Clarion NAX963HD, QY-5000E-A Service Manual

Service information

Control no.: 06SI010-R

CLARION Europa GmbH, Hessenring 19-21, 64546 Morfelden-Walldorf, ++49 6105 / 977-0 Fx / 977-100
06SI010-R 10.11.06 Page 1 of 2

HDD access error message

1) Model outline:

NAX963HD

2) Description:
The navigation shows “ACCESS ERROR” on the display, as shown below.

3) Solution
Reset the NAX963HD navigation unit to the factory setting by following

the below mentioned procedure:

1) Press “Menu” on the main unit.

2) Select “Settings” on the touch screen

3) Press “Next”

4) Select “ Service option”

5) Select “Reset to Factory Settings”

6) Press “OK”, when asked for.

Service information

Control no.: 06SI010-R

CLARION Europa GmbH, Hessenring 19-21, 64546 Morfelden-Walldorf, ++49 6105 / 977-0 Fx / 977-100
06SI010-R 10.11.06 Page 2 of 2

Attention:

All user data on the hard drive will be lost and the factory settings will be
installed again.
After the installation of the factory settings, the NAX963HD will start up
automatically.
It may happen that the NAX963HD show this error message again. In this
case, switch off the unit and restart it manually. Now the error message
shall not be shown again.

In case the error message will not disappear, a hardware defect on the
unit is detected and the unit has to be exchanged via CEF.

NAX963HD

- 1 -

Service Manual

Published by Service Dept.

Printed in Japan

Clarion Co., Ltd.

50 Kamitoda, Toda-shi, Saitama 335-8511 Japan
Service Dept.: 5-66 Azuma , Kitamoto-shi, Saitama 364-0007 Japan
Tel: [phone] / 2432 FAX: [phone]

298-6375-00

AUG.2006

Model

HDD Navigation System

(QY-5000E-A)

SPECIFICATIONS

Navigation System

GPS receiving frequency:

1575.42 MHz, C/A Code
Sensibility: -130 dBm or better
Number of GPS channels:

15 channels

Voice synthesis: ADPCM,

Sampling frequency;11.025 kHz
Power supply voltage: +14V
Ground: Negative
Current consumption: less than 3.0A
Dimensions(mm): 205(W)x29.5(H)x169(D)

GPS aerial

Mode: Microstrip flat aerial
Dimensions(mm): 30.4(W)x11.7(H)x35.5(D)
Impedance: 50 ohm

NOTES

About the hard disk drive

* Data saved to the hard disk drive may get lost in case of

a breakdown, malfunction, or other trouble of this unit.

Importing Data via USB Port

* Data may be broken when using USB memories sticks

in the following situation: When disconnecting the USB
memory stick or turning the power off during writing or
reading data. When affected by static electricity or elec­tric noises.

* Music files (MP3, WMA, etc.) stored in the USB memory

stick cannot be played back.
("Data" : Including the stored locations and their data,
route data, data stored in the Favourite & Frequent List,
setting data set from the Setting menu, and data imported
from the USB memory stick (Wallpapers, Safety Cam­era locations, etc.)

* The special equipment is necessary to replace IC103.
* We cannot supply PWB with component parts in

principle. When a circuit on PWB has failure, please
repair it by component parts base.
Parts which are not mentioned in service manual are
not supplied.

* Specifications and design are subject to change without

notice for further improvement.

This product is a lead free model.
Lead free solder is used in PWB stamped LF mark.
Please keep the following conditions when you repair.

1. Use lead free solder.
* Koki's lead free solder S3X-55M 0.6mm

(CLARION Parts No.642-0231-01)

* Koki's lead free solder S3X-55M 1.0mm

(CLARION Parts No.642-0231-02)

2. Use a nitrogen solder system.

3. Do not use "General solder" and "Lead free solder"
together.

NAX963HD

- 2 -

To engineers in charge of repair or
inspection of our products.

Before repair or inspection, make sure to follow the
instructions so that customers and Engineers in charge
of repair or inspection can avoid suffering any risk or
injury.

1. Use specified parts.
The system uses parts with special safety features against fire
and voltage. Use only parts with equivalent characteristics
when replacing them.
The use of unspecified parts shall be regarded as remodeling
for which we shall not be liable. The onus of product liability
(PL) shall not be our responsibility in cases where an accident
or failure is as a result of unspecified parts being used.

2. Place the parts and wiring back in their original positions after
replacement or re-wiring.
For proper circuit construction, use of insulation tubes, bond­ing, gaps to PWB, etc, is involved. The wiring connection and
routing to the PWB are specially planned using clamps to keep
away from heated and high voltage parts. Ensure that they are
placed back in their original positions after repair or inspec­tion.
If extended damage is caused due to negligence during re­pair, the legal responsibility shall be with the repairing com­pany.

3. Check for safety after repair.
Check that the screws, parts and wires are put back securely
in their original position after repair. Ensure for safety reasons
there is no possibility of secondary ploblems around the re­paired spots.
If extended damage is caused due to negligence of repair, the
legal responsibility shall be with the repairing company.

4. Caution in removal and making wiring connection to the parts
for the automobile.
Disconnect the battery terminal after turning the ignition key
off. If wrong wiring connections are made with the battery con­nected, a short circuit and/or fire may occur. If extensive dam­age is caused due to negligence of repair, the legal responsi­bility shall be with the repairing company.

5. Cautions in soldering
Please do not spread liquid flux in soldering.
Please do not wash the soldering point after soldering.

6. Cautions in soldering for chip capacitors
Please solder the chip capacitors after pre-heating for replace­ment because they are very weak to heat.
Please do not heat the chip capacitors with a soldering iron
directly.

7. Cautions in handling for chip parts.
Do not reuse removed chips even when no abnormality is ob­served in their appearance. Always replace them with new
ones. (The chip parts include resistors, capacitors, diodes, tran­sistors, etc).
Please make an operation test after replacement.

8. Cautions in handling flexible PWB
Before working with a soldering iron, make sure that the iron
tip temperature is around 270 . Take care not to apply the
iron tip repeatedly(more than three times)to the same patterns.
Also take care not to apply the tip with force.

9. Turn the unit OFF during disassembly and parts replacement.
Recheck all work before you apply power to the unit.

COMPONENTS

QY-5000E-A

1. Main unit ----------- 1

2. RDS-TMC amtenna ZCA-412-310 1

3. Microphone for voice control 081-0034-00 1

4. GPS antenna 096-0147-00 1

5. Power supply lead 854-6451-50 1
(5A Fuse 120-0050-00 1)

6. RGB cable(2.5m) 855-2433-01 1

7. CeNET cable(2.5m) 855-3421-90 1

8. Accessory bag ----------- 1

8-1. Electro-tap(for speed sensor) 060-0018-00 2
8-2. Electro-tap 060-0305-00 1
8-3. Mounting bracket 300-7362-03 2
8-4. Cord holder 321-1026-01 10
8-5. Canoe clip 335-2515-00 4
8-6. Waterproof rubber 345-7473-00 1
8-7. Double-sided tape for fastening the antenna

347-6369-00 1

8-8. Inatallation bolt(M4x6) 714-4006-8B 4

1 2 3

4 5 6

7

8

8-1 8-2 8-3

8-4 8-5 8-6

8-7 8-8

NAX963HD

- 3 -

The provider of RDS-TMC is not
automatically selected.

Error Message Cause Remedy

USB memory
device

ACCESS ERROR
The USB memory device cannot be
accessed.

The USB memory is not
connected correctly.

Connect the USB memory again.

The USB memory is not recognised.

Connect another USB memory.

Hard Disk Drive

TEMP ERROR
Cannot operate correctly due to high
temperature. Please wait until
temperature becomes normal again.

The HDD cannot be accessed
because the temperature in the
vehicle is extremely high

Please wait until the temperature
becomes appropriate.

TEMP ERROR
Cannot operate correctly due to low
temperature. Please wait until
temperature becomes normal again.

The HDD cannot be accessed
because the temperature in the
vehicle is extremely low

Please wait until the temperature
becomes appropriate.

ACCESS ERROR
Malfunction occured in the HDD.
Please consult your nearest dealer.

The HDD cannot be accessed.
The sectors or clusters of the
HDD may be damaged.

Problem Check point Remedy

Connection of power cable

Connection of RGB cable
Output of RGB signal

Output level of RGB signal

Dot clock

Connect power cable properly.

Confirm the frequency of the dot clock. (TP534)

Connect RGB cable properly.

Connect microphone properly.

Connect GPS antenna properly.

Connect antenna properly.
Change the installation position.

Separate from the antenna of the vehicle.
(especially, glass antenna)

Connect internal wiring (ANT700,ANT701) properly.

Connect speed pulse cable properly.

Connection of CeNET cable

Connect CeNET cable properly.

Power supply circuit

Confirm the output voltage of the power properly.
TP1000 HDD_5V
TP1001 D_5V
TP1003 D_3.3V
TP1008 DDR_2.5V
TP1004 VCC 1.22V

Confirm the output of RGB signal.
TP1115 R
TP1116 G
TP1114 R

Confirm the output level of RGB signal.
TP1115 R
TP1116 G
TP1114 R

Confirm collector voltage of Q803.
0V : MUTE-ON

3.3V : MUTE-OFF

Confirm IC800.
pin9(SDTO):Data output according to voice input.
pin10(LRCK):11.025KHz
pin11(MCLK):8.46MHz
pin12(SCLK):705KHz

Confirm collector voltage of Q801.
0V : MUTE-ON

3.3V : MUTE-OFF

Confirm audio wave form of TP801(AD_IN).

Confirm an output signal of TP1105(ECC).

Confirm the power supply voltage.
TP2101 R_TU8V
TP2113 TUNER3.2V

Confirm the oscillation of X2102(10MHz)
and output power of TP2209 (BU5V).

Measure pin1(VOUT) of Gyro(IC702) with the
tester. Confirm the voltage.
At geostationary: about 2.5V
When sets are rotatedand: voltage moves.

Confirm IC801.
pin1(LRCK):11.025KHz
pin18(MCLK):8.46MHz
pin19(BCLK):705KHz
pin20(DIN):Data input

Confirm an analog aoudio signal output of pin12 of
IC801.

HDD

Insert HDD, and put protecting.

Adjust the volume properly.

The color of the screen is defective.

Guide voice doesn't sound.

Volume level of guide voice
Clock and data input of DAC(IC801)

Output of DAC(IC801)
MUTE setting

Connection of microphone

Connection of speed pulse

Connection of GPS antenna

Connection of antenna
Setting position of window antenna

Noise source in car (PC,DC/AC converter)

Connection of internal wiring

Wave form of speed pulse

Input signal of ADC(IC800)
Clock and data output of ADC(IC800)

Gyro sensor

Stop the equipment that generates the noise.

Tuner Pack

RDS/TMC microcomputer
Selection of "TMC Provider screen".

Select "Automatic".

Power indicator doesn't light.
(The power supply doesn't enter).

Screen is not displayed.

Map is not displayed.

The car position doesn't move.

GPS reception is defective.

RDS-TMC reception is defective.

Voice recognition is defective.

TROUBLESHOOTING

ERROR MESSAGES

NAX963HD

- 4 -

IC403

SRAM

512KB

IC200,IC201,

IC202,IC203

DDR-SDRAM

128MB(256Mbx4)

IC400

DISK ON CHIP

64MB

IC800

ADC

SENSOR

I/F

J1102 J1103 P701

(Connector for production)

IC700

ADC

BL700

GPS

Tuner Pack

J701

IC702

GYRO

SENSOR

J800

MIC

IC803

FILTER

R/G/B

IC401

BUS BUFER

16

64

16

16

IC501

FPGA

CSYNC

IC103

CPU

IC602

BUS

BUFFER

2.5inch 30GB
HARD DISK DRIVE

16

SCIF5

SCIF0

USB Host

ATAPI

RGB

DDR I/FEX-BUS

SSI0

SSI1

CS0

EX_CS0

8

H-UDI

JTAG

IC801

DAC

Control

IR IN

(96MHz)

(32MHz)

IC1102,IC1103

RGB

BUFFER

GUIDE

SIG.

TTS/WAVE (GUIDE VOICE)

VOICE RECOGNITION

16

X101

OSC

48MHz

X100

OSC

14.31818MHz

EXTALDOTCLKIN USBCLKAUDIO_CLK

CLKOUT

(CKIO)

32MHz

- FPGA

- DOC

- DEBUG CN

CLKIN(CKIO)

From SH7770

32MHz

EX_CS2

IC909

MICOM

IC912

IE-BUS

DRIVER

X900

XTAL

10MHz

IC802,IC804

BUFFER

SCIF2

UART

J500(Unmounting)

DEBUG CONNECTOR for Development

X102

OSC

8.46MHz

IC2105

MICOM

RDS-

DEMODURATOR

IC2102

BL2101

RDS/TMC Tuner

C2B

X2102

XTAL

10MHz

X2101

XTAL

4.33MHz

UART

UART

UART

SCIF7

16

EX_CS4

EX_CS7

EX_CS1

From SH7770

32MHz

From SH7770

32MHz

IC908

EEPROM

1Kbit

Note

RDS-TMC PWB Block

Main PWB Block

J1100 J1101

Control signal

Other signal

Video signal

Audio signal

㪧㪸㫉㪸㫃㫃㪼㫃㩷BUS

㪪㪼㫉㫀㪸㫃㩷㪺㫆㫄㫄㫌㫅㫀㪺㪸㫋㫀㫆㫅

CSYNC

TP

IC505

PLL

(9.1101MHz㪄10.085663MHz)

PDOUT4FSCEXCLK

SCIF4

ANT AMP

RDS-TMC

ANT

GPS

ANT

POWER

SUPPLY

BLOCK

Q1100,Q1101,IC1100,IC1101

SENSOR I/F:

PKB,BACK,ECC

B/U

12V

IC502

BUFFER

MIC CON.

CeNET

CONN.

CeNET

CONN.

To RDS

CONNECT.

HDD

CONNECT.

USB

CON.

BU12V, PKB/BACK/ECC

CONNECTOR

RGB

CONNECTOR

SERIAL

CONNECTOR

BLOCK DIAGRAM

Video/Audio/Control block

NAX963HD

- 5 -

Debug

Connector

Reset Block

IC103

CPU

SH Navi1

/RESET

/RESET_OUT

SRAM

FPGA

HDD

ADC

(AK5357)

IC904

Detector

R3112N211A

IC900

Detector

R3112N211A

IC901

Detector

R3112N211A

HDD_5V DET.

10K

3.9K

3.3K

D_5V

DET VOLT(high):4.81V

DET VOLT(Low):4.58V

0.033uF

100

DDR_2.5V DET.

D_3.3V DET.

DDR

2.5V

0.033uF

100

Disk On Chip

/BUSY

/RSTIN

D_3.3V

D_3.3V

D_3.3V

D_3.3V

D_3.3V

Delay:150ms

1000pF1000pF

/PERI _RESET

47K

D_3.3V

D_5V

1000pF

100

D_3.3V

IC909

SUB

Micon

/RESET

/CPU_RST

100

1000pF

100

10K

/IDE_RST

82

100

/RESET_OUT

/RESET_IN

D_3.3V

100

16K

39K

D_3.3V

0.033uF

100

/NAVI_RESET

100

1000pF

47K

D_3.3V

100

1000pF

SN74ALVC08

(2/4)

SN74ALVC08

(3/4)

SN74ALVC08

(4/4)

SN74ALVC08

47K

10K

10K

/BASE_RESET

/SH_RESET_OUT

/DOC_RST IN

/NAVI_RESET

/DOC_BUSY

1000pF

1000pF

Delay:150ms

Delay:150ms

DET VOLT(high):2.20V

DET VOLT(Low):2.10V

DET VOLT(high):3.11V

DET VOLT(Low):2.96V

Reset block

NAX963HD

- 6 -

Power Detect Block

Micro

Controller

B/U 12V

IC903

Detector

R3111N271A

ACC_DET

BU_9V_DET

ACC DET.

/SYS-ACC

B/U DET.

/P_OFF

NAVI_PON

/BU-DET

Power supply ON/OFF SW

on Mian PWB

Power-OFF signal

from SH

B/U-VOLT watch signal

to SH

SN74LVC2G32

TC7S32FU

SN74LVC1G08

47K

4.7K

56K

24.7K

47K10K

10K

0.1u

Q900

2SA1586

47K

100

100

B/U_3.3V

B/U_3.3V

B/U_3.3V

B/U_3.3V

D_3.3V

Power supply

(Power circuit block)

B/U

DET. VOLT(high):9.26V

DET. VOLT(Low):8.82V

1SS355

1000pF

100

S-TV

Ce-net

Connector

ACC

IC103

SH-Navi1

NMI

IC909

SUB

Micro

Controller

/SHUTDOWN

100

47K

Shout down signal

by compulsion from microcomputer

1000pF

/P_OFF_B

/NMI_MONI

/SHUTDOWN

/BU_DET

1000pF

NMI

100

D_3.3V

SN74ALVC08(1/4)

GPIO2A20/TX9

GPIO2A22/CSK9

/NAVI_MONI

10K

D_3.3V

10K

D_3.3V

Power detect block

NAX963HD

- 7 -

Power circuit block

Power Circuit Block

CAR

BATTERY

IC1002

B/U_5V

TDA3664

Max. permissible current:100mA

Max. permissible current:150mA

Max. permissible

current:3000mA

[D_3.3V] , [D_5V] ON/OFF SW by VCC_1.22V

*

Setting of timing for core power of [Navi core-FPGA] and I/O power.

*

[D_5V] ON/OFF SW for protection of [Navi core] and [FPGA].

IC1000

B/U_3.3V

LM2954

IC1005

VCC_1.22V

DDR_2.5V

TPS5120

IC1003

HDD_5V

LM3485

IC1001 A_9V

BA09CC0WFP

10k

3.9k

10k

2SD1306

2SA2096

4700uF x 2

100(1/4W) x6

RDS PWB

NAVI_P_ON

Detector

2.20V Release

2.10V Det.

Detector

4.81V Release

4.58V Det.

Detector

3.11V Release

2.96V Det.

1.22V

2.5V

IC1006 D_3.3V

BD00KA5WFP

Coin

Battery

DC/DC (200kHz)

DC/DC (100kHz)

Linear

Linear

Linear

IC1004 A_5V

BA05CC0WFP

Vref

Logic

SRAM

GPS

Receiver

SHNavi1 FPGA

SHNavi1 DDR

DDR

HDD

SHNavi1 FPGA

Audio

DAC/ADC

USB

Sub Micon

GPS

Receiver

Gyro

Analog

circuit

Audio

DAC/ADC

Mic

RGB

Encoder

Logic

Max. permissible

current:3000mA

Max. permissible

current:500mA

Max. permissible

current:1000mA

Max. permissible

current:1000mA

Max. permissible

current:3000mA

10k

470

10k

2SC4081

2SB1188

220

Power supply circuit ON/OFF

SW on Navi PWB

RDS/TMC

Tuner

8.5uA typ.

120uA max.

85mA typ.

95mA max.

GPS

Receiver

Tuner

Micon

RDS De-

Modulator

105mA max.

500mA max.

40mA max.

20mA max.

(DataSheet)

13.5mA max.

(DataSheet)

30mA max.

(DataSheet)

30mA max.

(DataSheet)

2.2u

15k

(F)

15k

(F)

Linear

Linear

NAX963HD

- 8 -

5A Fuse

(120-0050-00)

Main power supply (Yellow)

Speed sensor (Pink)

Reverse gear signal (Purple/white)
Ground (Black)

NAX963HD

Front view

(inside of Escutcheon)

Rear view

VRX868RVD

GPS antenna
(096-0147-00)

Microphone for voice control

(081-0034-00)
RDS-TMC antenna
(ZCP-412-310)

Power supply lead

(854-6451-50)

RGB cable
(855-2433-01)

CeNET cable
(855-3421-90)

Handbrake (Green)

Connectors

Example of connecting to the VRX868RVD

HDD

1

RDS-TMC antenna recept.

3

1

2

3 4

Mic.jack

6

GPS antenna recept.

8

5

7

8

6

Power supply connector

2468

1357

4

1
2
3
4
5
6
7
8

N.C.
PARKING BRAKE
N.C.
SPEED SENSOR
GROUND
REVERSE SIG.
BATTERY (+)
N.C.

RGB connector

3

7

5

6

8

2

1

4

7

1
2
3
4
5
6
7
8

B
C-SYNC
R
N.C.
N.C.
G
N.C.
N.C.

1234

USB connector

2

1
2
3
4

5V
D­D+
GND

CeNET connector

11 12

78910
3456
1132

5

1
2
3
4
5
6
7
8

GND
SYS B/U
L-CH(+)
EXT(+)
EXT(-)
GUS(+)
R-CH(+)
R-CH(-)

9

10

11
12
13

SYS ACC
BUS(-)
L-CH(-)
ILLUMI.
N.C.

WIRE CONNECTION

NAX963HD

- 9 -

EXPLANATION OF IC

051-3304-90 LP2954IMX Voltage Regulator

Terminal Description

pin 1: Power out : O : DC power voltage output.
pin 2: Sense : IN : The voltage regulator may be pin-strapped

for 5V operation using its internal resistive
divider by tying the Output and Sense pins
together.

pin 3: Shut Down_ : IN : A logic-level signal will shut off the regu-

lator output when aLOW (<1.2V) is

applied to the Shutdown input.
pin 4: Ground : - : Ground.
pin 5: Error_ : O : Error flag output.
pin 6: 5V-TAP : IN : The voltage regulator may be pin-strapped

for 5V operation using its internal resistive

divider by tying the Feedback pin and 5V-

Tap pins together.
pin 7: Feed back : IN : Feed back voltage input.
pin 8: INPUT : IN : Positive power supply input.

051-3356-90 BD00KA5WFP

Positive Voltage Regurator(Adjustable)

051-3377-90 LM3485MM Hysteretic PFET Buck Controller

General Description

The LM3485 is a high efficiency PFET switching regulator controller
that can be used to quickly and easily develop a small, low cost,
switching buck regulator for a wide range of applications.

The hysteretic control architecture provides for simple design without
any control loop stability concerns using a wide variety of external
components.

The PFET architecture also allows for low component count as well
as ultra-low dropout, 100% duty cycle operation.

Another benefit is high efficiency operation at light loads without an
increase in output ripple.

Current limit protection is provided by measuring the voltage across
the PFET's RDS(ON), thus eliminating the need for a sense resistor.

The cycle-by-cycle current limit can be adjusted with a single resis­tor, ensuring safe operation over a range of output currents.

Terminal Description

pin 1: I SENSE : The current sense input pin. This pin should

be connected to Drain node of the external
PFET.

pin 2: GND : Signal ground.

8
7
6
5

INPUT
FEEDBACK
5V TAP
ERROR_

1
2
3
4

OUTPUT

SENSE

SHUTDOWN_

GROUND

5.

4.

3.

2.

1.

Adjust
Output
N.C.
Vcc
On/Off (H=ON)

FinGround

R1

R2

Vc
Vo

I SENSE

GND

NC

FB

1
2
3
4

V IN
P GATE
PWR GND
ADJ

8
7
6
5

pin 3: NC : No connection.
pin 4: FB : The feedback input. Connect the FB to a

resistor voltage divider between the output
and GND for an adjustable output voltage.

pin 5: ADJ : Current limit threshold adjustment. It con-

nects to an internal 5.5uA current source. A
resistor is connected between this pin and
the input Power Supply. The voltage across
this resistor is compared with the VDS of the
external PFET to determine if an over-current

condition has occurred.
pin 6: PWR GND : Power ground.
pin 7: P GATE : Gate Drive output for the external PFET.

PGATE swings between VIN and VIN-5V.
pin 8: V I N : Power supply input pin.

051-3380-90 TPS5120DBTRG4

Dual output, Two-phase synchronous buck DC/DC controller

Terminal Description

pin 1: INV 1 : IN : Inverting input of CH 1 error amplifier, skip

comparator, and OVP1/UVP1 comparator.
pin 2 : F B 1 : O : Feedback output of CH 1 error amplifier.
pin 3 : SOFT START 1 :I/O: Soft start pin for CH1.
pin 4: PWM/SKIP :IN: PWM/SKIP mode select pin.
pin 5: CT :I/O:External capacitor from CT to GND for

adjusting the triangle oscillator.
pin 6 : 5V STBY : IN : 5V linear regulator output.
pin 7: GND : - : Control ground.
pin 8 : REF : O : 0.85V reference voltage output.
pin 9 : STBY 1 : IN : Standby control for CH1.
pin 10: STBY 2 : IN: Standby control for CH2.
pin 11 : FLT :I/O: Fault latch timer pin.
pin 12 : POWER GOOD : O : Power good open-drain output.
pin 13: SOFT START 2 :I/O: Soft start pin for CH2.
pin 14 : FB 2 : O : Feedback output of CH 2 error amplifier.
pin 15: INV 2 : IN : Inverting input of CH 2 error amplifier, skip

comparator, and OVP2/UVP2 comparator.
pin 16: LH 2 :I/O:Bootstrap capacitor connection for CH2

high-side gate drive.
pin 17: OUT 2u : O : Gate drive output for CH2 high-side

switching FETs.
pin 18: LL 2 :I/O: Bootstrap this pin for CH2 high-side gate

driving return and output current protec-

tion. Connect this pin to the junction of

the high-side FETs for a floating drive

configuration.
pin 19: OUT 2d : O : Gate drive output for CH2 low side gate

drive.
pin 20: OUT GND 2 : - : Ground for CH1 FET drivers.
pin 21: REG 5V IN :IN : External 5V input.
pin 22: Vref 5 : O : 5V internal regulator output.
pin 23: TRIP 2 : IN : External resistor connection for CH2 out-

put current control.
pin 24 : VCC : - : Supply voltage input.
pin 25: TRIP 1 : IN : External resistor connection for CH1 out-

put current control.
pin 26: OUT GND 1 : - : Ground for CH1 FET drivers.
pin 27: OUT 1d : O : Gate drive output for CH1 low side gate

drive.
pin 28: LL 1 :I/O: Bootstrap this pin for CH1 high-side gate

driving return and output current protec-

tion. Connect this pin to the junction of

the high-side FETs for a floating drive

configuration.
pin 29: OUT 1u : O : Gate drive output for CH1 high-side

switching FETs.
pin 30: LH 1 :I/O:Bootstrap capacitor connection for CH1

high-side gate drive.

NAX963HD

- 10 -

051-5344-90 NJM2267V-TE2 Dual Video Driver

051-5408-38 R3112N211A-TR-FA

Voltage Drop Detector 2.1V

Terminal description

pin 1: OUTPUT : N channel open drain output.

This terminal will output L, if the voltage of

VDD becomes lower than the setting voltage.
pin 2: VDD : Positive supply voltage.
pin 3: GND : Ground.
pin 4: N.C. : Not in use.
pin 5: C.T. : Delay time capacitor connection.

051-5418-28 R3111N271A-TR-FA

Precision Voltage Down Detector 2.7V

Terminal description

pin 1: OUTPUT : N channel open drain output.

This terminal will output L, if the voltage of

VDD becomes lower than the setting voltage.
pin 2: VDD : Positive supply voltage, negative logic input.
pin 3: GND : Ground.
pin 4: NC : Not in use.
pin 5: NC : Not in use.

051-6650-90 NB2305AT1HDR2G 3.3V Zero Delay Clock Buffer

Terminal Description

pin 1: REF : Input reference frequency, 5 V tolerant input.
pin 2: CLK 2 : Buffered clock output.
pin 3: CLK 1 : Buffered clock output.
pin 4: GND : Ground.
pin 5: CLK 3 : Buffered clock output.
pin 6: VDD : 3.3 V supply.
pin 7: CLK 4 : Buffered clock output.
pin 8: CLK OUT : Buffered clock output, internal feedback on

this pin.

6dB

75ohm Driver

750

ohm

2.0k

ohm

2.2k ohm

1

4

3

6dB

75ohm Driver

750

ohm

2.0k

ohm

2.2k ohm

8

5

6

7 2

GNDVCC

1
2
3

54C.T.

N.C.

OUTPUT
VDD
GND

1
2
3

54N.C.

N.C.

OUTPUT
VDD
GND

CLK OUT

CLK 4

VDD

CLK 3

8

7

6

5

REF

CLK 2

CLK 1

GND

1

2

3

4

PLL

Bit CK IN 19

LR CK IN 1

DATA IN 20

Vref P 5

Vref N 6

V MID 8

Audio

Interface

Digital

Filters

DAC

Vout L P12
Vout L N11

DAC

Vout R P9
Vout R N10

A VDD 4

A GND 7

Serial data IN 14

LATCH IN 13

Serial CK IN 15

Control

Interface

Zero Flag L17
Zero Flag R16

Master Clock 18

D VDD2
D GND3

051-6834-00 XC3S50-4VQG100I-0985 FPGA

Terminal Description

pin 1: A20 : Address input.
pin 2: A19 : Address input.
pin 3: GND : Ground.
pin 4: A18 : Address input.
pin 5: A5 : Address input.
pin 6: VCCO : 3.3V power supply for IC.
pin 7: VCCAUX : 2.5V power supply for AUX.
pin 8: A4 : Address input.
pin 9: A3 : Address input.
pin 10: GND :Ground.
pin 11: A2 : Address input.
pin 12: A1 : Address input.

051-6718-90 AK5357VT-E2 96kHz 24Bit ADC

Terminal Description

pin 1 : A IN R : IN: R channel audio signal input.
pin 2 : A IN L : IN: L channel audio signal input.
pin 3 : CK S 1 : IN: Clock Mode select.
pin 4 : V COMMON : O : Common voltage output = A VDD/2
pin 5: A G ND : - : Analog ground.
pin 6: A VDD : - : Positive voltage supply for analog section.
pin 7 : D VDD : - : Positive voltage supply for digital section.
pin 8: D G ND : - : Digital ground.
pin 9 : SDO : O : Audio Serial data output.
pin 10: LR CK I/O :I/O: Output channel clock. L output in Master

Mode at Power-down mode.
pin 11 : MASTER CLK : IN : Master clock input.
pin 12: S CLK :I/O: Audio Serial data clock input. L output in

Master Mode at Power-down mode.
pin 13: PDN : IN : Power down & reset signal input.

L = Power-down mode.
pin 14 : DIF : IN: Audio interface format.

H = 24bit I2S compatible

L = 24bit MSB justified
pin 15 : CK S 2 : IN: Clock Mode select.
pin 16 : CK S 0 : IN: Clock Mode select.

051-6731-90 WM8718SEDS/R

24 bit Differential Stereo DAC with Volume control

NAX963HD

- 11 -

pin 13: D15 : Data input/output.
pin 14: D14 : Data input/output.
pin 15: D13 : Data input/output.
pin 16: D12 : Data input/output.
pin 17: D11 : Data input/output.
pin 18: VCCINT : 1.2V power supply for Core.
pin 19: VCCO :3.3V power supply for IC.
pin 20: GND :Ground.
pin 21: D10 : Data input/output.
pin 22: D9 : Data input/output.
pin 23: D8 : Data input/output.
pin 24: M1 : Configuration mode setting.
pin 25: M0 : Configuration mode setting.
pin 26: M2 : Configuration mode setting.
pin 27: CS_B : For Configuration.
pin 28: RDWR_B : Read/Write signal input.
pin 29: GND :Ground.
pin 30: D7 : Data input/output.
pin 31: VCCO :3.3V power supply for IC.
pin 32: D6 : Data input/output.
pin 33: VCCAUX :2.5V power supply for AUX.
pin 34: D5 : Data input/output.
pin 35: D4 : Data input/output.
pin 36: NC : Not in use.
pin 37: NC : Not in use.
pin 38: N_SH_RDY : Ready signal output for CPU.
pin 39: CKIO : Clock input.
pin 40: NC : Not in use.
pin 41: GND :Ground.
pin 42: INIT_B : For Configuration.
pin 43: D3 : Data input/output.
pin 44: D2 : Data input/output.
pin 45: VCCINT : 1.2V power supply for Core.
pin 46: VCCO :3.3V power supply for IC.
pin 47: D1 : Data input/output.
pin 48: D0 : Data input/output.
pin 49: N_WE1 : Write enable input.
pin 50: N_WE0 : Write enable input.
pin 51: DONE : High output after configuration.
pin 52: CCLK : Configuration clock input.
pin 53: N_RD : Read signal input.
pin 54: N_CS_FPGA : Chip select input.
pin 55: NC : Not in use.
pin 56: GND :Ground.
pin 57: VCCO :3.3V power supply for IC.
pin 58: VCCAUX :2.5V power supply for AUX.
pin 59: NC : Not in use.
pin 60: NC : Not in use.
pin 61: NC : Not in use.
pin 62: N_EIRQ1 : Interrupt signal output for CPU.
pin 63: NC : Not in use.
pin 64: NC : Not in use.
pin 65: VOL_DATA : Data output to Audio-ADC.
pin 66: GND :Ground.
pin 67: VOL_CLK : Clock output to Audio-ADC.
pin 68: VOL_CS :Chip select output to Audio-ADC.
pin 69: VCCINT : 1.2V power supply for Core.
pin 70: VCCO :3.3V power supply for IC.
pin 71: EXTCONT : EXT-AUDIO ON/OFF signal for CeNET.
pin 72: N_MUTE : Audio mute.
pin 73: GND :Ground.
pin 74: N_ILL : Illumination detect.
pin 75: NC : Not in use.
pin 76 : TDO : For JTAG.
pin 77 : TCK : For JTAG.
pin 78 : TMS : For JTAG.
pin 79: GYRO_DATA : Data input from GYRO-ADC.

pin 80: ADC_CLK : Clock output to GYRO-ADC.
pin 81: ADC_CS : Chip select output to GYRO-ADC.
pin 82: GND :Ground.
pin 83: VCCO :3.3V power supply for IC.
pin 84: VCCAUX :2.5V power supply for AUX.
pin 85: PKB : Parking signal input.
pin 86: N_BACK : Back signal input.
pin 87: NC : Not in use.
pin 88: NC : Not in use.
pin 89: NC : Not in use.
pin 90: N_RESETI : Reset input.
pin 91: SPEED_IN : Speed pulse input.
pin 92: NC : Not in use.
pin 93: VCCINT : 1.2V power supply for Core.
pin 94: VCCO :3.3V power supply for IC.
pin 95: GND :Ground.
pin 96: A22 : Address input.
pin 97: A21 : Address input.
pin 98: HSWAP_EN : For Configuration.
pin 99: PROG_B : For Configuration.
pin100: TDI : For JTAG.

051-6921-90 TPS2041BDGNR

SINGLE, CURRENT-LIMITED, POWER-DISTRIBUTION SWITCH

OC_ ( pin 5 ): Overcurrent and overtemperature false re-

porting, active-low, open-drain output.

051-6923-08 ADCS7476AIMF 1 M SPS 12 bit ADC

051-7289-90 MC74HC4046ADT PLL

Terminal Description

pin 1: PC P OUT : Phase Comparator Pulse Output
pin 2: PC 1 OUT : Phase Comparator 1 Output
pin 3: COMP IN : Comparator Input
pin 4: VCO OUT : VCO Output
pin 5: INH : Inhibit Input
pin 6: C 1 A : Capacitor C1 Connection A
pin 7: C 1 B : Capacitor C1 Connection B
pin 8: GND : Ground (0 V) VSS
pin 9: VCO IN : VCO Input
pin 10 : DEM OUT : Demodulator Output
pin 11: R 1 : Resistor R1 Connection
pin 12: R 2 : Resistor R2 Connection
pin 13 : PC 2 OUT : Phase Comparator 2 Output
pin 14: SIG IN : Signal Input
pin 15 : PC 3 OUT : Phase Comparator 3 Output
pin 16: VCC : Positive Supply Voltage

1

2

3

4

OUT

OUT

OUT

OC_

GND

IN

IN

EN_ ( L = Switch ON )

8

7

6

5

LOGIC

6

5

4

Chip Select input

Serial data output

Clock pulse input

1

2

3

VDD

GND

Analog signal input : Vin

NAX963HD

- 12 -

051-7529-90 SN74LVC541APW Octal Bus Buffer

Truth Table

Switch G 1 ( pin 1 ) G 2 ( pin 19 )
OFF H H
OFF H L
OFF L H
ON L L

051-7534-90 SN74LVC1G97DCKR

Configurable Multiple-function Gate

Truth Table

Y IN 2 IN 1 IN 0
L L L L
L L L H
H L H L
H L H H
L H L L
H H L H
L H H L
H H H H

051-7537-90 SN74LVC1G14DCKR

Single Schmitt-Trigger Inverter Gate

051-7539-90 SN74LVC3G34DCTR Triple Buffers

051-7503-78 SN74LVCHR16245AGR 8 x 2 Bus Transceiver

Truth Table

OE_ DIR SW 1 SW 2

L L ON OFF
L H OFF ON
H L OFF OFF
H H OFF OFF

051-7505-08 SN74LV08APWR Quad 2-input AND Gate
051-7505-18 SN74ALVC08PWR Quad 2-input AND Gate

051-7520-08 SN74LVC1G04DCKR Single Inverter

051-7522-08 SN74LVC1G32DCKR Single 2-inputs OR Gate

051-7524-08 SN74LVC1G08DCK Single 2-inputs AND GATE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

48

47 46 45 44 43 42 41 40 39 38 37

36 35 34 33 32 31 30 29 28 27 26 25

SW-1SW-2

Logic

SW-1SW-2

Logic

DIR 1

GND

VDD

GND

GND

GND

GND

GND

GND

GND

VDD VDD

VDD

OE 1_

OE 2_DIR 2

14

13

12

11

10

9

8

1

2

3

4

5

6

7

GND

VDD

1
2
3

54VCC

OUT

NC

IN

GND

1
2
3

54VCC

GND

1
2
3

54VCC

GND

20

19

18

17

16

15

14

13

12

11

1

2

3

4

5

6

7

8

9

10

GROUND

G1

VCC

G2

Logic

IN 2
VCC
Y

6
5
4

IN 1

GND

IN 0

1
2
3

IN 0 3

IN 1 1

IN 2 6

Y4

1
2
3

N.C.

GND

54VCC

8

7

6

5

GND

VDD

1

2

3

4