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.
-1-
DXZ788RUSB
Specifications and design are subject to change without notice for
*
further improvement.
Use only compact discs bearing theormark.
*
Some CDs recorded in CD-R/CD-RW mode may not be usable.
* Windows Media , and the Windows logo are trademarks, or re-
gistered trademarks of Microsoft Corporation in the United States
and/or other countries.
* WMA is the abbreviation of Windows Media Audio, an audio file
format developed by Microsoft Corporation.
* This product includes technology owned by Microsoft Corporation
and cannot be used or distributed without a license from MSLGP.
* As for this model, the tuner of the DSP type is used.When you
exchange it due to the tuner pack(BL1:880-2091E) trouble, it is
necessary to adjust for S-meter etc.Special JIG is necessary for
an accurate adjustment.The procedure document for the exclusive
use jig is appended to it.
* This DSP IC SAF7730HN219A(051-6706-40) of main PWB is ex-
posed die soldering pad type. The middle of this IC package is so-
ldered with the main PWB, and it cannot remove in an ordinary s-
oldering iron.Please use special removal JIG at the time of IC exc-
hange.
* This unit is compatible with USB 1.1/2.0 with maximum data tran-
sfer rates of 12 Mbps.USB memory devices that can be played by
connecting to the unit's USB connector are limited to those recog-
nized as "USB mass storage class devices"; operation is not gua-
ranteed with all USB memory devices.
* To prevent the accidental loss of data, always back up important
data on your computer.
* This unit does not support connections to a computer.In addition,
connections made through a USB hub device are also not
supported.
* This unit supports USB Digital Media Streaming.USB Digital Media
Streaming is a function used to play music files transmitted using
Media Transfer Protocol (MTP). This function also supports the
playback of WMDRM 10 files.
* Insert and remove a USB memory device only when the device is
not being accessed. Connecting or disconnecting the device at the
following times may result in the loss of data:
- If the USB memory device is removed or power is disconnected
during writing to the device.
* iPod is for legal or rightholder-authorized copying only. Don't st-
eal music. iPod is a trademark of Apple Computer, Inc., registered
in the U.S and other countries.
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, bond-
ing, 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 inspec-
tion.
If extended damage is caused due to negligence during re-
pair, the legal responsibility shall be with the repairing com-
pany.
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 re-
paired 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 con-
nected, a short circuit and/or fire may occur. If extensive dam-
age is caused due to negligence of repair, the legal responsi-
bility 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 replace-
ment 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 ob-
served in their appearance. Always replace them with new
ones. (The chip parts include resistors, capacitors, diodes, tran-
sistors, etc).
Please make an operation test after replacement.
Cautions in handling flexible PWB
8.
Before working with a soldering iron, make sure that the iron
tip temperature is around 270
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.
10. Cautions in checking that the optical pickup lights up.
The laser is focused on the disc reflection surface through the
lens of the optical pickup. When checking that the laser opti-
cal diode lights up, keep your eyes more than 30cms away
from the lens. Prolonged viewing of the laser within 30cms
may damage your eyesight.
11. Cautions in handling the optical pickup
The laser diode of the optical pickup can be damaged by elec-
trostatic charge caused by your clothes and body. Make sure
to avoid electrostatic charges on your clothes or body, or dis-
charge static electricity before handling the optical pickup.
11-1. Laser diode
The laser diode terminals are shorted for transportation in order to prevent electrostatic damage. After replacement, open
the shorted circuit. When removing the pickup from the mechanism, short the terminals by soldering them to prevent this
damage.
. Take care not to apply the
DXZ788RUSB
-2-
11-2. Actuator
The actuator has a powerful magnetic circuit. If a magnetic
material is put close to it. Its characteristics will change. En-
sure that no foreign substances enter through the ventilation
slots in the cover.
11-3. Cleaning the lens
Dust on the optical lens affects performance.
To clean the lens, apply a small amount of isopropyl alcohol to
lens paper and wipe the lens gently.
CAUTION
This appliance contains a laser system and is classified as a
"CLASS 1 LASER PRODUCT". In case of any trouble with this
player, please contact your nearest"authorized service station".
To prevent direct exposure to the laser beam, do not try to open
the enclosure.
ADJUSTMENTS
ADJUSTMENT OF BUS-TUNER : 880-2091E
This adjustment sets some values of the tuner.The adjustment data is written in EEPROM(IC605).The special jig
and software are necessary for this adjustment.
* CeNET-analyzer
* Personal computer
*SG
* Adjustment-Software:Adjustment system for DSP N217
with CeNET(Ver.Y4-S024-103-20060623)
Preparation
1. Installation of software
Execute the windows installer package in the set-folde
of the writing E2P.
2. Connection
1) Connect CeNET-analyzer to the unit with the CeNETcable.
2) Connect CeNET-analyzer(MASTER/SLAVE side) to the
PC with the serial crossing cable.
3) Connect POWER-lead of CeNET-analyzer to the
POWER-lead of the unit.
4) Connect the antenna to the unit.(FM-ANT for first adjustment)
5) Turn on CeNET-analyzer,and press the RESET-button
of it.
PE-3042E
276-0380-00
Bottom view of main unit
NOTES OF ISO CONNECTOR
1. For VW and Audi vehicles, change the position of fuse installation as shown on the diagram.(Figure 1)
EXTENSION CABLE type
Initial setting of ex-lead
Fuse
15A
Fuse
3A
RedRed
Blue/WhiteBlue/White
Green/WhiteGreen/White
For models 1992 and laterFor models up to 1991
Yellow
Yellow
Red
Yellow
Red
Figure 1
2. When the car stereo is installed in 1998 and later Volkswagen
models, remove the auto antennal leads (Blue/White). Be sure to
insulate both the ISO connector side terminal and the main unit
side terminal with insulation tape, respectively.(Figure 2)
Blue/WhiteBlue/White
Yellow
Yellow
Yellow
Yellow
Red
Insulation tape
Yellow
Red
Set up the software
1) Click [ADJ_DSP].
2) Click [open Comm PORT].(To open the COM port of
PC)
3) Click [Initialization of JIG].(The BUS-analyzer sounds)
4) Click [Incoming connection].(The unit is recognized to
the BUS-analyzer)
The data is displayed, and the display changes regu-
larly.
PRNdatawriting
1) Click [prn FILE LOAD], and select PRN-FILE.
2) Click [EEPROM WRITE], the PRN-data is write in EEPROM of the unit.
Adjustments
1. FM S-meter
1) Set SG output to 65dBuV.(FM)
2) Click [Adjustment] of "FM S-Meter".(Wait until the value
stops.)
2. FM IF-Count
1) Click [Adjustment] under "FM IF-COUNT".(The FM-IFOffset data of EEPRON is effective.)
2) Click [Check], and confirm the display is within +/-500.0.
3. Set up AM IF Offset data
* Exchange the antenna for "AM-ANT-dummy"
1) Click [Adjustment] under "AM IF-COUNT".(The AM-IFOffset data of EEPRON is effective.)
2) Click [Check], and confirm the display is within +/-500.0.
4. AM S-meter
1) Set SG output to 70dBuV.(AM)
2) Click [Adjustment] of "AM S-Meter".(Wait until the value
stops.)
Finally, push the reset button of the unit.
Remote turn-on
Insulate the terminal
* Never let the terminals make contact with the metal plate parts
of the car.
Figure 2
3. When the main unit is also connected to an external amplifier,
connect REMOTE on the external amplifier to remote turn on
lead.
-3-
When computer continues to freeze, click [RESET] of
"MENU", and readjust the lost adjustment point.IF not returning, press the RESET-button of CeNET-analyzer.and
restart adjustment from the first step.
DXZ788RUSB
TROUBLESHOOTING
ProblemCauseMeasure
Power does not turn on.Fuse is blown.Replace with a fuse of the same amperage.
(No sound is produced.)Incorrect wiring.Read the attached "Installation/Wire connection Guide" once again
and wire properly.
No sound output whenPower antenna lead is shorted to1. Turn the unit off.
operating the unit withground or excessive current is2. Remove all wires attached to the power antenna lead. Check
amplifiers or powerrequired for remote-on the amplifiers each wire for a possible short to ground using an ohm meter.
antenna attached.or power antenna.3. Turn the unit back on.
4. Reconnect each amplifier remote wire to the power antenna lead
one by one. If the amplifiers turn off before all wires are attached,
an external relay to provide remote-on voltage (excessive current
required).
Nothing happens whenThe microprocessor has
Turn off the power, then press the [
RELEASE
]
buttons are pressed.malfunctioned due to noise, etc.button and remove the DCP.
Press the reset button for about
Display is not accurate.2 seconds with a thin rod.
DCP or main unit connectorsWipe the dirt off with a soft cloth moistened with
are dirty.cleaning alcohol.
No sound heardThe speaker protection circuitTurn down sound volume. Function can also be restored by
is operating.turning the power off and on again. (Speaker volume is reduced
automatically when the speaker protection circuit operates).
No sound heardMP3/WMA/AAC files areWrite MP3/WMA/AAC files onto the disc properly.
absent in a disc.
Files are not recognized asUse MP3/WMA/AAC files encoded properly.
an MP3/WMA/AAC file.
File system is not correct.Use ISO9660 level 1, 2 or JOLIET or Romeo or
APPLE ISO file system.
Sound skips or is noisy.Compact disc is dirty.Clean the compact disc with a soft cloth.
Compact disc is heavilyReplace with a compact disc with no scratches.
scratched or warped.
Sound is cut or skipped.MP3/WMA/AAC files are notUse MP3/WMA/AAC files encoded properly.
Noise is generated orencoded properly.
noise is mixed with sound.
Sound is bad directly after Water droplets may form onLet dry for about 1 hour with the power on.
power is turned on.the internal lens when the car
is parked in a humid place.
Wrong filenameFile system is not correct.Use ISO9660 level 1, 2 or JOLIET or Romeo or
APPLE ISO file system.
No sound heardThe device contains no MP3/Record MP3/WMA/AAC files properly to the device.
WMA/AAC files.
The files are not proper MP3/Use only properly encoded MP3/WMA/AAC files.
WMA/AAC format.
Connectors are loose.Disconnect the device and reconnect securely.
Sound is interrupted orThe MP3/WMA/AAC files areUse only properly encoded MP3/WMA/AAC files.
has noise.improperly encoded.
The device isn’tThe device is damaged.Disconnect the device and reconnect. If the device is still not
recognized.Connectors are loose.recognized, try replacing with a different device.
According to the state of operationDisconnect the device and reconnect.
on the device, the communication
fault is caused.
Can’t insert the device.The device has been insertedTry reversing the connection direction of the device
improperly.(usually the brand name surface should be facing left).
The connector is broken.Replace with a new device.
GeneralUSBMTP/iPodCD/MP3/WMA/AAC
Reset button
DXZ788RUSB
-4-
ERROR DISPLAYS
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Error DisplayCauseMeasure
ERROR 2A CD is caught inside the CD deck and is not ejected. This is a failure of CD deck’s mechanism.
ERROR 3A CD cannot be played due to scratches, etc.Replace with a non-scratched, non-warped-disc.
ERROR 6A CD is loaded upside-down inside the CD deck andEject the disc then reload it properly.
does not play.
ERROR 2A CD inside the CD changer is not loaded.This is a failure of CD changer’s mechanism.
ERROR 3A CD inside the CD changer cannot be played due toReplace with a non-scratched, non-warped disc.
scratches, etc.
ERROR 6A CD inside the CD changer cannot be playedEject the disc then reload it properly.
because it is loaded upside-down.
ERROR 2A DISC inside the DVD changer cannot be played.This is a failure of DVD mechanism.
ERROR 3A DISC cannot be played due to scratches, etc.Retry or replace with a non-scratched,
non-warped disc.
ERROR 6A DISC inside the DVD changer cannot be playedEject the disc then reload it properly.
because it is loaded upsidedown.
ERROR PParental level errorSet the correct Parental level.
ERROR RRegion code errorEject the disc and replace correct region code disc.
ERROR 2The files are not proper MP3/WMA/AAC format.Use only properly encoded MP3/WMA/AAC files.
ERROR 3The MP3/WMA/AAC files are improperly encoded.Use only properly encoded MP3/WMA/AAC files.
(USB/MTP mode)
ERROR 3The iPod contains no audio files.Insert an iPod containing audio files.
(iPod mode)
ERROR 5The connected devices are not recognized.Disconnect the devices and reconnect.
BUS-PWROvercurrent detection.Disconnect the devices and reconnect. If the
devices are still not recognized, try replacing with
a different devices.
HUBThe connected devices are not recognized.Disconnect the devices and reconnect. If the
devices are still not recognized, try replacing with
a different devices.
CD/MP3/
WMA/AAC
CD
changer
DVD
changer
USB/MTP/
iPod
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:-:
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:O:
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If an error occurs, one of the following displays is displayed. Take the measures described below to eliminate the problem.
* If an error display other than the ones described above appears, press the reset button.
* When the power supply is turned on for the first time, the bolero microcomputer version display is mistake.
It is solved by turning ACC on and off once again.
EXPLANATION OF IC
Main section
052-3978-10M30873MJB-714GPMain System controller
1.Terminal Description
in 1:DSP SAMPLE:IN:SAMPLE input.
OEM-REMOCON
in 2
in 3:IE-BUS-TX
in 4:IE-BUS-RX
in 5:AUTO-ANT
in 6:BYTE(GND
in 7:CNVSS
in 8:XCIN
in 9:XCOUT
in 10:RESET
in 11:X-OUT
in 12:GND
in 13:X-IN
in 14:VCC
in 15:VCC
in 16:ACC-DET
in 17:B/U-DET1
in 18:ILL-DET
in 19:OFFSET-DET:IN:The emergencysignal input from thepower IC.
in 20:E2P-DO
in 21:E2P-SCK
in 22:E2P-DI
in 23:E2P-CS
in 24:NC
in 25:RDS-CLK
in 26:RDS-DATA
in 27:TUN-SCL
in 28:TUN-SDA
in 29:FLASH TX
in 30:FLASH RX
in 31:FLASH-SCL
in 32:FLASH-BUSY
in 33:BOLERO-SDA:I/O:The serial data input/output to the BOLERO.
The steeringremote controller signal input.
IE Bus serial data output.
IE Bus serial data input.
Not in use.
Connect to VSS.
Connect to VSS.
with internalpull-down resistor
The crystal resonator for sub-clock.
The crystal resonator for sub-clock.
The reset signal input.
The resonator for main clock.
Ground.
The resonator for main clock.
Positivepower supply.
Positivepower supply.
ACC detection signal input.
Backupdetection signal input.
The illumination detection signal input.
The serial data output to the E2PROM.
The clockpulse output to the E2PROM.
The serial data output to the E2PROM.
E2PROM chipselection signal output.
Ground.
RDS clockpulse input.
RDS datapulse input.
The clockpulse output to the BUS tunner.
I/O:The serial data input/output to the BUS tunner.
The flash serial data output.
The flash serial data input.
Ground.
Not in use.
-5-
in 34:BOLERO-SCL:O:The clockpulse output when to the BOLERO.
in 35:Z-MUTE-CUT
in 36:A-MUTE(TEST
in 37:EMPH
BOLERO-RESET
in 38
in 39:FLASH-EPM
in 40:NC
in 41:NC
in 42:NC
in 43:CATS-LED
in 44:FLASH-CE
in 45:P RDS TEST P1:O
in 46:NC
in 47:NC
in 48:NC
in 49:NC
in 50:BOLERO-REQ:IN:The request signal input to the BOLERO.
in 51:AMP-MUTE
in 52:NC
in 53:NC
in 54:NC
in 55:DSP-RESET
in 56:DSP-INIT
in 57:AMP-STBY
in 58:EXT-AMP-REM:O:ON signal output to the external Amplifier.
in 59:NOISE-CUT
in 60:VCC
in 61:NC
in 62:GND
in 63:AM/FM-ON
in 64:AM/FM-5V-ON:O:The 5Vpower supplyON signal output.
in 65:DSP2-INIT
in 66:DSP2-RESET
in 67:DSP2-REQ
in 68:DSP2-SCK
in 69:DSP2-SO
The cut of contral signal output to the MUTE.
CD:H:no cut; out of CD:L:cut
Testpin.
Testpin.
The reset signal output of the BOLERO.
Ground.
Not in use.
Not in use.
Not in use.
CATS LED drive output.
The serial data output for the flash memory.
For RDS test pin
Not in use.
Not in use.
Not in use.
Not in use.
Mutingsignal output to the
Audio Power Am
I/O:Not in use.
Not in use.
Not in use.
Reset signal output to the DSP IC.
The initial finished signal input from the
Radio-Audio-DSP.
ON signal output to the internal Amplifier.
The cut of contral signal output to the noise.
Positivepower supply.
Ground.
Ground.
The 8.5Vpower supplyON signal output.
The initial reset signal output to DSP2.
The resetpulse output to DSP2.
The request signal output to DSP2.
The clockpulse output to DSP2.
The serial data output to DSP2.
lifier.
DXZ788RUSB
p
in 70:DSP2-RDY
:IN:
p
:IN:Key
p
:IN:
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in 71:KEY-INT
in 72:B/U-DET2
in 73:BOLERO-ACC:O:The ACC signal of the BOLERO.
in 74:PHONE-IN
in 75:AMP-REM-DET:IN:Remote controller wire short detection.
in 76:MOTOR+
in 77:MOTORin 78:NC
in 79:CLOSE-POSI
in 80:OPEN-POSI
in 81:ILL-DET-OUT
in 82:DISP-REM
in 83:NC
in 84:DD-REM
in 85:DD-F-SW
in 86:MOTOR-REM
in 87:KEY-ILL-REM
in 88:DISP-RESET
in 89:KEY-A/D
in 90:SYS-ACC
in 91:SYS-MUTE
in 92:INT1
in 93:INT2
in 94:AVSS(GND
in 95:TEST
in 96:VREF
in 97:AVDD
in 98:DSP-SCL
in 99:DSP-SDA
in10
052-7302-10M30876MJB-713GPSwitch System controller
1.Terminal Descri
in 1:LCD-ON
in 2:INT1
in 3:IE-BUS-TX
in 4:IE-BUS-RX
in 5:REMOCON:IN:Remote controller signal input terminal.
in 6:BYTE(GND
in 7:CNVSS
in 8:NC
in 9:NC
in 10:RESET
in 11:X-OUT
in 12:GND
in 13:X-IN
in 14:VCC
in 15:VCC
in 16:SYS-ACC-IN:IN:ACC detect signal output.
in 17:NC
in 18:NC
in 19:NC
in 20:VARI-BLUE:O:Variable blue.
in 21:NC
in 22:VARI-GREEN:O:Variablegreen.
in 23:BACK-L-ON:O:The backlight control signal output.
in 24:VARI-RED
in 25:KEY-ILL
in 26:NC
in 27:NC
in 28:LCD-CS
in 29:FLASH TX
in 30:FLASH RX
in 31:FLASH-SCL:IN:Ground.
in 32:FLASH-BUSY:O:Not in use.
in 33:LCD-SI
in 34:LCD- AO
in 35:LCD-CLK
in 36:LCD-RESET:O:LCD driver reset signal output.
in 37:NC
in 38:NC
in 39:FLASH-EPM:IN:Ground.
in 40:NC
in 41:NC
in 42:NC
in 43:NC
in 44:FLASH-CE
in 45:NC
in 46:NC
in 47:NC
in 48:NC
in 49:KO0
in 50:KO1
in 51:KO2
in 52:KO3
in 53:NC
tion
The readysignal input to DSP2.
interruptingsignal input.
Backupdetection signal input.
The telephone interruptsignal input.
The control signal output to the motor.
The control signal output to the motor.
Ground.
The closeposition detect signal input.
The openposition detect signal input.
Illumination ON signal output.
Thepower supplycontrol signal output for the
dis
er.
Ground.
The control signal output for DC_DC_Converter.
The frequencycontrol signal output
for DC_DC_Converter.
Motorpower ON signal output.
The keyillumination ON signal output.
Displayreset signal output.
The input terminal of the internal ADC
for ke
ACC detection signal input.
The destination settinginput.
The destination settinginput.
Testpin.
Reference vlotageinput for A/D converter .
Positive voltagesupplyfor A/D converter.
I2BUS serial clock output
for the Radio-Audio-DSP.
I/O:I2BUS serial data input/output
for the Radio-Audio-DSP.
Ground.
LCDpower supply.
The destination settinginput.
IE Bus serial data output.
IE Bus serial data input.
Connect to VSS.
Connect to VSS.
Ground.
Ground.
The reset signal input.
The resonator for main clock.
Ground.
The resonator for main clock.
Positivepower supply.
Positivepower supply.
Ground.
Ground.
Ground.
Ground.
Variable red.
The keyillumination ON signal output.
Ground.
Ground.
Chipselect signal output to LCD.
The serial data output for flash memory.
The serial data input for flash memory.
The serial data input to the LCD driver.
LCD driver data type control.
The clockpulse output to the LCD driver.
Ground.
Ground.
Ground.
Ground.
Ground.
Ground.
The chipenable signal input for flash memory.
Ground.
Ground.
Ground.
Ground.
in 54:NC
in 55:KI0
in 56:KI1
in 57:KI2
in 58:KI3
in 59:NC
in 60:VCC
in 61:NC
in 62:GND
in 63:NC
in 64:NC
in 65:NC
in 66:NC
in 67:NC
in 68:NC
in 69:NC
in 70:NC
in 71:NC
in 72:NC
in 73:ILL-DET
in 74:NC
in 75:NC
in 76:NC
in 77:NC
in 78:NC
in 79:NC
in 80:NC
in 81:NC
in 82:NC
in 83:NC
in 84:NC
in 85:NC
in 86:NC
in 87:NC
in 88:NC
in 89:NC
in 90:NC
in 91:NC
in 92:NC
in 93:NC
in 94:AVSS(GND
in 95:NC
in 96:VREF
in 97:AVDD
in 98:NC
in 99:NC
in10
in 4:CLOCK_ENAB:IN:CLOCK_OUT enable(active high).
in 5:NC
in 6:NC
in 7:I2C_SCL
in 8:I2C_ADDR0:IN:I C slave address selection
in 9:I2C_ADDR1:IN:I C slave address selection
in 10:I2C_ADDR2:IN:I C slave address selection
in 11:CP_READY:O:CP readyto receive next instruction
in 12:MODE0
in 13:MODE1
in 14:NC
in 15:I2C_SDA
in 16:MODE2
in 17:ROSC
in 18:SPI_nSS
in 19:SPI_SIMO
in 20:SPI_SOMI
in 21:SPI_UCLK
in 22:NC
in 23:NC
in 2
in 25:NC
in 26:NC
in 27:NC
in 28:NC
in 29:NC
in 30:NC
in 31:NC
in 32:CLOCK_OUT:O:32.768 kHz clock output, if selected b
in 33:NC
in 34:NC
in 35:NC
in 36:NC
in 37:NC
in 38:nRESET
in 39:VSS
in 40:VCC
32.768 kHz crystal oscillator or external
clock sourcer.
32.768 kHz crystal oscillator or external
clock sourcer.
Not in use.
Not in use.
2
I/O:I C clock.
2
2
2
active high).
eratingvoltage selection.
Communication mode selection.
Not in use.
2
I/O:I C data.
Communication mode selection.
Connect via 100k¡ 1% resistorto VCC.
SPI slave select(active low).
SPI master-to-slave data.
SPI slave-to-master data.
SPI clock.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
CLOCK_ENAB.
Not in use.
Not in use.
Not in use.
Not in use.
Not in use.
CP reset(active low).