529 2320131 Chip cap x7r 33n k 16 v 0603

C531 2320544 Chip cap np0 22 p j 50 v 0402

C533 2320552 Chip cap np0 47 p j 50 v 0402

C534 2320576 Chip cap x7r 470 p j 50 v 0402

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

C535 2320584 Chip cap x7r 1n0 j 50 v 0402

C536 2320584 Chip cap x7r 1n0 j 50 v 0402

C540 2320584 Chip cap x7r 1n0 j 50 v 0402

C541 2320584 Chip cap x7r 1n0 j 50 v 0402

C544 2320548 Chip cap np0 33 p j 50 v 0402

C545 2320560 Chip cap np0 100 p j 50 v 0402

C547 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C549 2320779 Chip cap x7r 100n k 16 v 0603

C550 2320618 Chip cap x7r 4n7 j 25 v 0402

C551 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C552 2320560 Chip cap np0 100 p j 50 v 0402

C553 2320540 Chip cap np0 15 p j 50 v 0402

C555 2320552 Chip cap np0 47 p j 50 v 0402

C556 2320544 Chip cap np0 22 p j 50 v 0402

C557 2320584 Chip cap x7r 1n0 j 50 v 0402

C559 2320540 Chip cap np0 15 p j 50 v 0402

C561 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C564 2320618 Chip cap x7r 4n7 j 25 v 0402

C566 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C567 2320620 Chip cap x7r 10 n j 16 v 0402

C568 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C570 2320552 Chip cap np0 47 p j 50 v 0402

C572 2320540 Chip cap np0 15 p j 50 v 0402

C574 2320618 Chip cap x7r 4n7 j 25 v 0402

C576 2320534 Chip cap np0 8p2 c 50 v 0402

C577 2320536 Chip cap np0 10 p j 50 v 0402

C579 2320584 Chip cap x7r 1n0 j 50 v 0402

C581 2320532 Chip cap np0 6p8 c 50 v 0402

C583 2420015 Chip cap pps 47n j 16 v 1206

C584 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C601 2320544 Chip cap np0 22 p j 50 v 0402

C607 2320584 Chip cap x7r 1n0 j 50 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C610 2312296 Chip cap 10 u z 16 v 1210

C611 2320584 Chip cap x7r 1n0 j 50 v 0402

C616 2320584 Chip cap x7r 1n0 j 50 v 0402

C620 2320584 Chip cap x7r 1n0 j 50 v 0402

C621 2320131 Chip cap x7r 33n k 16 v 0603

C624 2320778 Chip cap x7r 10 n k 16 v 0402

C625 2320584 Chip cap x7r 1n0 j 50 v 0402

C628 2320584 Chip cap x7r 1n0 j 50 v 0402

C634 2320544 Chip cap np0 22 p j 50 v 0402

C635 2320544 Chip cap np0 22 p j 50 v 0402

C636 2320584 Chip cap x7r 1n0 j 50 v 0402

C638 2320560 Chip cap np0 100 p j 50 v 0402

C640 2320620 Chip cap x7r 10 n j 16 v 0402

C641 2320584 Chip cap x7r 1n0 j 50 v 0402

C642 2320552 Chip cap np0 47 p j 50 v 0402

C643 2320778 Chip cap x7r 10 n k 16 v 0402

C644 2320584 Chip cap x7r 1n0 j 50 v 0402

C645 2320552 Chip cap np0 47 p j 50 v 0402

C646 2320554 Chip cap np0 56 p j 50 v 0402

C647 2320552 Chip cap np0 47 p j 50 v 0402

C648 2320584 Chip cap x7r 1n0 j 50 v 0402

C649 2320552 Chip cap np0 47 p j 50 v 0402

C650 2320584 Chip cap x7r 1n0 j 50 v 0402

C651 2320552 Chip cap np0 47 p j 50 v 0402

C652 2320552 Chip cap np0 47 p j 50 v 0402

C654 2320552 Chip cap np0 47 p j 50 v 0402

C655 2320584 Chip cap x7r 1n0 j 50 v 0402

C656 2320552 Chip cap np0 47 p j 50 v 0402

C657 2320552 Chip cap np0 47 p j 50 v 0402

C658 2320584 Chip cap x7r 1n0 j 50 v 0402

C659 2312296 Chip cap 10 u z 16 v 1210

C660 2320552 Chip cap np0 47 p j 50 v 0402

Page 60 Nokia Mobile Phones Ltd. Issue 1 04/01

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

C661 2320590 Chip cap x7r 1n8 j 50 v 0402

C662 2320584 Chip cap x7r 1n0 j 50 v 0402

C663 2312296 Chip cap 10 u z 16 v 1210

C667 2320552 Chip cap np0 47 p j 50 v 0402

C668 2320572 Chip cap x7r 330 p j 50 v 0402

C672 2320534 Chip cap np0 8p2 c 50 v 0402

C674 2320554 Chip cap np0 56 p j 50 v 0402

C676 2320552 Chip cap np0 47 p j 50 v 0402

C678 2320584 Chip cap x7r 1n0 j 50 v 0402

C682 2320538 Chip cap np0 12 p j 50 v 0402

C683 2320524 Chip cap np0 3p3 c 50 v 0402

C688 2320552 Chip cap np0 47 p j 50 v 0402

C692 2320552 Chip cap np0 47 p j 50 v 0402

C694 2320620 Chip cap x7r 10 n j 16 v 0402

C701 2320552 Chip cap np0 47 p j 50 v 0402

C703 2320544 Chip cap np0 22 p j 50 v 0402

C704 2320584 Chip cap x7r 1n0 j 50 v 0402

C705 2320552 Chip cap np0 47 p j 50 v 0402

C708 2320544 Chip cap np0 22 p j 50 v 0402

C710 2320552 Chip cap np0 47 p j 50 v 0402

C713 2320584 Chip cap x7r 1n0 j 50 v 0402

C717 2320552 Chip cap np0 47 p j 50 v 0402

C721 2320544 Chip cap np0 22 p j 50 v 0402

C722 2320618 Chip cap x7r 4n7 j 25 v 0402

C723 2320618 Chip cap x7r 4n7 j 25 v 0402

C724 2320584 Chip cap x7r 1n0 j 50 v 0402

C725 2320552 Chip cap np0 47 p j 50 v 0402

C726 2320584 Chip cap x7r 1n0 j 50 v 0402

C730 2320544 Chip cap np0 22 p j 50 v 0402

C731 2320584 Chip cap x7r 1n0 j 50 v 0402

C732 2320620 Chip cap x7r 10 n j 16 v 0402

C733 2320544 Chip cap np0 22 p j 50 v 0402

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System Module PAMS Technical Documentation

ITEM CODE DESCRIPTION VALUE TYPE

C734 2320584 Chip cap x7r 1n0 j 50 v 0402

C735 2320552 Chip cap np0 47 p j 50 v 0402

C736 2320618 Chip cap x7r 4n7 j 25 v 0402

C737 2320552 Chip cap np0 47 p j 50 v 0402

C738 2320584 Chip cap x7r 1n0 j 50 v 0402

C739 2320516 Chip cap np0 1p5 c 50 v 0402

C740 2320584 Chip cap x7r 1n0 j 50 v 0402

C741 2320604 Chip cap np0 18 p j 50 v 0402

C742 2320604 Chip cap np0 18 p j 50 v 0402

C743 2320586 Chip cap x7r 1n2 j 50 v 0402

C744 2320620 Chip cap x7r 10 n j 16 v 0402

C745 2320514 Chip cap np0 1p2 c 50 v 0402

C746 2320544 Chip cap np0 22 p j 50 v 0402

C753 2320586 Chip cap x7r 1n2 j 50 v 0402

C754 2320586 Chip cap x7r 1n2 j 50 v 0402

C755 2320544 Chip cap np0 22 p j 50 v 0402

L201 3203709 Ferrite bead 0.5r 120r/100m 0402

L301 3203705 Ferrite bead 0.015r 42r/100m 0805

L302 3203705 Ferrite bead 0.015r 42r/100m 0805

L303 3203705 Ferrite bead 0.015r 42r/100m 0805

L502 3203709 Ferrite bead 0.5r 120r/100m 0402

L504 3203709 Ferrite bead 0.5r 120r/100m 0402

L505 3645185 Chip coil 10n j q12/100mhz 0603

L506 3645217 Chip coil 15 n j q35/250mhz 0603

L508 3645217 Chip coil 15 n j q35/250mhz 0603

L509 3645219 Chip coil 10 n j q31/250mhz 0603

L605 3645213 Chip coil 22 n j q38/250mhz 0603

L607 3645157 Chip coil 100 n k q12/100mhz 0603

L608 3645157 Chip coil 100 n k q12/100mhz 0603

L609 3645035 Chip coil 47n j q12/100mhz 0603

L610 3645035 Chip coil 47n j q12/100mhz 0603

L612 3645213 Chip coil 22 n j q38/250mhz 0603

Page 62 Nokia Mobile Phones Ltd. Issue 1 04/01

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PAMS Technical Documentation System Module

ITEM CODE DESCRIPTION VALUE TYPE

L614 3645211 Chip coil 6n8 k q27/250mhz 0603

L617 3645163 Chip coil 22n k q12/100mhz 0603

L618 3645211 Chip coil 6n8 k q27/250mhz 0603

L619 3645185 Chip coil 10n j q12/100mhz 0603

L701 3645319 Chip coil 220n j q25/100mhz 0603

L702 3641421 Chip coil 100uh j q15/0.796m 1008

L703 3641620 Chip coil 180n j q35/100mhz 0805

L704 3645213 Chip coil 22 n j q38/250mhz 0603

L705 3645157 Chip coil 100 n k q12/100mhz 0603

L706 3645225 Chip coil 72n j q34/150mhz 0603

L707 3645221 Chip coil 27n j q40/250mhz 0603

L709 3641620 Chip coil 180n j q35/100mhz 0805

L712 3646405 Chip coil 6n2 j q20/250mhz 0402

L713 3645157 Chip coil 100 n k q12/100mhz 0603

L714 3645227 Chip coil 100n j q34/150mhz 0603

L716 3645227 Chip coil 100n j q34/150mhz 0603

L717 3645221 Chip coil 27n j q40/250mhz 0603

L718 3645201 Chip coil 56nh j q38/200mhz 0603

L720 3641622 Chip coil 220n j q30/100mhz 0805

L723 3646407 Chip coil 15n j q24/250mhz 0402

L723 3646085 Chip coil 6n8 k q29/800mhz 0402

V201 4210100 TR BC848W N 30 v 0.8a100mhz sot323

V301 4210102 TR BC858w **no new design**

V302 4110067 Sch DI mbr0520l 20v 0.5a sod123

V401 4113651 TVS ESDA6V1SC5**no new design**

V403 4113651 TVS ESDA6V1SC5**no new design**

V501 4110027 Cap DI 1sv239 4.3/1.8pf2/10v sod323

V503 4112431 pin DI 1ss371 **reserved HD980**

V504 4110037 Cap DI hvu355 4/1v 3.3/6.4pf urp

V505 4110026 Cap DI 1sv229 15/6pf 2/10v sod323

V506 4210066 TR BFR93AW N 12 v 35MA 5ghz sot323

V507 4210100 TR BC848W N 30 v 0.8a100mhz sot323

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System Module PAMS Technical Documentation

ITEM CODE DESCRIPTION VALUE TYPE

V508 4210066 TR BFR93AW N 12 v 35MA 5ghz sot323

V509 4210052 TR DTC114ee n rb=rbe=10k em3

V601 4110008 Sch DI msms2825 8v 1a/1us sot143

V602 4211391 MFET P FDC6323L switch 3-8v tsop6

V605 4110078 schdi x 2 bas70-05w 70v 70mA sot323

V701 4219951 TRX2+RX4 umh9n n 50v 0.1a sot353

V702 4219951 TRX2+RX4 umh9n n 50v 0.1a sot353

N301 4370697 uba2006t chaps charg.control so16

N302 4370719 ccont 2m wfd163mg64t/8 lfbga8x8

N303 4340851 volt reg mas9125 2.8v tssop16

N304 4219961 TRX2+RX4 umc3n n&p0v0.05a sot353

N305 4340617 LP2985 reg 2.8v 150ma sot23-5

N306 4340617 LP2985 reg 2.8v 150ma sot23-5

N501 4340595 LMX2330L 2xsyn2.5g/510mhz tssop20

N502 4340809 MB15C130 pll synth 256.2mhz bcc16

N602 4370535 odyssey v3 mfg-379 qsop24

N603 4219961 TRX2+RX4 umc3n n&p0v0.05a sot353

N604 4370525 tif wfd165at32t tqfp32

N605 4370061 sharks pa 11a_3 824-849mhz

N702 4370527 rif wfd175at32t tqfp32

N703 4370723 endeavor v4 lna/downconverter qso

D101 4370645 mad4 rom3 f731785 c07 tqfp176

D102 4340499 sram 256kx8 100n 2.7-3.3v stsop32

D103 4340997 flash 2m x 16 70ns 2.7v b3 vfbga48

D105 4340126 tc7s00f 1xnand 2input cmos sso5

D106 4341009 eeprom 64kx8bit 10ms 2.7v dbga8

D109 4370703 resync ckt 2.8v (sn32463) tssop8

D108 4341009 eeprom 64kx8bit 10ms 2.7v dbga8

D201 4370533 cafe d wfa157dt100 tqfp100

G501 4510283 VCTCXO 19.2mhz+-1.5ppm 2.8v cdma

G503 4350183 VCO 99001030mhz 2.7v 22 ma cdma

Z603 4511141 saw filt 836.5+-12.5mhz/3.5db 4x4

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ITEM CODE DESCRIPTION VALUE TYPE

Z605 4510119 isolator 836.5+-12.5mhz 13db 7x7

Z606 4511141 saw filt 836.5+-12.5mhz/3.5db 4x4

Z701 4512125 dupl 824-849/869-894mhz 9.5x7.5

Z702 4510227 xtal filter 128.55mhz+-15khz amps

Z704 4510211 saw filt 128.1+-0.615mhz 19.2x6.7

Z705 4510121 saw filt 881.5+-12.5mhz/3.5db 4x4

Z706 4550075 Cer.filt 450+-15khz/6db 6.8x6.8

Z708 4550075 Cer.filt 450+-15khz/6db 6.8x6.8

B301 4510159 crystal 32.768khz+-20ppm

X401 5469061 sm system conn 6af+3dc+mic+jack

X402 5460021 sm conn 2x14m spring p1.0 pcb/pcb

X403 5469069 sm batt conn 2pol spr p3.5 100v2a

X404 5469069 sm batt conn 2pol spr p3.5 100v2a

X702 5429007 sm coax conn m sw 50r 0.4-2ghz

X703 9510594 antenna conn. clip dmd06202 HD984

X704 9510595 antenna gnd clip dmd06203 HD984

A500 9517032 VCO shield assy dmc01502 HD983

A605 9517031 pa shield assy dmc01501 HD983

9854446 PCB UF4I 123.25x25x41.0x1.0 m8 4/PA

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Parts list of UF4D (NSD-HX) (EDMS Issue 3.1) Code: 0201712

ITEM CODE DESCRIPTION VALUE TYPE

R101 1430778 Chip resistor 10 k 0W06 0402

R102 1430754 Chip resistor 1.0 k 0W06 0402

R103 1430796 Chip resistor 47 k 0W06 0402

R104 1430726 Chip resistor 100 r 0W06 0402

R105 1430812 Chip resistor 220 k 0W06 0402

R106 1430778 Chip resistor 10 k 0W06 0402

R107 1430770 Chip resistor 4.7 k 0W06 0402

R110 1430762 Chip resistor 2.2 k 0W06 0402

R111 1430754 Chip resistor 1.0 k 0W06 0402

R112 1430786 Chip resistor 18 k 0W06 0402

R113 1430754 Chip resistor 1.0 k 0W06 0402

R114 1430786 Chip resistor 18 k 0W06 0402

R115 1430762 Chip resistor 2.2 k 0W06 0402

R117 1430778 Chip resistor 10 k 0W06 0402

R119 1430754 Chip resistor 1.0 k 0W06 0402

R121 1430770 Chip resistor 4.7 k 0W06 0402

R122 1620031 Resistor network 2x1k0 0W06 0404

R123 1430778 Chip resistor 10 k 0W06 0402

R124 1430796 Chip resistor 47 k 0W06 0402

R126 1430778 Chip resistor 10 k 0W06 0402

R127 1430778 Chip resistor 10 k 0W06 0402

R132 1430762 Chip resistor 2.2 k 0W06 0402

R133 1430690 Chip resistor jumper 0402

R135 1430690 Chip resistor jumper 0402

R139 1620031 Resistor network 2x1k0 0W06 0404

R142 1430762 Chip resistor 2.2 k 0W06 0402

R144 1430744 Chip resistor 470 r 0W06 0402

R145 1430744 Chip resistor 470 r 0W06 0402

R146 1430744 Chip resistor 470 r 0W06 0402

R147 1430718 Chip resistor 47 r 0W06 0402

R148 1430718 Chip resistor 47 r 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R149 1430718 Chip resistor 47 r 0W06 0402

R150 1430718 Chip resistor 47 r 0W06 0402

R151 1430778 Chip resistor 10 k 0W06 0402

R153 1430778 Chip resistor 10 k 0W06 0402

R154 1430778 Chip resistor 10 k 0W06 0402

R155 1430762 Chip resistor 2.2 k 0W06 0402

R201 1430764 Chip resistor 3.3 k 0W06 0402

R203 1430804 Chip resistor 100 k 0W06 0402

R204 1430796 Chip resistor 47 k 0W06 0402

R205 1430796 Chip resistor 47 k 0W06 0402

R206 1430762 Chip resistor 2.2 k 0W06 0402

R207 1430762 Chip resistor 2.2 k 0W06 0402

R208 1430762 Chip resistor 2.2 k 0W06 0402

R209 1430718 Chip resistor 47 r 0W06 0402

R210 1430718 Chip resistor 47 r 0W06 0402

R211 1430740 Chip resistor 330 r 0W06 0402

R212 1430812 Chip resistor 220 k 0W06 0402

R213 1430796 Chip resistor 47 k 0W06 0402

R214 1430718 Chip resistor 47 r 0W06 0402

R215 1430796 Chip resistor 47 k 0W06 0402

R216 1430754 Chip resistor 1.0 k 0W06 0402

R217 1430754 Chip resistor 1.0 k 0W06 0402

R218 1430788 Chip resistor 22 k 0W06 0402

R219 1430812 Chip resistor 220 k 0W06 0402

R220 1430804 Chip resistor 100 k 0W06 0402

R302 1430700 Chip resistor 10 r 0W06 0402

R303 1430834 Chip resistor 3.3 m 0W06 0402

R304 1430800 Chip resistor 68 k 0W06 0402

R305 1430808 Chip resistor 150 k 0W06 0402

R306 1430796 Chip resistor 47 k 0W06 0402

R308 1825005 Chip varistor vwm14v vc30V 0805

R309 1430830 Chip resistor 1.0 m 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R310 1430778 Chip resistor 10 k 0W06 0402

R311 1430830 Chip resistor 1.0 m 0W06 0402

R312 1430830 Chip resistor 1.0 m 0W06 0402

R313 1430804 Chip resistor 100 k 0W06 0402

R314 1430796 Chip resistor 47 k 0W06 0402

R315 1430778 Chip resistor 10 k 0W06 0402

R316 1422881 Chip resistor 0.22 1W 1218

R317 1430804 Chip resistor 100 k 0W06 0402

R318 1430804 Chip resistor 100 k 0W06 0402

R319 1430804 Chip resistor 100 k 0W06 0402

R321 1430778 Chip resistor 10 k 0W06 0402

R323 1430778 Chip resistor 10 k 0W06 0402

R324 1430708 Chip resistor 18 r 0W06 0402

R325 1430778 Chip resistor 10 k 0W06 0402

R326 1430778 Chip resistor 10 k 0W06 0402

R327 1430778 Chip resistor 10 k 0W06 0402

R328 1430804 Chip resistor 100 k 0W06 0402

R330 1430778 Chip resistor 10 k 0W06 0402

R501 1430708 Chip resistor 18 r 0W06 0402

R502 1430700 Chip resistor 10 r 0W06 0402

R503 1430800 Chip resistor 68 k 0W06 0402

R504 1430808 Chip resistor 150 k 0W06 0402

R505 1430754 Chip resistor 1.0 k 0W06 0402

R506 1430700 Chip resistor 10 r 0W06 0402

R507 1430740 Chip resistor 330 r 0W06 0402

R508 1430700 Chip resistor 10 r 0W06 0402

R509 1430778 Chip resistor 10 k 0W06 0402

R510 1430762 Chip resistor 2.2 k 0W06 0402

R511 1430762 Chip resistor 2.2 k 0W06 0402

R512 1430700 Chip resistor 10 r 0W06 0402

R514 1620101 Resistor network 2x470 r 0W06 0404

R515 1430804 Chip resistor 100 k 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R516 1430722 Chip resistor 68 r 0W06 0402

R517 1430728 Chip resistor 120 r 0W06 0402

R518 1430722 Chip resistor 68 r 0W06 0402

R519 1430758 Chip resistor 1.5 k 0W06 0402

R520 1430754 Chip resistor 1.0 k 0W06 0402

R521 1430726 Chip resistor 100 r 0W06 0402

R522 1430754 Chip resistor 1.0 k 0W06 0402

R523 1430762 Chip resistor 2.2 k 0W06 0402

R524 1430726 Chip resistor 100 r 0W06 0402

R525 1430726 Chip resistor 100 r 0W06 0402

R526 1430764 Chip resistor 3.3 k 0W06 0402

R527 1430742 Chip resistor 390 r 0W06 0402

R528 1430764 Chip resistor 3.3 k 0W06 0402

R529 1430764 Chip resistor 3.3 k 0W06 0402

R530 1430744 Chip resistor 470 r 0W06 0402

R531 1430778 Chip resistor 10 k 0W06 0402

R532 1430796 Chip resistor 47 k 0W06 0402

R533 1430728 Chip resistor 120 r 0W06 0402

R534 1430754 Chip resistor 1.0 k 0W06 0402

R535 1430740 Chip resistor 330 r 0W06 0402

R536 1430720 Chip resistor 56 r 0W06 0402

R537 1430764 Chip resistor 3.3 k 0W06 0402

R538 1430800 Chip resistor 68 k 0W06 0402

R539 1430744 Chip resistor 470 r 0W06 0402

R540 1430762 Chip resistor 2.2 k 0W06 0402

R541 1430728 Chip resistor 120 r 0W06 0402

R542 1430726 Chip resistor 100 r 0W06 0402

R544 1430722 Chip resistor 68 r 0W06 0402

R545 1430770 Chip resistor 4.7 k 0W06 0402

R546 1430762 Chip resistor 2.2 k 0W06 0402

R548 1430762 Chip resistor 2.2 k 0W06 0402

R549 1430804 Chip resistor 100 k 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R601 1430792 Chip resistor 33 k 0W06 040

R602 1430744 Chip resistor 470 r 0W06 0402

R603 1430778 Chip resistor 10 k 0W06 0402

R605 1430726 Chip resistor 100 r 0W06 0402

R606 1430762 Chip resistor 2.2 k 0W06 0402

R607 1430804 Chip resistor 100 k 0W06 0402

R608 1430804 Chip resistor 100 k 0W06 0402

R609 1430754 Chip resistor 1.0 k 0W06 0402

R610 1430792 Chip resistor 33 k 0W06 040

R611 1820035 NTC resistor 47 k B=4050+-3% 0805

R612 1430748 Chip resistor 680 r 0W06 0402

R613 1430778 Chip resistor 10 k 0W06 0402

R614 1430740 Chip resistor 330 r 0W06 0402

R615 1430804 Chip resistor 100 k 0W06 0402

R616 1430708 Chip resistor 18 r 0W06 0402

R617 1430712 Chip resistor 27 r 0W06 0402

R618 1430716 Chip resistor 39 r 0W06 0402

R619 1430714 Chip resistor 33 r 0W06 0402

R620 1430804 Chip resistor 100 k 0W06 0402

R621 1430728 Chip resistor 120 r 0W06 0402

R622 1430784 Chip resistor 15 k 0W06 0402

R623 1430770 Chip resistor 4.7 k 0W06 0402

R624 1430690 Chip resistor jumper 0402

R625 1430744 Chip resistor 470 r 0W06 0402

R626 1430716 Chip resistor 39 r 0W06 0402

R627 1430754 Chip resistor 1.0 k 0W06 0402

R631 1430728 Chip resistor 120 r 0W06 0402

R633 1430726 Chip resistor 100 r 0W06 0402

R634 1430728 Chip resistor 120 r 0W06 0402

R635 1430728 Chip resistor 120 r 0W06 0402

R636 1430728 Chip resistor 120 r 0W06 0402

R640 1430758 Chip resistor 1.5 k 0W06 0402

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ITEM CODE DESCRIPTION VALUE TYPE

R641 1430784 Chip resistor 15 k 0W06 0402

R701 1430726 Chip resistor 100 r 0W06 0402

R702 1430754 Chip resistor 1.0 k 0W06 0402

R703 1430708 Chip resistor 18 r 0W06 0402

R704 1430722 Chip resistor 68 r 0W06 0402

R705 1430770 Chip resistor 4.7 k 0W06 0402

R706 1430770 Chip resistor 4.7 k 0W06 0402

R707 1430786 Chip resistor 18 k 0W06 0402

R708 1430762 Chip resistor 2.2 k 0W06 0402

R709 1430762 Chip resistor 2.2 k 0W06 0402

R710 1430754 Chip resistor 1.0 k 0W06 0402

R711 1430764 Chip resistor 3.3 k 0W06 0402

R712 1430708 Chip resistor 68 k 0W06 0402

R713 1430718 Chip resistor 47 r 0W06 0402

R716 1430720 Chip resistor 56 r 0W06 0402

R717 1430724 Chip resistor 82 r 0W06 0402

R718 1430724 Chip resistor 82 r 0W06 0402

R721 1430722 Chip resistor 68 k 0W06 0402

R722 1430744 Chip resistor 470 r 0W06 0402

C101 2320778 Chip cap x7r 10 n k 16 v 0402

C102 2320778 Chip cap x7r 10 n k 16 v 0402

C103 2320560 Chip cap np0 100 p j 50 v 0402

C104 2320778 Chip cap x7r 10 n k 16 v 0402

C105 2320778 Chip cap x7r 10 n k 16 v 0402

C106 2320131 Chip cap x7r 33n k 16 v 0603

C107 2320131 Chip cap x7r 33n k 16 v 0603

C108 2320131 Chip cap x7r 33n k 16 v 0603

C109 2320131 Chip cap x7r 33n k 16 v 0603

C110 2320620 Chip cap x7r 10 n j 16 v 0402

C111 2320584 Chip cap x7r 1n0 j 50 v 0402

C112 2320131 Chip cap x7r 33n k 16 v 0603

C113 2320778 Chip cap x7r 10 n k 16 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C114 2320778 Chip cap x7r 10 n k 16 v 0402

C115 2312401 Chip cap x5r 1u0k 10 v 0805

C116 2320778 Chip cap x7r 10 n k 16 v 0402

C117 2320778 Chip cap x7r 10 n k 16 v 0402

C119 2320568 Chip cap xr7 220 p j 50 v 0402

C120 2320131 Chip cap x7r 33n k 16 v 0603

C121 2320620 Chip cap x7r 10 n j 16 v 0402

C122 2320544 Chip cap np0 22 p j 50 v 0402

C123 2312401 Chip cap x5r 1u0k 10 v 0805

C124 2320544 Chip cap np0 22 p j 50 v 0402

C125 2320544 Chip cap np0 22 p j 50 v 0402

C127 2312401 Chip cap x5r 1u0k 10 v 0805

C129 2320778 Chip cap x7r 10 n k 16 v 0402

C130 2320618 Chip cap x7r 4n7 j 25 v 0402

C131 2320620 Chip cap x7r 10 n j 16 v 0402

C132 2320778 Chip cap x7r 10 n k 16 v 0402

C134 2320552 Chip cap np0 47 p j 50 v 0402

C135 2320620 Chip cap x7r 10 n j 16 v 0402

C136 2320620 Chip cap x7r 10 n j 16 v 0402

C137 2320620 Chip cap x7r 10 n j 16 v 0402

C138 2320620 Chip cap x7r 10 n j 16 v 0402

C139 2320620 Chip cap x7r 10 n j 16 v 0402

C201 2320131 Chip cap x7r 33n k 16 v 0603

C202 2310003 Chip cap 470 n 16 v 0805

C203 2310003 Chip cap 470 n 16 v 0805

C204 2320131 Chip cap x7r 33n k 16 v 0603

C205 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C206 2310003 Chip cap 470 n 16 v 0805

C207 2320131 Chip cap x7r 33n k 16 v 0603

C208 2320131 Chip cap x7r 33n k 16 v 0603

C209 2320131 Chip cap x7r 33n k 16 v 0603

C210 2320131 Chip cap x7r 33n k 16 v 0603

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ITEM CODE DESCRIPTION VALUE TYPE

C211 2320131 Chip cap x7r 33n k 16 v 0603

C212 2312401 Chip cap x5r 1u0k 10 v 0805

C213 2320131 Chip cap x7r 33n k 16 v 0603

C214 2320131 Chip cap x7r 33n k 16 v 0603

C215 2320764 Chip cap x7r 6n8 k 25 v 0402

C216 2320618 Chip cap x7r 4n7 j 25 v 0402

C217 2320618 Chip cap x7r 4n7 j 25 v 0402

C218 2320604 Chip cap np0 18 p j 50 v 0402

C219 2320604 Chip cap np0 18 p j 50 v 0402

C220 2320779 Chip cap x7r 100n k 16 v 0603

C221 2320779 Chip cap x7r 100n k 16 v 0603

C222 2320131 Chip cap x7r 33n k 16 v 0603

C223 2310003 Chip cap 470 n 16 v 0805

C224 2320131 Chip cap x7r 33n k 16 v 0603

C225 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C226 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C227 2320131 Chip cap x7r 33n k 16 v 0603

C228 2310003 Chip cap 470 n 16 v 0805

C229 2312401 Chip cap x5r 1u0k 10 v 0805

C230 2312296 Chip cap 10 u z 16 v 1210

C231 2320560 Chip cap np0 100 p j 50 v 0402

C232 2320560 Chip cap np0 100 p j 50 v 0402

C233 2320604 Chip cap np0 18 p j 50 v 0402

C234 2320584 Chip cap x7r 1n0 j 50 v 0402

C235 2310003 Chip cap 470 n 16 v 0805

C236 2320604 Chip cap np0 18 p j 50 v 0402

C237 2320584 Chip cap x7r 1n0 j 50 v 0402

C238 2320560 Chip cap np0 100 p j 50 v 0402

C239 2320576 Chip cap x7r 470 p j 50 v 0402

C242 2320779 Chip cap x7r 100n k 16 v 0603

C245 2320604 Chip cap np0 18 p j 50 v 0402

C246 2320779 Chip cap x7r 100n k 16 v 0603

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ITEM CODE DESCRIPTION VALUE TYPE

C248 2312296 Chip cap 10 u z 16 v 1210

C301 2320548 Chip cap np0 33 p j 50 v 0402

C302 2320538 Chip cap np0 12 p j 50 v 0402

C303 2312403 Chip cap x5r 2u2 k 10 v 1206

C304 2610005 Chiptcap 10 u m 16v 3.5x2.8x1.9

C305 2312401 Chip cap x5r 1u0k 10 v 0805

C306 2312401 Chip cap x5r 1u0k 10 v 0805

C307 2320544 Chip cap np0 22 p j 50 v 0402

C308 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C309 2320508 Chip cap np0 1p0 c 50 v 0402

C310 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C311 2312401 Chip cap x5r 1u0k 10 v 0805

C312 2312296 Chip cap 10 u z 16 v 1210

C313 2320544 Chip cap np0 22 p j 50 v 0402

C314 2312401 Chip cap x5r 1u0k 10 v 0805

C315 2312401 Chip cap x5r 1u0k 10 v 0805

C316 2312401 Chip cap x5r 1u0k 10 v 0805

C317 2320779 Chip cap x7r 100n k 16 v 0603

C318 2310791 Chip cap 33 n 50 v 0805

C319 2312401 Chip cap x5r 1u0k 10 v 0805

C320 2312401 Chip cap x5r 1u0k 10 v 0805

C321 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C322 2312401 Chip cap x5r 1u0k 10 v 0805

C323 2320131 Chip cap x7r 33n k 16 v 0603

C324 2320584 Chip cap x7r 1n0 j 50 v 0402

C325 2312401 Chip cap x5r 1u0k 10 v 0805

C326 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C327 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C328 2312401 Chip cap x5r 1u0k 10 v 0805

C329 2310791 Chip cap 33 n 50 v 0805

C330 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C331 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

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ITEM CODE DESCRIPTION VALUE TYPE

C332 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C333 2310003 Chip cap 470 n 16 v 0805

C334 2320131 Chip cap x7r 33n k 16 v 0603

C335 2312401 Chip cap x5r 1u0k 10 v 0805

C336 2320778 Chip cap x7r 10 n k 16 v 0402

C337 2320584 Chip cap x7r 1n0 j 50 v 0402

C338 2320778 Chip cap x7r 10 n k 16 v 0402

C339 2320778 Chip cap x7r 10 n k 16 v 0402

C340 2312211 Chip cap 3U3 k 6V3 0805

C502 2320546 Chip cap np0 27 p j 50 v 0402

C503 2320584 Chip cap x7r 1n0 j 50 v 0402

C504 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C505 2320560 Chip cap np0 100 p j 50 v 0402

C507 2320584 Chip cap x7r 1n0 j 50 v 0402

C508 2320536 Chip cap np0 10 p j 50 v 0402

C509 2320544 Chip cap np0 22 p j 50 v 0402

C510 2320544 Chip cap np0 22 p j 50 v 0402

C511 2320532 Chip cap np0 6p8 c 50 v 0402

C512 2320584 Chip cap x7r 1n0 j 50 v 0402

C513 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C514 2320552 Chip cap np0 47 p j 50 v 0402

C515 2320520 Chip cap np0 2p2 c 50 v 0402

C516 2320550 Chip cap np0 39 p j 50 v 0402

C518 2320560 Chip cap np0 100 p j 50 v 0402

C519 2320548 Chip cap np0 33 p j 50 v 0402

C520 2320584 Chip cap x7r 1n0 j 50 v 0402

C521 2320544 Chip cap np0 22 p j 50 v 0402

C522 2320576 Chip cap x7r 470 p j 50 v 0402

C523 2320536 Chip cap np0 10 p j 50 v 0402

C524 2320544 Chip cap np0 22 p j 50 v 0402

C525 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C526 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

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ITEM CODE DESCRIPTION VALUE TYPE

C527 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C528 2320764 Chip cap x7r 6n8 k 25 v 0402

C529 2320131 Chip cap x7r 33n k 16 v 0603

C530 2320584 Chip cap x7r 1n0 j 50 v 0402

C531 2320544 Chip cap np0 22 p j 50 v 0402

C532 2610003 Chiptcap 10um 10v 3.2x1.6x1.6

C533 2320552 Chip cap np0 47 p j 50 v 0402

C534 2320576 Chip cap x7r 470 p j 50 v 0402

C535 2320584 Chip cap x7r 1n0 j 50 v 0402

C536 2320584 Chip cap x7r 1n0 j 50 v 0402

C538 2320584 Chip cap x7r 1n0 j 50 v 0402

C540 2320584 Chip cap x7r 1n0 j 50 v 0402

C541 2320584 Chip cap x7r 1n0 j 50 v 0402

C544 2320548 Chip cap np0 33 p j 50 v 0402

C545 2320560 Chip cap np0 100 p j 50 v 0402

C547 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C549 2320779 Chip cap x7r 100n k 16 v 0603

C550 2320618 Chip cap x7r 4n7 j 25 v 0402

C551 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C552 2320560 Chip cap np0 100 p j 50 v 0402

C553 2320540 Chip cap np0 15 p j 50 v 0402

C555 2320552 Chip cap np0 47 p j 50 v 0402

C556 2320544 Chip cap np0 22 p j 50 v 0402

C557 2320584 Chip cap x7r 1n0 j 50 v 0402

C559 2320540 Chip cap np0 15 p j 50 v 0402

C561 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C564 2320618 Chip cap x7r 4n7 j 25 v 0402

C566 2610100 Chiptcap 1 u m 10v 2.0x1.3x1.2

C567 2320620 Chip cap x7r 10 n j 16 v 0402

C568 2610200 Chiptcap 2u2 m 6v3 2.0x1.3x1.2

C570 2320552 Chip cap np0 47 p j 50 v 0402

C572 2320540 Chip cap np0 15 p j 50 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C574 2320618 Chip cap x7r 4n7 j 25 v 0402

C576 2320534 Chip cap np0 8p2 c 50 v 0402

C577 2320536 Chip cap np0 10 p j 50 v 0402

C579 2320584 Chip cap x7r 1n0 j 50 v 0402

C581 2320532 Chip cap np0 6p8 c 50 v 0402

C583 2420015 Chip cap pps 47n j 16 v 1206

C584 2610003 Chiptcap 10u m 10 v 3.2x1.6x1.6

C601 2320544 Chip cap np0 22 p j 50 v 0402

C602 2320536 Chip cap np0 10 p j 50 v 0402

C603 2320518 Chip cap np0 1 p 8 c 50 v 0402

C604 2320568 Chip cap x7r 220 p j 50 v 0402

C605 2320534 Chip cap np0 8 p 2 c 50 v 0402

C606 2320568 Chip cap x7r 220 p j 50 v 0402

C607 2320584 Chip cap x7r 1n0 j 50 v 0402

C608 2320584 Chip cap x7r 1n0 j 50 v 0402

C609 2320584 Chip cap x7r 1n0 j 50 v 0402

C610 2312296 Chip cap 10 u z 16 v 1210

C611 2320584 Chip cap x7r 1n0 j 50 v 0402

C612 2320536 Chip cap np0 10 p j 50 v 0402

C613 2320584 Chip cap x7r 1n0 j 50 v 0402

C614 2320544 Chip cap np0 22 p j 50 v 0402

C615 2320560 Chip cap np0 100 p j 50 v 0402

C616 2320584 Chip cap x7r 1n0 j 50 v 0402

C617 2320536 Chip cap np0 10 p j 50 v 0402

C618 2320536 Chip cap np0 10 p j 50 v 0402

C619 2320544 Chip cap np0 22 p j 50 v 0402

C620 2320584 Chip cap x7r 1n0 j 50 v 0402

C621 2320131 Chip cap x7r 33n k 16 v 0603

C622 2320560 Chip cap np0 100 p j 50 v 0402

C623 2320620 Chip cap x7r 10n j 16 v 0402

C624 2320778 Chip cap x7r 10 n k 16 v 0402

C625 2320584 Chip cap x7r 1n0 j 50 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C626 2320518 Chip cap np0 1 p8c 50 v 0402

C627 2320552 Chip cap np0 47 p j 50 v 0402

C628 2320584 Chip cap x7r 1n0 j 50 v 0402

C629 2320560 Chip cap np0 100 p j 50 v 0402

C630 2320560 Chip cap np0 100 p j 50 v 0402

C631 2320560 Chip cap np0 100 p j 50 v 0402

C632 2320536 Chip cap np0 10 p j 50 v 0402

C633 2320538 Chip cap np0 12 p j 50 v 0402

C634 2320544 Chip cap np0 22 p j 50 v 0402

C635 2320544 Chip cap np0 22 p j 50 v 0402

C636 2320584 Chip cap x7r 1n0 j 50 v 0402

C637 2320536 Chip cap np0 10 p j 50 v 0402

C638 2320560 Chip cap np0 100 p j 50 v 0402

C639 2320536 Chip cap np0 10 p j 50 v 0402

C640 2320620 Chip cap x7r 10 n j 16 v 0402

C641 2320584 Chip cap x7r 1n0 j 50 v 0402

C642 2320552 Chip cap np0 47 p j 50 v 0402

C643 2320778 Chip cap x7r 10 n k 16 v 0402

C644 2320584 Chip cap x7r 1n0 j 50 v 0402

C645 2320552 Chip cap np0 47 p j 50 v 0402

C646 2320554 Chip cap np0 56 p j 50 v 0402

C647 2320552 Chip cap np0 47 p j 50 v 0402

C648 2320584 Chip cap x7r 1n0 j 50 v 0402

C649 2320552 Chip cap np0 47 p j 50 v 0402

C650 2320584 Chip cap x7r 1n0 j 50 v 0402

C651 2320552 Chip cap np0 47 p j 50 v 0402

C652 2320552 Chip cap np0 47 p j 50 v 0402

C653 2320520 Chip cap np0 2p2 c 50 v 0402

C654 2320552 Chip cap np0 47 p j 50 v 0402

C655 2320584 Chip cap x7r 1n0 j 50 v 0402

C656 2320552 Chip cap np0 47 p j 50 v 0402

C657 2320552 Chip cap np0 47 p j 50 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C658 2320584 Chip cap x7r 1n0 j 50 v 0402

C659 2312296 Chip cap 10 u z 16 v 1210

C660 2320552 Chip cap np0 47 p j 50 v 0402

C661 2320590 Chip cap x7r 1n8 j 50 v 0402

C662 2320584 Chip cap x7r 1n0 j 50 v 0402

C663 2312296 Chip cap 10 u z 16 v 1210

C664 2320568 Chip cap x7r 220 p j 50 v 0402

C665 2320536 Chip cap np0 10 p j 50 v 0402

C667 2320552 Chip cap np0 47 p j 50 v 0402

C668 2320572 Chip cap x7r 330 p j 50 v 0402

C670 2320568 Chip cap x7r 220 p j 50 v 0402

C671 2320522 Chip cap np0 2 p 7 c 50 v 0402

C672 2320534 Chip cap np0 8p2 c 50 v 0402

C673 2320584 Chip cap x7r 1 n 0 j 50 v 0402

C674 2320554 Chip cap np0 56 p j 50 v 0402

C676 2320552 Chip cap np0 47 p j 50 v 0402

C677 2320536 Chip cap np0 10 p j 50 v 0402

C678 2320584 Chip cap x7r 1n0 j 50 v 0402

C679 2320532 Chip cap np06 p 8 c 50 v 0402

C680 2320584 Chip cap x7r 1 n 0 j 50 v 0402

C681 2320538 Chip cap np0 12 p j 50 v 0402

C682 2320538 Chip cap np0 12 p j 50 v 0402

C683 2320524 Chip cap np0 3p3 c 50 v 0402

C685 2320620 Chip cap x7r 10n j 16 v 0402

C686 2320536 Chip cap np0 10 p j 50 v 0402

C687 2320536 Chip cap np0 10 p j 50 v 0402

C688 2320552 Chip cap np0 47 p j 50 v 0402

C689 2320620 Chip cap x7r 10n j 16 v 0402

C690 2320536 Chip cap np0 10 p j 50 v 0402

C691 2320516 Chip cap np0 8 p 5 c 50 v 0402

C693 2320520 Chip cap np 02 p 2 c 50 v 0402

C694 2320620 Chip cap x7r 10 n j 16 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C695 2320536 Chip cap np0 10 p j 50 v 0402

C696 2320536 Chip cap np0 10 p j 50 v 0402

C701 2320552 Chip cap np0 47 p j 50 v 0402

C702 2320520 Chip cap np0 2p 2c 50 v 0402

C703 2320544 Chip cap np0 22 p j 50 v 0402

C704 2320584 Chip cap x7r 1n0 j 50 v 0402

C705 2320552 Chip cap np0 47 p j 50 v 0402

C706 2320620 Chip cap x7r 10 n j 16 v 0402

C707 2320552 Chip cap np0 47 p j 50 v 0402

C708 2320544 Chip cap np0 22 p j 50 v 0402

C709 2320552 Chip cap np0 47 p j 50 v 0402

C710 2320552 Chip cap np0 47 p j 50 v 0402

C711 2320536 Chip cap np0 10 p j 50 v 0402

C712 2320620 Chip cap x7r 10 n j 16 v 0402

C713 2320584 Chip cap x7r 1n0 j 50 v 0402

C714 2320604 Chip cap np0 18 p j 50 v 0402

C716 2320536 Chip cap np0 10 p j 50 v 0402

C717 2320552 Chip cap np0 47 p j 50 v 0402

C718 2320536 Chip cap np0 10 p j 50 v 0402

C719 2320536 Chip cap np0 10 p j 50 v 0402

C720 2320552 Chip cap np0 47 p j 50 v 0402

C721 2320544 Chip cap np0 22 p j 50 v 0402

C722 2320618 Chip cap x7r 4n7 j 25 v 0402

C723 2320618 Chip cap x7r 4n7 j 25 v 0402

C724 2320584 Chip cap x7r 1n0 j 50 v 0402

C725 2320552 Chip cap np0 47 p j 50 v 0402

C726 2320584 Chip cap x7r 1n0 j 50 v 0402

C728 2320524 Chip cap np0 3 p 3 c 50 v 0402

C729 2320604 Chip cap np0 18 p j 50 v 0402

C730 2320544 Chip cap np0 22 p j 50 v 0402

C731 2320584 Chip cap x7r 1n0 j 50 v 0402

C732 2320620 Chip cap x7r 10 n j 16 v 0402

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ITEM CODE DESCRIPTION VALUE TYPE

C733 2320544 Chip cap np0 22 p j 50 v 0402

C734 2320584 Chip cap x7r 1n0 j 50 v 0402

C735 2320552 Chip cap np0 47 p j 50 v 0402

C736 2320618 Chip cap x7r 4n7 j 25 v 0402

C737 2320552 Chip cap np0 47 p j 50 v 0402

C738 2320584 Chip cap x7r 1n0 j 50 v 0402

C739 2320516 Chip cap np0 1p5 c 50 v 0402

C740 2320584 Chip cap x7r 1n0 j 50 v 0402

C741 2320604 Chip cap np0 18 p j 50 v 0402

C742 2320604 Chip cap np0 18 p j 50 v 0402

C743 2320586 Chip cap x7r 1n2 j 50 v 0402

C744 2320620 Chip cap x7r 10 n j 16 v 0402

C745 2320514 Chip cap np0 1p2 c 50 v 0402

C746 2320544 Chip cap np0 22 p j 50 v 0402

C747 2320604 Chip cap np0 18 p j 50 v 0402

C748 2320604 Chip cap np0 18 p j 50 v 0402

C749 2320536 Chip cap np0 10 p j 50 v 0402

C750 2320552 Chip cap np0 47 p j 50 v 0402

C751 2320536 Chip cap np0 10 p j 50 v 0402

C752 2320524 Chip cap np0 3 p 3 c 50 v 0402

C753 2320586 Chip cap x7r 1n2 j 50 v 0402

C754 2320586 Chip cap x7r 1n2 j 50 v 0402

C755 2320544 Chip cap np0 22 p j 50 v 0402

L201 3203709 Ferrite bead 0.5r 120r/100m 0402

L301 3203705 Ferrite bead 0.015r 42r/100m 0805

L302 3203705 Ferrite bead 0.015r 42r/100m 0805

L303 3203705 Ferrite bead 0.015r 42r/100m 0805

L502 3203709 Ferrite bead 0.5r 120r/100m 0402

L504 3203709 Ferrite bead 0.5r 120r/100m 0402

L505 3645185 Chip coil 10n j q12/100mhz 0603

L506 3645217 Chip coil 15 n j q35/250mhz 0603

L507 3645185 Chip coil 10 n j q12/100mhz 0603

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ITEM CODE DESCRIPTION VALUE TYPE

L508 3645217 Chip coil 15 n j q35/250mhz 0603

L509 3645219 Chip coil 10 n j q31/250mhz 0603

L601 3645035 Chip coil 47 n j q12/100mhz 0603

L602 3645201 Chip coil 56 n h j q38/200mhz 0603

L603 3645201 Chip coil 56 n h j q38/200mhz 0603

L604 3645035 Chip coil 47 n j q12/100mhz 0603

L605 3645213 Chip coil 22 n j q38/250mhz 0603

L606 3643033 Chip coil 120n h j q40/150mhz 0805

L607 3645157 Chip coil 100 n k q12/100mhz 0603

L608 3645157 Chip coil 100 n k q12/100mhz 0603

L609 3645035 Chip coil 47n j q12/100mhz 0603

L610 3645035 Chip coil 47n j q12/100mhz 0603

L611 3645219 Chip coil 10 n j q31/250mhz 0603

L612 3645213 Chip coil 22 n j q38/250mhz 0603

L614 3645211 Chip coil 6n8 k q27/250mhz 0603

L615 3645163 Chip coil 22n k q12/100mhz 0603

L617 3645163 Chip coil 22n k q12/100mhz 0603

L618 3645211 Chip coil 6n8 k q27/250mhz 0603

L619 3645185 Chip coil 10n j q12/100mhz 0603

L701 3645319 Chip coil 220n j q25/100mhz 0603

L702 3641421 Chip coil 100uh j q15/0.796m 1008

L703 3641620 Chip coil 180n j q35/100mhz 0805

L704 3645213 Chip coil 22 n j q38/250mhz 0603

L705 3645157 Chip coil 100 n k q12/100mhz 0603

L706 3645225 Chip coil 72n j q34/150mhz 0603

L707 3645221 Chip coil 27n j q40/250mhz 0603

L708 3645223 Chip coil 33 n j q40/250mhz 0603

L709 3641620 Chip coil 180n j q35/100mhz 0805

L710 3645223 Chip coil 33 n j q40/250mhz 0603

L711 3645017 Chip coil 5n6k q10/100mhz 0603

L712 3646405 Chip coil 6n2 j q20/250mhz 0402

L713 3645157 Chip coil 100 n k q12/100mhz 0603

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ITEM CODE DESCRIPTION VALUE TYPE

L714 3645227 Chip coil 100n j q34/150mhz 0603

L715 3641622 Chip coil 220n j q30/100mhz 0805

L716 3645227 Chip coil 100n j q34/150mhz 0603

L717 3645221 Chip coil 27n j q40/250mhz 0603

L718 3645201 Chip coil 56nh j q38/200mhz 0603

L719 3645219 Chip coil 10 n j q31/250mhz 0603

L720 3641622 Chip coil 220n j q30/100mhz 0805

L722 3646407 Chip coil 15 n j q24/250mhz 0402

L723 3646085 Chip coil 6n8 k q29/800mhz 0402

V201 4210100 TR BC848W N 30 v 0.8a100mhz sot323

V301 4210102 TR BC858w **no new design**

V302 4110067 Sch DI mbr0520l 20v 0.5a sod123

V401 4113651 TVS ESDA6V1SC5**no new design**

V403 4113651 TVS ESDA6V1SC5**no new design**

V501 4110027 Cap DI 1sv239 4.3/1.8pf2/10v sod323

V502 4210074 TR BFP420 n 4.5v 35ma 20ghz sot343

V503 4112431 pin DI 1ss371 **reserved HD980**

V504 4110037 Cap DI hvu355 4/1v 3.3/6.4pf urp

V505 4110026 Cap DI 1sv229 15/6pf 2/10v sod323

V506 4210066 TR BFR93AW N 12 v 35MA 5ghz sot323

V507 4210100 TR BC848W N 30 v 0.8a100mhz sot323

V508 4210066 TR BFR93AW N 12 v 35MA 5ghz sot323

V509 4210052 TR DTC114ee n rb=rbe=10k em3

V511 4112431 pin DI 1SS371 **Reserved HD980**

V601 4110008 Sch DI msms2825 8v 1a/1us sot143

V602 4211391 MFET P FDC6323L switch 3-8v tsop6

V605 4110078 schdi x 2 bas70-05w 70v 70mA sot323

V606 4211391 MFET P FDC6323L switch 3-8v tsop6

V614 4210052 TR DTC114EE N RB=RBE=10K em3

V701 4219951 TRX2+RX4 umh9n n 50v 0.1a sot353

V702 4219951 TRX2+RX4 umh9n n 50v 0.1a sot353

V704 4219908 TRx2 UMT1 p50v0.15a 140mhz sot363

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ITEM CODE DESCRIPTION VALUE TYPE

V705 4210074 TR BFP420 n 4.5v 35ma 20ghz sot343

N301 4370697 uba2006t chaps charg.control so16

N302 4370719 ccont 2m wfd163mg64t/8 lfbga8x8

N303 4340851 volt reg mas9125 2.8v tssop16

N304 4219961 TRX2+RX4 umc3n n&p0v0.05a sot353

N305 4340617 LP2985 reg 2.8v 150ma sot23-5

N306 4340617 LP2985 reg 2.8v 150ma sot23-5

N501 4340595 LMX2330L 2xsyn2.5g/510mhz tssop20

N502 4340809 MB15C130 pll synth 256.2mhz bcc16

N507 4219961 TRX2+RX4 umc3n N&P50v0.05a sot353

N601 4370515 apache mfg-379 qsop28

N602 4370535 odyssey v3 mfg-379 qsop24

N603 4219961 TRX2+RX4 umc3n n&p0v0.05a sot353

N604 4370525 tif wfd165at32t tqfp32

N605 4370061 sharks pa 11a_3 824-849mhz

N606 4370601 snapper4 pa 9 j 1850-1910mhz

N607 4219961 TRX2+RX4 umc3n N&P50v0.05a sot353

N609 4340609 upg152 L-band 3v spdt switch mm6

N701 4370511 stealth md59-0008 qsop24

N702 4370527 rif wfd175at32t tqfp32

N703 4370723 endeavor v4 lna/downconverter qso

D101 4370645 mad4 rom3 f731785 c07 tqfp176

D102 4340499 sram 256kx8 100n 2.7-3.3v stsop32

D103 4340997 flash 2m x 16 70ns 2.7v b3 vfbga48

D105 4340126 tc7s00f 1xnand 2input cmos sso5

D106 4341009 eeprom 64kx8bit 10ms 2.7v dbga8

D108 4341009 eeprom 64kx8bit 10ms 2.7v dbga8

D109 4370703 resync ckt 2.8v (sn32463) tssop8

D201 4370533 cafe d wfa157dt100 tqfp100

D501 4340126 TC7S00F 1x nand 2input cmos 5505

G501 4510283 VCTCXO 19.2mhz+-1.5ppm 2.8v cdma

G502 4350181 VCO 2045-2135mhz 2.7v cdma

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ITEM CODE DESCRIPTION VALUE TYPE

G503 4350183 VCO 99001030mhz 2.7v 22 ma cdma

Z601 4511023 saw filt 1880+-30mhz/4.2db 3x3

Z602 4511173 dual saw filt 1850-1885/1875-

1910

Z603 4511141 saw filt 836.5+-12.5mhz/3.5db 4x4

Z604 4510241 isolator 1880+-30mhz/13db 7.2x7.2

Z605 4510119 isolator 836.5+-12.5mhz/13db 7x7

Z606 4511141 saw filt 836.5+-12.5mhz/3.5db 4x4

Z701 4512125 dupl 824-849/869-894mhz 9.5x7.5

Z702 4510227 xtal filter 128.55mhz+-15khz amps

Z703 4511027 saw filt 1960+-30mhz/5db 4x4

Z704 4510211 saw filt 128.1+-0.615mhz 19.2x6.7

Z705 4510121 saw filt 881.5+-12.5mhz/3.5db 4x4

Z706 4550075 Cer.filt 450+-15khz/6db 6.8x6.8

Z707 4511027 saw filt 1960+-30mhz/5db 4x4

Z708 4550075 Cer.filt 450+-15khz/6db 6.8x6.8

Z710 4512139 Dupl 1850-1910-1990mhz 25.6x

B301 4510159 crystal 32.768khz+-20ppm

X401 5469061 sm system conn 6af+3dc+mic+jack

X402 5460021 sm conn 2x14m spring p1.0 pcb/pcb

X403 5469069 sm batt conn 2pol spr p3.5 100v2a

X404 5469069 sm batt conn 2pol spr p3.5 100v2a

X702 5429007 sm coax conn m sw 50r 0.4-2ghz

X703 9510594 antenna conn. clip dmd06202 HD984

X704 9510595 antenna gnd clip dmd06203 HD984

A500 9517032 VCO shield assy dmc01502 HD983

A605 9517031 pa shield assy dmc01501 HD983

9854446 PCB UF4I 123.25x25x41.0x1.0 m8 4/PA

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