Pioneer GEXP-10-XMT Service manual

ORDER NO.

CRT3424

GEX-P10XMT/XN/UC

XM DIGITAL SATELLITE DATA & AUDIO RECEIVER

GEX-P10XMT

- Caution

• When users complain "No Signal" is displayed, there is a possibility that an installed XM antenna
cable has shorted out only occasionally.
If there are no problems in the main tuner by a service-man checking or NTF is used, let users
confirm that the XM antenna cable has no short-circuit.

• Connect the Acc lead of the Cord Assy (CDE8009) only when IP-BUS is not connected.

/XN/UC

For details, refer to "Important Check Points for Good Servicing".

PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan

PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2005

K-ZZW. FEB. 2005 Printed in Japan

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SAFETY INFORMATION

A

This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourself
Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repai

erformed

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renotualified

ARNING

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B

Health & Safety Code Section 25249.6 - Proposition 6

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- Service Precautions

1. You should conform to the regulations governing the product (safety, radio and noise, and other regulations),
and should keep the safety during servicing by following the safety instructions described in this manual.

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GEX-P10XMT/XN/UC

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[Important Check Points for Good Servicing]

In this manual, procedures that must be performed during repairs are marked with the below symbol.
Please be sure to confirm and follow these procedures.

1. Product safety

Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by
following the safety instructions described in this manual.

1 Use specified parts for repair.

Use genuine parts. Be sure to use important parts for safety.

2 Do not perform modifications without proper instructions.

Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as
radio/TV interference and foreign noise.

3 Make sure the soldering of repaired locations is properly performed.

When you solder while repairing, please be sure that there are no cold solder and other debris.
Soldering should be finished with the proper quantity. (Refer to the example)

4 Make sure the screws are tightly fastened.

Please be sure that all screws are fastened, and that there are no loose screws.

5 Make sure each connectors are correctly inserted.

Please be sure that all connectors are inserted, and that there are no imperfect insertion.

6 Make sure the wiring cables are set to their original state.

Please replace the wiring and cables to the original state after repairs.
In addition, be sure that there are no pinched wires, etc.

7 Make sure screws and soldering scraps do not remain inside the product.

Please check that neither solder debris nor screws remain inside the product.

8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.

Damaged power cords may lead to fire accidents, so please be sure that there are no damages.
If you find a damaged power cord, please exchange it with a suitable one.

9 There should be no spark traces or similar marks on the power plug.

When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure
connections and suitable usage. Please exchange the power cord if necessary.

0 Safe environment should be secured during servicing.

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries.
Please pay attention to your surroundings and repair safely.

A

B

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D

2. Adjustments

To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification.
Adjustments should be performed in accordance with the procedures/instructions described in this manual.

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance.
Make sure the proper amount is applied.

4. Cleaning

For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper
cleaning should be performed to restore their performances.

5. Shipping mode and Shipping screws

To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be
installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

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CONTENTS

SAFETY INFORMATION.....................................................................................................................................2

1. SPECIFICATIONS............................................................................................................................................ 5

2. EXPLODED VIEWS AND PARTS LIST ............................................................................................................6

A

B

2.1 PACKING ................................................................................................................................................... 6

2.2 EXTERIOR................................................................................................................................................. 8

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM..........................................................................................10

3.1 BLOCK DIAGRAM................................................................................................................................... 10

3.2 MAIN UNIT(DSP).....................................................................................................................................12

3.3 MAIN UNIT(SYSCOM)............................................................................................................................. 18

3.4 TUNER UNIT ........................................................................................................................................... 24

4. PCB CONNECTION DIAGRAM .....................................................................................................................26

4.1 MAIN UNIT............................................................................................................................................... 26

4.2 TUNER UNIT ........................................................................................................................................... 30

5. ELECTRICAL PARTS LIST ............................................................................................................................32

6. ADJUSTMENT ...............................................................................................................................................39

6.1 TEST MODE ............................................................................................................................................ 39

7. GENERAL INFORMATION.............................................................................................................................51

7.1 DIAGNOSIS............................................................................................................................................. 51

7.1.1 DISASSEMBLY ..................................................................................................................................... 51

7.1.2 CONNECTOR FUNCTION DESCRIPTION.......................................................................................... 52

7.2 IC ............................................................................................................................................................. 53

7.3 OPERATIONAL FLOW CHART ............................................................................................................... 60

8. OPERATIONS ................................................................................................................................................ 61

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1. SPECIFICATIONS

General

Power source ...................... 14.4 V DC (10.8 – 15.1 V

allowable)

Grounding system .............. Negative type

Max. current consumption

............................................. 2.0 A

Backup current..................... 3.0 mA or less

Dimensions (W x H x D) ..... 179 x 27 x 139 mm

(7 x 1 x 5-1/2 in.)

Weight ................................. 0.57 kg (1.26 lbs)

XM tuner

Frequency range ................. 2,332.50 – 2,345.00 MHz

Usable sensitivity

Satellite ....................... – 105.0 dBm

Terrestrial .................... – 102.0 dBm

Audio

Signal-to-noise ratio ........... 90 dB (IHF-A network)

Separation .......................... 85 dB

A

B

Antenna

Power source (Provided by the satellite line)

............................................. 4.9 V DC

(4.4 – 5.4 V allowable)
Max. current consumption

............................................. 0.1 A

Type ..................................... Active type

Dimensions

Base (W x H x D) ........ 29 x 14 x 40 mm

[1-1/8 x 1/2 x 1-5/8 in]

Cord ............................ 5 m

Weight ................................. 0.06 kg (0.13 lbs)

Note

Due to possible improvements, specifications
and design are subject to change without
notice.

C

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2. EXPLODED VIEWS AND PARTS LIST

OTES : • Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List.

• The > mark found on some component parts indicatesthe importance of the safety factor of the part.

A

Therefore, when replacing, be sure to use parts of identical designation.

• Screw adjacent to mark on the product are used for disassembly.

• For the applying amount of lobricants or glue, follow the instructions in this manual.
(In the case of no amount instructions,apply as you think it appropriate.)

2.1 PACKING

B

"

16 15

11

1

18

19

20

C

D

17

21

8

6

6

22

5

7

8

10

3

2

4

9

15

16

13

14

12

E

F

6

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PACKING SECTION PARTS LIST

Mark No. Description Part No.

* 1 Card ARY1048
2 Cord Assy CDE5880
3 Cord Assy CDE8009
4 Cord Assy CDE7836
5 Screw Assy CEA5014

6 Screw BNC40P120FTB
* 7 Polyethylene Bag CEG1158
8 Screw HMF40P060FTB
9 Cover CEG1098
* 10 Polyethylene Bag CEG1101

A

11 Polyethylene Bag CEG1116
12 Sub Carton CHG5471
13 Carton CHG5472
14 Contain Box CHL5472
15 Protector CHP2968

16 Protector CHP2969
17 Angle CNB2351
18 Owner's Manual(English) CRB2045
19 Installation Manual(English) CRB2046
* 20 Registration Card CRY1229

* 21 Caution Card CRN1079
22 Antenna Assy CXC4683

B

C

D

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2.2 EXTERIOR

A

1

1

1

1

B

11

21

19

B

C

17

15

14

12

16

1

8

26

23

24

20

4

5

26

26

18

3

13

A

D

9

1

E

1

7

F

8

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GEX-P10XMT/XN/UC

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EXTERIOR SECTION PARTS LIST

Mark No. Description Part No.

1 Screw BMZ26P030FTC
2 •••••
3 Cord Assy CDE8009
> 4 Fuse(2A) CEK1018
5 Cap CNS6329

6 •••••
7 Chassis CNA2807
8 Case CNB3106
9 Insulator CNM9419
10 •••••

A

11 Main Unit CWM9857
12 Terminal(CN603) CKF1064
13 Plug(CN901) CKS-460
14 Connector(CN402) CKS3409
15 Connector(CN401) CKS3410

16 Connector(CN451) CKS4473
17 Holder CND2697
18 Shield CND2744
19 Tuner Unit CWE1933
20 Connector(CN502) CKS5145

21 Connector(CN501) CKX1085
22 •••••
23 Shield CND2639
24 Holder CND2640
25 •••••

26 Screw ISS26P055FTC

B

C

D

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3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM

3.1 BLOCK DIAGRAM

A

MAIN UNIT

A

B

B

TUNER UNIT

ZIF TUNER

IC501

MAX2140ETH

35

F501

CN501

XM SINGLE

ANTENNA

C

5

10

1

2

1

OUT1

IN

3

8

OUT2

16

5
6

F502

11

5

IN1

OUT1

10

6

OUT2

IN2

19
17
20
18
37
39
36
38

RFIN+
RFIN-

VOUTANT
IFOUT+

IFOUT­IFIN-

IFIN+
IF2IO+
IF2IO-

IF2II+
IF2II-

IF2QO+
IF2QO­IF2QI+
IF2QI-

QOUT-

QOUT+

IOUT-

IOUT+

AGCPWM

REFOUT

SDA

XTAL

SCL

34
21
22

9

25

44
43

VCC_ANT5.0V

24

4

IN-

MAX999EUK

VDD_M3.3V

VCC_RF3.3V

AMP

IC502

X501

IF_Q+
IF_Q-

IF_I­IF_I+

IF_AGC

OUT

1

SYS_CLK

CN502

CN301

8

8

6

6

12

12

10

10

18

18

2

2

26

26

25

25

1

1

DIG_3.3V

15

15
17

RF_3.3V

ANT_5.0V

17

D

E

ST19AF08BR20QMAA

SDA

SDA
SCL

SCL

SDA

SCL

CAP

IC370

I2C_CLOCK

I2C_DATA

MCLK

RST

97

17

96

5
6

93

1

4

4

15
14
18
17
37

64
65

4

15
14
18
17

64
65

CAP_SDA_M
CAP_SCL_M
CAP_RST
CLKO
MCLK

INP1
INM1

MASTER

IC300

INM2

STA850P

INP2
AGC1

RAS,CAS,MDQM,MCSO

SDA

SCL

SM

108 107

Slave/master

108 107

SM

MCLK

INP1
INM1

INM2
INP2

SDA

SCL

NCSO,MWE,CLKON,MCKE

MADD0-11

MWE,CLKON,MCKE

RS232TX

CDEC_INTR

PCBS_SYNC

MFP_CLK

PCDC0

PCSD0

106100 99

983433

PCFS0

PCDC0

PCSD0

MFP_CLK

PCBS_SYNC

106

100 99 98

PCSD0

PCDC0

MFP_CLK

PCBS_SYNC

SLAVE

IC200

STA850P

MADD0-11

RAS,CAS,MDQM,

MDQ0-7

MBS0,1

MDQ0-7

MBS0,1

SD0

SCKT

LRCKT

OCLK

SRESET

PCFS0

RESET_N

34

33

PCFS0

SRESET

MRESET

84
83

82
81

D0-D7

A0-A11

BS0,BS1

RAS,CAS,DQM

CSO,WE,CLK,CKE

69

LSDPRX

66

INTR

CRESET

RESET_N
MRESET

CRESET

SD0-SD7

SA0-SA11

SBS0,SBS1

SRAS,SCAS,SDQM

SCSO,SWE,
SCLK,SCKE

D/A CONVERTER

IC480

PCM1742KE

2

DATA

VoutL

1

BCKIN VoutR

3

LRCKIN

16

MCLK

SDRAM

IC360

K4S280832F-TC75

DQ0-7

A0-11

BA0,1
RAS_,CAS_,

DQM,CS_,
WE_,CLK,CKE

VDD_3.3V

SDRAM

IC260

K4S280832F-TC75

DQ0-7

A0-11
BA0,1
RAS_,CAS_,

DQM,CS_,
WE_,CLK,CKE

2

7

IN-1

6

8

IN-2

15

DAC_EN

ML

14

DAC_CL

MC

DAC_DT

13

MD

RESET

IC603

S-80827CNNB-B8M

2

OUT

VDD

S602

RESET SW

LPF

IC490

NJM4558MD

1

OUT1
OUT2

SDA

SCL

1

7

X601

TEST

POINT

DAC_EN
DAC_CL
DAC_DT

RESET_N

MRESET

INTR

X602

LCH

RCH

11

13

30
18

10

TX

3

R

57

100

99

10

59
65
18

11

13

93
95

F

10

1234

GEX-P10XMT/XN/UC

LPF

IC490

JM4558MD

-1

-2

EN
CL
DT

-B8M
1

T

SW

OUT1
OUT2

SDA
SCL

1

7

X601

TEST

POINT

DAC_EN
DAC_CL
DAC_DT

RESET_N

MRESET

INTR

X602

LCH

RCH

3

11

13

30
18

10

TX

RX

57

100

99

10

59
65
18

11

13

93
95

GND ISORATOR

1

8

AUDIO SELECTOR

3

18

19

2

SUB SYSTEM

CONTROL

Xout

IC605

PEG100A

Xin

LSDPRX
DATAINT

/RESET

2

1

DAC_EN

DACCL
DACDT

/RESET

RESET_N
MRESET

INTR

MAIN SYSTEM

CONTROL

IC601

PEG099A

Xout

Xin

SDA
SCL

5678

A

IC403

TA2050FS1

OUT1
OUT2

BA3131FS

+IN1B
+IN2B

-IN2A

-IN1A

MAINTX

33 34 17

33 36

34

SUBRX

IPOUT(TX)

IPIN(RX1)

ACCPW2

/BSENS

IC401

NAVIRX

NAVITX

MAINRX

SUBTX

ANSW
MUTE

IPPW

/ASENB

IPSW

XMPW

SYSPW

/ASENS

IN1B
IN1A

IN2A
IN2B

OUT2
OUT1

SW2

NC9

/SUBRES

27

28

43

72

82

49

37

73

71

42
28
27
20

40

15

13

12

10

14

7

9

ACCPW2

LCH
LCH

RCH

RCH

SEL

MUTE

IPIN

IPOUT

IPPW

ASENB
IPSW

SWITCH

5V

ACCPW2

LCH
RCH

SEL

MUTE

IPIN

IPOUT

IPPW

ASENB

ACCPW2

IPSW

DIG_3.3V

DIG_1.2V

RF_3.3V

ANT_5.0V

BUP

MUTE DRIVE

VDD_3.3V

1.2V REGULATOR

3

IC830

PQ012FZ01ZP

3.3V REGULATOR

3

IC842

BA033CC0FP

5V REGULATOR

4

IC841

NJM2880U1-05

1,2,4

1

1,5

Q404

Q403

SWITCH

Q452

FU854

FU855

AUDIO_8V

DAC_5V

VDD_3.3V

BSENS

ASENS

Q453

INV.

3.3V REGULATOR

6V REGULATOR

4

5V

4

Q451

MUTE

Q405

1

DIN1

2

DOUT

8

STBY

Q853

Q854

DAC5V

REGULATOR

IC802

NJM2880U1-05

VDD3.3V

REGULATOR

IC801

S-T111B33MC-OGS

BACKUP SENSE

Q911

IP-BUS DRIVER

IC451

HA12240FP

RS232C DRIVER

IC452

UPD4721GS

1

VDD

10

Rout2

8

Din2

Q851

Q852

1,5

SYSPW

1,5

ACCPW2

BSENS

ASENS

7
VCC

6

BUS+

5

BUS-

Q402

11

Rin2

13

Dout2

DC/DC CONVERTER

7

10

3

Q811

VDD5V REGULATOR

Q801

3.3V/6V DUAL

OUT2

IC851

AN8011S

OUT1

ON/OFF

AUDIO8V

REGULATOR

Q812

Q802

Q454

VCC

9

BUP

ACC SENSE

FU451

FU452

FU851

CN401

CN402

CN451

CN901

BUP

ACC

11

7
9

10

1
5
8

7

9
11
10

1

5

8

7

8

10

3

3

2

1

DATA OUT IP-BUS OUT IP-BUS IN

BACKUP

ACC

GND

B

C

D

E

F

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3.2 MAIN UNIT(DSP)

Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or
"ELECTRICAL PARTS LIST".

A

Large size

A-b

SCH diagram

Guide page

A-a A-b

A-a

A-a

1/2

A-b

Detailed page

A-a

B

C

D

CN502

B

E

F

12

A

1/2

GEX-P10XMT/XN/UC

1234

5678

A-b

1/2

NOTE :

Symbol indicates a resistor.
No differentiation is made between chip resistors and
discrete resistors.

Symbol indicates a capacitor.
No differentiation is made between chip capacitors and
discrete capacitors.

The > mark found on some component parts indicates
the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of
identical designation.

A

MAIN UNIT(DSP)

1/2

Decimal points for resistor
and capacitor fixed values
are expressed as :

←

2.2 2R2

←

0.022 R022

A

A

B

C

2/2

DAC

D

LPF

E

56

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F

1/2

A

7

8

13

A

B

A-b

1234

1/2

1

C

A-b
A-a

A-a

D

E

F

A-a

14

1/2

GEX-P10XMT/XN/UC

1234

5678

A

2

A-b

1/2

B

A-b
A-a

A-a

C

D

E

CN502

B

GEX-P10XMT/XN/UC

56

F

A-a

1/2

7

8

15

1234

A

2/2

A

←

←

Decimal points for resistor

and capacitor fixed values

are expressed as :

2.2 2R2

0.022 R022

B

MAIN UNIT(DSP)

1/2

A

C

The > mark found on some component parts indicates

the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of

Symbol indicates a resistor.

No differentiation is made between chip resistors and

discrete resistors.

Symbol indicates a capacitor.

No differentiation is made between chip capacitors and

discrete capacitors.

A-b
A-a

D

E

NOTE :

identical designation.

DAC

F

A-b

16

1/2

1

GEX-P10XMT/XN/UC

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5678

A

LPF

B

C

A-b
A-a

D

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2

7

A-b

8

1/2

17

1234

D

R

3.3 MAIN UNIT(SYSCOM)

A

A-a

2/2

3.3V/6V
DC/DC C

DIGITAL 1.2V REGULATOR

B

1/2

A

C

RF 3.3V REGULATOR

ANT 5V REGULATOR

>

>

D

DATA MICROCOMPUTER

E

F

: The power supply is shown with the marked box.

SYSTEM MICROCOMPUTER

18

A

2/2

GEX-P10XMT/XN/UC

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5678

A-b

2/2

MAIN UNIT(SYSCOM)

2/2

A

A

3.3V/6V DUAL
DC/DC CONVERTER

>

AUDIO SELECTOR

DAC 5V
REGULATOR

VDD 3.3V REGULATOR

AUDIO 8V REGULATOR

BACKUP
SENSE

ACC SENSE

5V REGULATOR

>

2A

BACKUP
ACC
GND

B

C

ROCOMPUTER

RESET

IP-BUS DRIVER

DATA COMMUNICATION

IP-BUS IN

IP-BUS OUT

>

DATA OUT

>

D

E

F

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2/2

A

7

8

19

A

A-b

1234

3.3V/6DC/D

2/2

2 431

>

B

C

DIGITAL 1.2V REGULATOR

>

A-b
A-a

A-a

D

E

RF 3.3V REGULATOR

ANT 5V REGULATOR

1/2

F

A

A-a

20

2/2

GEX-P10XMT/XN/UC

1234

R

5678

5

SYSTEM MICROCOMPUTE

A-b

2/2

A

B

C

DATA MICROCOMPUTER

A-b
A-a

A-a

D

E

: The power supply is shown with the marked box.

56

GEX-P10XMT/XN/UC

F

A-a

2/2

7

8

21

1234

A

B

MAIN UNIT(SYSCOM)

>

2A

BACKUP

GND

ACC

BACKUP

SENSE

N

2/2

A

AUDIO 8V REGULATOR

C

ACC SENSE

5V REGULATOR

A-b
A-a

DAC 5V

REGULATOR

D

>

E

VDD 3.3V REGULATOR

AUDIO SELECTOR

F

A-b

22

3.3V/6V DUAL

DC/DC CONVERTER

2/2

1234

2 431

GEX-P10XMT/XN/UC

5678

A

IP-BUS IN

IP-BUS OUT

DATA OUT

>

>

B

C

A-b
A-a

DATA COMMUNICATION

IP-BUS DRIVER

RESET

OCOMPUTER

GEX-P10XMT/XN/UC

56

D

E

F

5

7

A-b

8

2/2

23

1234

3.4 TUNER UNIT

A

B

RF

C

D

E

XM

ANTENNA

F

B

24

1234

GEX-P10XMT/XN/UC

5678

A

TUNER UNIT

B

B

CLK BUFFER

A

1/2

CN301

C

D

E

56

GEX-P10XMT/XN/UC

F

B

7

8

25

1234

4. PCB CONNECTION DIAGRAM

4.1 MAIN UNIT

A

B

C

NOTE FOR PCB DIAGRAMS

1.The parts mounted on this PCB
include all necessary parts for
several destination.
For further information for
respective destinations, be sure
to check with the schematic dia­ gram.

2.Viewpoint of PCB diagrams

Connector

P.C.Board

Capacitor

Chip Part

SIDE A

SIDE B

MAIN UNIT

A

130

120

110

100

90

80

70

60

D

50

CN502

B

40

E

30

20

10

IP-BUS OUT

F

Y

0

10 20 30 40 50 60 70

X

A

26

1234

GEX-P10XMT/XN/UC

5678

SIDE A

A

B

C

70 80

DATA OUT

IP-BUS IN

RESET

90 100 110 120 130 140 150

FRONT

56

GEX-P10XMT/XN/UC

D

E

CORD ASSY

F

160 170

A

7

8

27

1234

A

MAIN UNIT

A

B

C

D

E

F

160170

90100110120130140150

A

28

1234

GEX-P10XMT/XN/UC

5678

130

120

110

100

90

80

SIDE B

A

B

C

70

60

D

50

40

30

20

10

E

Y

90

1020304050607080

0

X

F

A

56

GEX-P10XMT/XN/UC

7

8

29

1234

4.2 TUNER UNIT

A

TUNER UNIT

B

B

A

30

C

20

XM ANTENNA

10

D

SIDE A

CN301

Y

0

X

E

F

10

20

30

40

50

B

30

1234

GEX-P10XMT/XN/UC

5678

A

TUNER UNIT

B

SIDE B

30

20

10

B

C

D

50

56

40

30

GEX-P10XMT/XN/UC

20

Y

10

X

0

E

F

B

7

8

31

1234

5. ELECTRICAL PARTS LIST

NOTE:

A

• Parts whose parts numbers are omitted are subject to being not supplied.

• The part numbers shown below indicate chip components.

Chip Resistor
RS1/_S___J,RS1/__S___J

Chip Capacitor (except for CQS.....)

CKS....., CCS....., CSZS.....

• The > mark found on some component parts indicatesthe importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of identical designation.

• Meaning of the figures and others in the parentheses in the parts list.

B

Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding
PC board.
IC 301 (A, 91, 111) IC NJM2068V

Circuit Symbol and No. Part No.

A

Unit Number:CWM9857
Unit Name:Main Unit

C

MISCELLANEOUS

IC 200 (A,34,92) IC STA850P
IC 260 (A,34,122) IC K4S280832F-TC75
IC 300 (A,82,92) IC STA850P
IC 360 (A,82,122) IC K4S280832F-TC75
IC 370 (A,55,118) IC ST19AF08BR20QMAA

IC 401 (A,123,31) IC BA3131FS
IC 403 (A,142,28) IC T A2050FS1
IC 451 (A,64,19) IC HA12240FP
IC 452 (A,88,17) IC UPD4721GS

D

IC 480 (A,118,79) IC PCM1742KE

IC 490 (A,123,59) IC NJM4558MD
IC 601 (A,66,51) IC PEG099A
IC 603 (A,51,41) IC S-80827CNNB-B8M
IC 605 (A,99,43) IC PEG100A
IC 801 (A,141,67) IC S-T111B33MC-OGS

IC 802 (A,142,43) IC NJM2880U1-05
IC 830 (A,113,105) IC PQ012FZ01ZP
IC 841 (A,137,111) IC NJM2880U1-05
IC 842 (A,150,120) IC BA033CC0FP

E

IC 851 (A,142,100) IC AN8011S

Q 402 (A,52,36) Transistor 2SC4081
Q 403 (A,55,30) Transistor DTC144EU
Q 404 (A,60,27) Transistor 2SA1162
Q 405 (A,56,26) Transistor UMH3N
Q 451 (A,69,22) Transistor UMD2N

Q 452 (A,77,26) Transistor UMD2N
Q 453 (A,69,15) Transistor DTC144EU
Q 454 (A,86,6) Transistor 2SC4081
Q 801 (A,145,58) Transistor 2SD1760F5
Q 802 (A,148,67) Transistor UMD2N

F

Q 811 (A,156,43) Transistor 2SD1767
Q 812 (A,156,47) Transistor UMD2N
Q 851 (A,118,90) Transistor 2SC4081

Circuit Symbol and No. Part No.

Q 852 (A,152,89) Transistor 2SC4081
Q 853 (A,127,90) Transistor 2SJ529S

Q 854 (A,161,90) Transistor 2SJ529S
Q 911 (A,149,35) Transistor IMX1
D 451 (A,96,16) Diode UDZS12(B)
D 452 (A,96,18) Diode UDZS12(B)
D 453 (A,102,22) Diode UDZS12(B)

D 454 (A,102,20) Diode UDZS12(B)
D 455 (A,92,7) Diode 1SS355
D 456 (A,66,10) Diode DAN202U
D 457 (A,147,12) Diode UMZ6R8N
D 458 (A,147,15) Diode UMZ6R8N

D 459 (A,143,12) Diode UMZ6R8N
D 460 (A,143,15) Diode UMZ6R8N
D 801 (A,163,65) Diode 1SR154-400
D 802 (A,151,54) Diode UDZS5R6(B)
D 811 (A,154,48) Diode UDZS9R1(B)

D 851 (A,168,65) Diode RB051L-40
D 853 (A,118,94) Diode 1SS355
D 854 (A,151,94) Diode 1SS355
D 855 (A,135,89) Diode RSX201L-30
D 856 (A,161,84) Diode RSX201L-30

D 901 (A,156,36) Diode 1SR154-400
D 911 (A,155,30) Diode UDZS7R5(B)
D 912 (A,155,26) Diode UDZS6R8(B)
L 201 (A,49,104) Inductor CTF1306
L 202 (A,51,104) Inductor CTF1306

L 203 (A,16,80) Inductor CTF1306
L 204 (A,19,81) Inductor CTF1306
L 205 (A,33,104) Ferrite Bead CTF1528
L 207 (A,23,77) Ferrite Bead CTF1528
L 208 (A,19,115) Inductor CTF1306

L 209 (A,26,77) Ferrite Bead CTF1528
L 301 (A,8,65) Inductor LCYB27NJ1005
L 302 (A,98,110) Inductor CTF1306
L 303 (A,99,107) Inductor CTF1306
L 304 (A,95,77) Inductor CTF1473

L 305 (A,65,80) Inductor CTF1306
L 306 (A,67,80) Inductor CTF1306
L 309 (A,82,104) Ferrite Bead CTF1528
L 311 (A,67,117) Inductor CTF1306

32

1234

GEX-P10XMT/XN/UC

5678

Circuit Symbol and No. Part No.

L 312 (A,99,98) Ferrite Bead CTF1528

Circuit Symbol and No. Part No.

R 219 (A,35,109) RAB4CQ470J

>

>

>

>

>

L 313 (A,97,97) Ferrite Bead CTF1528
L 314 (A,97,96) Ferrite Bead CTF1528
L 315 (A,97,95) Ferrite Bead CTF1528
L 316 (A,97,94) Ferrite Bead CTF1528
L 317 (A,62,115) Ferrite Bead CTF1528

L 318 (A,97,88) Chip Bead VTL1128
L 319 (A,97,87) Chip Bead VTL1128
L 320 (A,97,86) Chip Bead VTL1128
L 321 (A,97,85) Chip Bead VTL1128
L 322 (A,62,126) Inductor CTF1306

L 323 (A,77,75) Ferrite Bead CTF1528
L 324 (A,89,78) Ferrite Bead CTF1528
L 325 (A,90,77) Ferrite Bead CTF1528
L 326 (A,77,74) Ferrite Bead CTF1528
L 327 (A,41,66) Inductor CTF1306

L 328 (A,44,66) Inductor CTF1306
L 451 (A,68,19) Inductor CTF1473
L 452 (A,80,20) Inductor CTF1473
L 453 (A,96,19) Inductor CTF1334
L 454 (A,96,21) Inductor CTF1334

L 480 (A,121,73) Inductor CTF1473
L 481 (A,120,73) Inductor CTF1473
L 602 (A,69,39) Inductor CTF1473
L 603 (A,95,56) Inductor CTF1473
L 851 (A,152,76) Inductor CTH1253

R 220 (A,45,77) RS1/16S822J
R 221 (A,38,109) RAB4CQ470J
R 222 (A,42,77) RS1/16S0R0J
R 223 (A,44,77) RS1/16S0R0J
R 224 (A,44,106) RS1/16SS470J

R 225 (A,46,105) RAB4CQ470J
R 227 (A,50,89) RS1/16S0R0J
R 228 (A,29,77) RS1/16S0R0J
R 229 (A,42,109) RS1/16S0R0J
R 230 (A,47,84) RS1/16SS103J

R 231 (A,47,85) RS1/16SS103J
R 232 (A,47,86) RS1/16SS103J
R 233 (A,47,88) RS1/16SS103J
R 234 (A,47,92) RS1/16SS103J
R 300 (A,61,98) RS1/16SS102J

R 301 (A,60,88) RS1/16SS102J
R 302 (A,61,97) RS1/16SS102J
R 303 (A,61,88) RS1/16SS102J
R 304 (A,64,101) RS1/16SS4701F
R 305 (A,65,102) RS1/16SS3301F

R 306 (A,64,104) RS1/16SS0R0J
R 307 (A,67,103) RS1/16SS470J
R 308 (A,73,78) RS1/16SS512J
R 309 (A,71,105) RS1/16SS470J
R 310 (A,74,107) RAB4CQ470J

A

B

C

L 852 (A,146,90) Inductor LCY A100J2520
L 853 (A,123,102) Inductor CTH1262
L 854 (A,161,101) Inductor CTH1262
L 901
X 601 (A,100,60) Resonator 16.77Hz CSS1686

X 602 (A,62,36) Resonator 10.00Hz CSS1685
S 602 (A,117,7) Switch(RESET) CSG1046

FU451 (A,106,18) Fuse 2A CEK1284
FU452 (A,108,16) Fuse 2A CEK1284
FU851 (A,162,69) Fuse 2A CEK1284

FU854 (A,120,110) Fuse 2A CEK1284
FU855 (A,155,107) Fuse 1A CEK1280

(A,166,36) Choke Coil 1.4mH CTH1129

RESISTORS

R 200 (A,15,98) RS1/16SS102J
R 201 (A,13,88) RS1/16SS102J
R 202 (A,15,97) RS1/16SS102J
R 203 (A,14,88) RS1/16SS102J
R 204 (A,21,78) RS1/16SS223J

R 205 (A,24,78) RS1/16SS223J
R 206 (A,20,102) RS1/16SS3002F
R 207 (A,19,101) RS1/16SS2002F
R 208 (A,18,98) RS1/16S0R0J
R 209 (A,25,107) RAB4CQ470J

R 210 (A,28,107) RAB4CQ470J
R 211 (A,30,108) RAB4CQ470J
R 212 (A,35,105) RS1/16SS470J
R 213 (A,22,107) RS1/16SS0R0J
R 214 (A,41,77) RS1/16S822J

R 215 (A,18,93) RS1/16SS0R0J
R 216 (A,20,93) RS1/16SS0R0J
R 217 (A,18,92) RS1/16SS0R0J
R 218 (A,20,91) RS1/16SS0R0J

56

R 311 (A,76,107) RAB4CQ470J
R 312 (A,79,107) RAB4CQ470J
R 313 (A,84,105) RS1/16SS470J
R 314 (A,97,102) RS1/16S0R0J
R 315 (A,84,109) RAB4CQ470J

R 316 (A,87,109) RAB4CQ470J
R 317 (A,87,78) RS1/16S0R0J
R 318 (A,88,78) RS1/16S0R0J
R 319 (A,99,78) RS1/16SS0R0J
R 320 (A,93,106) RS1/16SS470J

R 321 (A,95,106) RAB4CQ470J
R 322 (A,97,78) RS1/16SS102J
R 323 (A,71,106) RS1/16SS0R0J
R 324 (A,70,102) RS1/16SS0R0J
R 325 (A,65,93) RS1/16SS0R0J

R 326 (A,67,93) RS1/16SS0R0J
R 327 (A,67,92) RS1/16SS0R0J
R 328 (A,90,109) RS1/16S0R0J
R 329 (A,99,92) RS1/16S0R0J
R 330 (A,80,76) RS1/16S0R0J

R 331 (A,97,81) RS1/16SS103J
R 332 (A,97,83) RS1/16SS103J
R 333 (A,97,84) RS1/16SS103J
R 334 (A,97,89) RS1/16SS103J
R 335 (A,95,91) RS1/16SS103J

R 336 (A,65,91) RS1/16SS0R0J
R 338 (A,61,101) RS1/16SS330J
R 339 (A,71,107) RS1/16SS470J
R 340 (A,71,108) RS1/16SS470J
R 341 (A,22,106) RS1/16SS470J

R 342 (A,22,108) RS1/16SS470J
R 343 (A,22,109) RS1/16SS470J
R 344 (A,68,97) RS1/16S0R0J
R 346 (A,97,101) RS1/16S0R0J

GEX-P10XMT/XN/UC

D

E

F

7

8

33

1234

Circuit Symbol and No. Part No.

R 347 (A,97,99) RS1/16S0R0J

Circuit Symbol and No. Part No.

R 491 (A,115,60) RS1/16S103J

R 370 (A,62,117) RS1/16SS103J

A

R 371 (A,62,122) RS1/16S472J
R 372 (A,63,122) RS1/16S472J
R 375 (A,62,114) RS1/16S0R0J
R 390 (A,58,101) RS1/16SS0R0J

R 401 (A,118,41) RS1/16S103J
R 402 (A,118,25) RS1/16S103J
R 403 (A,118,38) RS1/16S473J
R 404 (A,119,25) RS1/16S473J
R 405 (A,125,38) RS1/16S103J

R 406 (A,126,25) RS1/16S103J
R 407 (A,120,38) RS1/16S473J

B

R 408 (A,121,25) RS1/16S473J
R 409 (A,123,38) RS1/16S562J
R 410 (A,124,25) RS1/16S562J

R 411 (A,122,38) RS1/16S473J
R 412 (A,123,25) RS1/16S473J
R 413 (A,127,25) RS1/16S473J
R 415 (A,50,36) RS1/16S473J
R 416 (A,48,36) RS1/16S102J

R 417 (A,129,36) RS1/16S473J
R 418 (A,130,25) RS1/16S473J
R 419 (A,61,30) RS1/16S103J

C

R 420 (A,58,30) RS1/16S333J
R 421 (A,65,13) RS1/16S101J

R 492 (A,131,56) RS1/16S103J
R 493 (A,115,56) RS1/16S103J
R 494 (A,131,58) RS1/16S103J
R 495 (A,115,58) RS1/16S103J
R 496 (A,118,61) RS1/16S473J

R 497 (A,128,61) RS1/16S473J
R 601 (A,86,41) RS1/16S473J
R 602 (A,87,39) RS1/16S473J
R 603 (A,68,32) RS1/16S473J
R 604 (A,62,40) RS1/16S0R0J

R 605 (A,105,53) RS1/16S473J
R 606 (A,101,32) RS1/16S473J
R 608 (A,113,28) RS1/16S104J
R 610 (A,78,42) RS1/16S473J
R 611 (A,78,45) RS1/16S473J

R 612 (A,81,56) RS1/16S473J
R 613 (A,79,53) RS1/16S473J
R 614 (A,79,56) RS1/16S473J
R 615 (A,81,62) RS1/16S473J
R 617 (A,51,44) RS1/16S183J

R 618 (A,54,44) RS1/16S102J
R 619 (A,62,64) RS1/16S473J
R 620 (A,60,64) RS1/16S473J
R 621 (A,59,64) RS1/16S473J
R 622 (A,55,38) RS1/16S473J

R 422 (A,64,13) RS1/16S101J
R 423 (A,51,23) RS1/16S102J
R 424 (A,60,23) RS1/16S102J
R 425 (A,148,21) RS1/16S102J
R 426 (A,142,18) RS1/16S102J

R 427 (A,57,23) RS1/16S223J
R 428 (A,56,23) RS1/16S223J
R 429 (A,148,18) RS1/16S223J
R 430 (A,143,18) RS1/16S223J

D

R 431 (A,146,18) RS1/16S181J

R 432 (A,145,18) RS1/16S181J
R 433 (A,71,31) RS1/16S473J
R 451 (A,70,19) RS1/16S103J
R 453 (A,81,15) RS1/16S101J
R 454 (A,96,23) RS1/16S101J

R 455 (A,101,19) RS1/16S681J
R 456 (A,102,17) RS1/16S681J
R 457 (A,86,23) RS1/16S101J
R 458 (A,88,23) RS1/16S101J
R 459 (A,87,10) RS1/16S333J

E

R 460 (A,90,8) RS1/16S333J
R 461 (A,90,7) RS1/16S333J
R 462 (A,90,5) RS1/16S333J
R 480 (A,110,68) RS1/16S0R0J
R 481 (A,102,82) RS1/16S470J

R 623 (A,63,64) RS1/16S473J
R 625 (A,49,62) RS1/16S104J
R 629 (A,92,56) RS1/16S473J
R 630 (A,101,55) RS1/16S0R0J
R 631 (A,81,49) RS1/16S101J

R 632 (A,78,50) RS1/16S101J
R 633 (A,53,45) RS1/16S101J
R 634 (A,53,47) RS1/16S101J
R 635 (A,53,53) RS1/16S101J
R 636 (A,81,55) RS1/16S101J

R 637 (A,53,55) RS1/16S101J
R 638 (A,65,64) RS1/16S101J
R 639 (A,69,64) RS1/16S101J
R 640 (A,70,64) RS1/16S101J
R 641 (A,78,61) RS1/16S101J

R 642 (A,78,59) RS1/16S101J
R 643 (A,82,59) RS1/16S101J
R 644 (A,78,52) RS1/16S101J
R 645 (A,81,51) RS1/16S101J
R 646 (A,78,44) RS1/16S101J

R 647 (A,78,47) RS1/16S101J
R 649 (A,74,31) RS1/16S101J
R 650 (A,82,46) RS1/16S101J
R 651 (A,88,52) RS1/16S101J
R 652 (A,87,49) RS1/16S101J

R 482 (A,99,87) RS1/16SS470J
R 483 (A,99,88) RS1/16SS470J
R 484 (A,102,86) RS1/16S470J
R 485 (A,116,66) RS1/16S0R0J
R 486 (A,111,83) RS1/16S101J

F

R 487 (A,111,84) RS1/16S101J
R 488 (A,111,86) RS1/16S101J
R 489 (A,111,87) RS1/16S473J
R 490 (A,131,61) RS1/16S103J

34

1234

R 653 (A,87,48) RS1/16S101J
R 656 (A,81,48) RS1/16S473J
R 657 (A,53,52) RS1/16S101J
R 658 (A,87,45) RS1/16S101J
R 659 (A,86,42) RS1/16S101J

R 665 (A,89,55) RS1/16S101J
R 666 (A,82,28) RS1/16S473J
R 669 (A,99,55) RS1/16S105J
R 801 (A,150,59) RS1/16S272J

GEX-P10XMT/XN/UC

5678

Circuit Symbol and No. Part No.

R 802 (A,150,58) RS1/16S223J

R 804 (A,155,56) RS1/16S360J
R 805 (A,155,54) RS1/16S360J
R 811 (A,159,44) RS1/16S182J
R 847 (A,7,59) RS1/16S0R0J
R 848 (A,8,53) RS1/16S0R0J

R 851 (A,133,101) RS1/16S2701D
R 852 (A,133,100) RS1/16S0R0J
R 853 (A,132,98) RS1/16S1801D
R 854 (A,132,97) RS1/16S8200D
R 855 (A,137,100) RS1/16S1203D

R 856 (A,136,102) RS1/16S2701D
R 857 (A,136,93) RS1/16S221J
R 859 (A,135,106) RS1/16S6801D
R 860 (A,137,106) RS1/16S6801D
R 861 (A,136,98) RS1/16S0R0J

R 862 (A,148,94) RS1/16S221J
R 863 (A,151,98) RS1/16S3901D
R 864 (A,151,101) RS1/16S3302D
R 865 (A,151,100) RS1/16S0R0J
R 866 (A,149,97) RS1/16S2002D

R 867 (A,147,100) RS1/16S2203D
R 868 (A,148,102) RS1/16S2701D
R 869 (A,151,97) RS1/16S4701D
R 870 (A,148,105) RS1/16S1502D
R 871 (A,151,105) RS1/16S6801D

R 872 (A,149,105) RS1/16S0R0J
R 873 (A,117,92) RS1/16S272J
R 874 (A,121,94) RS1/16S0R0J
R 875 (A,152,92) RS1/16S272J
R 876 (A,155,94) RS1/16S0R0J

R 879 (A,160,79) RS1/16S360J
R 880 (A,160,81) RS1/16S360J
R 881 (A,145,71) RS1/16S360J
R 882 (A,145,73) RS1/16S360J
R 913 (A,152,32) RS1/16S103J

R 914 (A,152,30) RS1/16S473J
R 915 (A,155,28) RS1/16S472J
R 916 (A,152,26) RS1/16S103J
R 917 (A,152,27) RS1/16S473J

CAPACITORS

C 200 (A,12,93) CKSSYB103K16
C 201 (A,13,90) CKSSYB103K16
C 202 (A,12,92) CKSSYB103K16
C 203 (A,12,91) CKSSYB103K16
C 204 (A,12,79) CEVW100M16

C 205 (A,13,95) CKSRYB105K6R3
C 206 (A,15,85) CKSRYB105K6R3
C 207 (A,16,94) CKSSYB104K10
C 208 (A,17,85) CKSSYB104K10
C 209 (A,16,90) CKSSYB104K10

C 210 (A,18,86) CKSSYB104K10
C 211 (A,18,85) CKSSYB104K10
C 212 (A,18,84) CKSSYB104K10
C 213 (A,18,83) CKSSYB104K10
C 214 (A,15,95) CCSRCH180J50

C 215 (A,14,85) CCSRCH180J50
C 216 (A,21,82) CKSSYB104K10

56

Circuit Symbol and No. Part No.

C 217 (A,18,103) CKSSYB104K10
C 218 (A,18,100) CKSRYB105K6R3
C 219 (A,22,78) CKSSYB103K16

C 220 (A,23,78) CKSSYB103K16
C 221 (A,18,94) CCSSCH101J50
C 222 (A,17,94) CKSSYB104K10
C 223 (A,19,94) CCSSCH101J50
C 224 (A,20,94) CKSSYB104K10

C 225 (A,20,90) CCSSCH101J50
C 226 (A,19,90) CKSSYB104K10
C 227 (A,17,90) CCSSCH101J50
C 228 (A,18,90) CKSSYB104K10
C 229 (A,21,84) CKSSYB104K10

C 230 (A,18,101) CKSSYB104K10
C 231 (A,28,79) CKSSYB104K10
C 232 (A,28,105) CKSSYB104K10
C 233 (A,32,107) CKSRYB105K6R3
C 234 (A,33,79) CKSSYB104K10

C 235 (A,33,77) CKSRYB105K6R3
C 236 (A,34,106) CKSSYB104K10
C 237 (A,36,79) CKSSYB104K10
C 238 (A,37,77) CSZS100M6R3
C 239 (A,41,106) CSZS100M6R3

C 240 (A,40,105) CKSSYB104K10
C 241 (A,47,82) CKSSYB104K10
C 242 (A,47,99) CKSSYB104K10
C 243 (A,47,94) CKSSYB104K10
C 244 (A,47,90) CKSSYB104K10

C 245 (A,49,89) CSZS100M6R3
C 246 (A,48,94) CKSRYB105K6R3
C 247 (A,18,96) CKSQYB475K6R3
C 248 (A,17,88) CKSQYB475K6R3
C 251 (A,51,106) CSZS100M6R3

C 252 (A,16,103) CCSSCH100D50
C 253 (A,10,88) CCSSCH4R0C50
C 254 (A,10,90) CCSSCH4R0C50
C 255 (A,10,92) CCSSCH4R0C50
C 256 (A,10,93) CCSSCH4R0C50

C 257 (A,21,103) CKSSYB104K10
C 258 (A,34,105) CKSSYB104K10
C 259 (A,36,130) CCSSCH220J50
C 260 (A,20,120) CEVW100M16
C 261 (A,24,114) CKSSYB104K10

C 262 (A,26,114) CKSSYB104K10
C 263 (A,30,114) CKSSYB104K10
C 264 (A,33,114) CKSSYB104K10
C 265 (A,46,114) CKSSYB104K10
C 266 (A,28,130) CKSSYB104K10

C 267 (A,33,130) CKSSYB104K10
C 268 (A,23,114) CCSSCH220J50
C 269 (A,27,114) CCSSCH220J50
C 270 (A,29,114) CCSSCH220J50
C 271 (A,32,114) CCSSCH220J50

C 272 (A,35,114) CCSSCH220J50
C 273 (A,36,114) CCSSCH220J50
C 274 (A,37,114) CCSSCH220J50
C 275 (A,38,114) CCSSCH220J50
C 276 (A,39,114) CCSSCH220J50

C 277 (A,40,114) CCSSCH220J50
C 278 (A,41,114) CCSSCH220J50

GEX-P10XMT/XN/UC

A

B

C

D

E

F

7

8

35

1234

Circuit Symbol and No. Part No.

C 279 (A,42,114) CCSSCH220J50
C 280 (A,43,114) CCSSCH220J50
C 281 (A,44,114) CCSSCH220J50

A

C 282 (A,45,114) CCSSCH220J50
C 283 (A,25,130) CCSSCH220J50
C 284 (A,27,130) CCSSCH220J50
C 285 (A,29,130) CCSSCH220J50
C 286 (A,31,130) CCSSCH220J50

Circuit Symbol and No. Part No.

C 345 (A,93,77) CSZS100M6R3
C 346 (A,96,81) CKSSYB104K10
C 347 (A,96,78) CKSSYB471K50

C 348 (A,95,98) CKSSYB104K10
C 349 (A,95,93) CKSSYB104K10
C 350 (A,97,79) CKSRYB472K50
C 351 (A,97,90) CKSSYB104K10
C 352 (A,100,90) CSZS100M6R3

C 290 (A,39,130) CCSSCH220J50
C 291 (A,40,130) CCSSCH220J50
C 292 (A,41,130) CCSSCH220J50
C 293 (A,42,130) CCSSCH220J50
C 294 (A,43,130) CCSSCH220J50

B

C 295 (A,44,130) CCSSCH220J50
C 296 (A,45,130) CCSSCH220J50
C 299 (A,37,130) CCSSCH220J50
C 300 (A,59,93) CKSSYB103K16
C 301 (A,60,90) CKSSYB103K16

C 303 (A,59,92) CKSSYB103K16
C 304 (A,59,91) CKSSYB103K16
C 305 (A,62,101) CCSSCH100D50
C 306 (A,61,81) CEVW100M16
C 307 (A,72,75) CKSRYB224K10

C 308 (A,59,95) CKSRYB105K6R3

C

C 309 (A,61,86) CKSRYB105K6R3
C 310 (A,62,95) CKSSYB104K10
C 311 (A,65,85) CKSSYB104K10
C 312 (A,63,90) CKSSYB104K10

C 313 (A,66,86) CKSSYB104K10
C 314 (A,66,85) CKSSYB104K10
C 315 (A,66,84) CKSSYB104K10
C 316 (A,66,83) CKSSYB104K10
C 317 (A,70,80) CKSSYB103K16

C 353 (A,96,93) CKSRYB105K6R3
C 354 (A,64,96) CKSQYB475K6R3
C 355 (A,66,88) CKSQYB475K6R3
C 357 (A,68,102) CCSSCH100D50
C 358 (A,9,63) CCSRCH180J50

C 359 (A,7,63) CCSRCH180J50
C 360 (A,68,122) CEVW100M16
C 361 (A,94,114) CKSSYB104K10
C 362 (A,72,114) CKSSYB104K10
C 363 (A,74,114) CKSSYB104K10

C 364 (A,78,114) CKSSYB104K10
C 365 (A,81,114) CKSSYB104K10
C 366 (A,76,130) CKSSYB104K10
C 367 (A,81,130) CKSSYB104K10
C 370 (A,62,119) CKSRYB102K50

C 371 (A,56,129) CEVW100M16
C 372 (A,56,126) CKSSYB104K10
C 373 (A,71,114) CCSSCH220J50
C 374 (A,75,114) CCSSCH220J50
C 375 (A,77,114) CCSSCH220J50

C 376 (A,80,114) CCSSCH220J50
C 377 (A,83,114) CCSSCH220J50
C 378 (A,84,114) CCSSCH220J50
C 379 (A,85,114) CCSSCH220J50
C 380 (A,86,114) CCSSCH220J50

C 318 (A,71,78) CKSSYB103K16
C 319 (A,61,95) CCSRCH180J50

D

C 320 (A,63,86) CCSRCH180J50
C 321 (A,69,83) CKSSYB104K10
C 322 (A,63,101) CKSSYB104K10

C 323 (A,67,99) CKSRYB105K6R3
C 324 (A,63,95) CCSSCH101J50
C 325 (A,64,95) CKSSYB104K10
C 326 (A,65,95) CCSSCH101J50
C 327 (A,66,95) CKSSYB104K10

C 328 (A,67,90) CCSSCH101J50
C 329 (A,66,90) CKSSYB104K10
C 330 (A,65,90) CCSSCH101J50

E

C 331 (A,64,90) CKSSYB104K10
C 332 (A,69,85) CKSSYB104K10

C 333 (A,68,98) CKSSYB104K10
C 334 (A,76,79) CKSSYB104K10
C 335 (A,77,104) CKSSYB104K10
C 336 (A,81,107) CKSRYB105K6R3
C 337 (A,81,79) CKSSYB104K10

C 338 (A,80,77) CKSRYB105K6R3
C 339 (A,83,106) CKSSYB104K10
C 340 (A,85,78) CKSSYB104K10
C 341 (A,83,77) CSZS100M6R3

F

C 342 (A,90,106) CSZS100M6R3

C 381 (A,87,114) CCSSCH220J50
C 382 (A,88,114) CCSSCH220J50
C 383 (A,89,114) CCSSCH220J50
C 384 (A,90,114) CCSSCH220J50
C 385 (A,91,114) CCSSCH220J50

C 386 (A,92,114) CCSSCH220J50
C 387 (A,93,114) CCSSCH220J50
C 388 (A,93,130) CCSSCH220J50
C 389 (A,92,130) CCSSCH220J50
C 390 (A,91,130) CCSSCH220J50

C 391 (A,90,130) CCSSCH220J50
C 392 (A,89,130) CCSSCH220J50
C 393 (A,88,130) CCSSCH220J50
C 394 (A,87,130) CCSSCH220J50
C 398 (A,79,130) CCSSCH220J50

C 399 (A,77,130) CCSSCH220J50
C 400 (A,75,130) CCSSCH220J50
C 401 (A,73,130) CCSSCH220J50
C 402 (A,57,88) CCSSCH4R0C50
C 403 (A,125,45) CEVW470M16

C 404 (A,57,90) CCSSCH4R0C50
C 405 (A,119,46) CEVW220M16
C 406 (A,133,45) CEVW101M16
C 407 (A,133,37) CEVWNP100M10
C 408 (A,134,25) CEVWNP100M10

C 343 (A,88,104) CKSSYB104K10
C 344 (A,92,78) CKSSYB104K10

36

1234

C 409 (A,57,92) CCSSCH4R0C50
C 410 (A,141,36) CEVW220M16

GEX-P10XMT/XN/UC

5678

Circuit Symbol and No. Part No.

C 411 (A,65,28) CEVW100M16
C 412 (A,50,28) CEVW100M16
C 413 (A,147,21) 1µF CCG1207

C 414 (A,143,21) 1µF CCG1207
C 415 (A,145,21) 1µF CCG1207
C 416 (A,142,21) 1µF CCG1207
C 417 (A,125,12) CKSRYB104K25
C 418 (A,133,31) CEVW220M16

Circuit Symbol and No. Part No.

C 611 (A,53,50) CKSRYB104K25
C 612 (A,49,41) CKSRYB104K25
C 613 (A,67,64) CKSRYB104K25

A

C 615 (A,114,36) CKSSYB104K10
C 616 (A,110,46) CKSRYB104K25
C 617 (A,105,55) CKSRYB102K50
C 618 (A,98,32) CKSRYB104K25
C 619 (A,90,56) CKSRYB102K50

C 419 (A,38,130) CCSSCH220J50
C 420 (A,57,94) CCSSCH4R0C50
C 425 (A,14,105) CKSSYB104K10
C 427 (A,65,76) CKSSYB104K10
C 433 (A,83,105) CKSSYB104K10

C 434 (A,6,63) CKSSYB104K10
C 435 (A,84,130) CCSSCH220J50
C 436 (A,85,130) CCSSCH220J50
C 437 (A,102,80) CCSRCH470J50
C 438 (A,100,84) CCSRCH470J50

C 439 (A,101,81) CCSSCH470J50
C 440 (A,101,88) CCSSCH470J50
C 441 (A,86,130) CCSSCH220J50
C 451 (A,70,12) CKSRYB104K25
C 452 (A,68,12) CKSRYB102K50

C 453 (A,62,13) CKSRYB102K50
C 454 (A,78,18) 10000pF CCG1171
C 455 (A,82,20) 1µF CCG1207
C 456 (A,85,23) 1µF CCG1207
C 457 (A,81,16) 1µF CCG1207

C 458 (A,91,23) 1µF CCG1207
C 459 (A,89,23) 1µF CCG1207
C 460 (A,99,16) CKSRYB102K50
C 461 (A,99,20) CKSRYB102K50
C 462 (A,78,21) CKSSYB104K10

C 620 (A,49,55) CCSRCH100D50
C 621 (A,49,50) CCSRCH100D50
C 622 (A,66,66) CKSSYB104K10
C 623 (A,68,66) CKSSYB104K10
C 624 (A,106,65) CKSSYB103K16

C 801 (A,155,64) CEAT102M16(P35)
C 802 (A,150,56) CKSRYB103K50
C 803 (A,136,59) CEAT471M16(P35)
C 804 (A,140,64) CKSRYB103K50
C 805 (A,144,67) CKSRYB104K25

C 807 (A,138,67) CKSQYB475K6R3
C 808 (A,136,66) CKSRYB103K50
C 811 (A,149,48) CEVW100M16
C 812 (A,152,47) CKSRYB104K25
C 813 (A,149,41) CEVW220M16

C 814 (A,153,43) CKSRYB104K25
C 815 (A,144,46) CKSRYB104K25
C 816 (A,141,50) CEVW100M16
C 817 (A,141,46) CKSRYB473K50
C 832 (A,109,110) CKSRYB103K50

C 833 (A,110,118) CEVW101M6R3
C 836 (A,115,114) 1µF CCG1207
C 841 (A,9,59) CKSQYB475K6R3
C 842 (A,133,117) CEVW100M16
C 843 (A,141,112) CKSRYB104K25

B

C

C 463 (A,90,11) CKSRYB104K25
C 465 (A,93,19) CKSSYB104K10
C 480 (A,118,75) CKSSYB104K10
C 481 (A,125,77) CSZS100M16
C 482 (A,116,71) CEVW100M16

C 483 (A,122,76) CKSSYB103K16
C 484 (A,126,82) CEVW100M16
C 485 (A,122,83) CKSSYB104K10
C 486 (A,119,70) CKSSYB104K10
C 487 (A,120,70) CKSSYB104K10

C 488 (A,123,77) CKSRYB105K10
C 490 (A,128,66) CEVW100M16
C 491 (A,123,66) CEVW100M16
C 492 (A,131,60) CKSRYB152K50
C 493 (A,115,61) CKSRYB152K50

C 494 (A,128,57) CKSRYB221K50
C 495 (A,117,57) CKSRYB221K50
C 497 (A,121,55) CKSRYB104K25
C 601 (A,65,38) CCSRCH120J50
C 602 (A,62,38) CCSRCH120J50

C 603 (A,93,56) CKSRYB104K25
C 604 (A,71,36) CEVW100M16
C 605 (A,53,41) CKSRYB104K25
C 607 (A,69,40) CKSRYB104K25
C 608 (A,99,57) CCSRCH100D50

C 844 (A,155,128) CKSRYB103K50
C 845 (A,161,124) CEVW101M16
C 846 (A,152,114) CKSYB475K10
C 847 (A,145,115) CKSRYB104K25
C 848 (A,152,112) CKSRYB104K25

C 849 (A,142,117) CEVW100M16
C 850 (A,133,112) CKSRYB103K50
C 851 (A,139,76) 470µF/25V CCH1337(P35)
C 852 (A,166,76) 470µF/25V CCH1337(P35)
C 853 (A,143,93) CKSRYB104K25

C 854 (A,142,91) CKSYB475K16
C 855 (A,142,88) CKSYB475K16
C 857 (A,149,98) CKSRYB104K25
C 858 (A,133,103) CKSRYB473K50
C 859 (A,135,100) CKSRYB104K25

C 860 (A,139,107) CCSSCH101J50
C 861 (A,151,103) CKSRYB103K50
C 862 (A,149,100) CKSRYB223K50
C 863 (A,144,107) CKSQYB475K6R3
C 864 (A,118,87) CKSYB225K16

C 865 (A,124,116) 470µF/25V CCH1337(P35)
C 866 (A,152,87) CKSYB225K16
C 867 (A,161,113) 470µF/25V CCH1337(P35)
C 870 (A,9,53) CKSSYB104K10
C 871 (A,137,118) CKSYB475K10

D

E

F

C 609 (A,101,57) CCSRCH100D50
C 610 (A,91,60) CEVW100M16

56

C 872 (A,138,44) CKSYB475K10
C 901 (A,163,57) CEAT471M16(P35)

GEX-P10XMT/XN/UC

7

8

37

1234

Circuit Symbol and No. Part No.

C 902 (A,153,37) CKSRYB104K25

Circuit Symbol and No. Part No.

C 521 (A,27,16) CKSSYB103K16
C 522 (A,26,16) CKSSYB103K16

A

B

Unit Number:CWE1933
Unit Name:Tuner Unit

MISCELLANEOUS

IC 501 (A,30,22) IC MAX2140ETH
IC 502 (A,45,21) IC MAX999EUK
D 501 (A,16,28) Diode HZU5R6(B3)
D 502 (A,18,30) Diode HZU5R6(B3)
D 503 (A,16,19) Diode HZU5R6(B3)

B

L 501 (A,16,25) Inductor LCMA27NJ1608
L 502 (A,19,19) Inductor CTF1657
L 504 (A,19,22) Inductor LCYBR22J1608
L 505 (A,23,22) Inductor LCYB56NJ1005
L 506 (A,23,21) Inductor LCYB56NJ1005

L 507 (A,19,7) Inductor CTF1657
L 508 (A,35,12) Inductor LCYB27NJ1005
L 509 (A,35,11) Inductor LCYB27NJ1005
L 510 (A,33,15) Inductor LCYBR22J1608
L 511 (A,35,31) Inductor LCYB27NJ1005

L 512 (A,35,30) Inductor LCYB27NJ1005

C

L 513 (A,36,20) Inductor LCYBR22J1608
L 516 (A,30,12) Inductor LCYB27NJ1608
L 517 (A,29,12) Inductor LCMA27NJ1608
L 518 (A,46,24) Chip Bead VTL1128

L 519 (A,44,16) Ferrite Bead CTF1528
L 520 (A,30,15) Inductor LCMA47NJ1608
X 501 (A,35,7) Resonator 23.92Hz CSS1676
F 502 (A,19,13) Filter CTF1649
F 501 (A,20,26) Filter CTF1648

RESISTORS

D

R 502 (A,27,30) RS1/16SS103J
R 503 (A,28,30) RS1/16SS103J
R 509 (A,37,21) RS1/16SS201J
R 511 (A,44,18) RS1/16SS0R0J
R 512 (A,43,20) RS1/16SS2701F

R 513 (A,43,23) RS1/16SS2701F
R 514 (A,42,23) RS1/16SS2002F
R 515 (A,42,21) RS1/16SS2002F
R 517 (A,45,8) RS1/16SS0R0J
R 518 (A,44,26) RS1/16SS470J

C 523 (A,28,16) CKSSYB103K16
C 524 (A,30,16) CKSSYB103K16
C 525 (A,29,29) CKSSYB103K16
C 526 (A,29,27) CKSSYB103K16
C 527 (A,31,16) CKSSYB103K16

C 528 (A,31,27) CKSSYB103K16
C 529 (A,33,17) CCSSCH221J50
C 530 (A,33,18) CKSSYB103K16
C 531 (A,35,24) CCSSCH180J50
C 532 (A,37,13) CCSSCH180J50

C 533 (A,37,11) CCSSCH180J50
C 534 (A,35,27) CCSSCH180J50
C 535 (A,36,24) CKSSYB103K16
C 536 (A,35,28) 2.2µF CCG1179
C 537 (A,37,9) CCSSCH220J50

C 538 (A,35,23) CCSSCH101J50
C 539 (A,33,12) CKSSYB103K16
C 540 (A,33,11) CKSSYB103K16
C 541 (A,37,31) CCSSCH180J50
C 542 (A,37,29) CCSSCH180J50

C 543 (A,37,19) CKSSYB103K16
C 544 (A,37,20) CKSSYB103K16
C 545 (A,33,31) CKSSYB103K16
C 546 (A,33,30) CKSSYB103K16
C 547 (A,37,26) CKSSYB103K16

C 548 (A,35,18) CCSSCH180J50
C 550 (A,36,22) 2.2µF CCG1179
C 553 (A,37,23) CCSSCH180J50
C 554 (A,36,18) CKSSYB103K16
C 560 (A,44,24) CKSSYB103K16

C 561 (A,45,17) CKSSYB104K10
C 562 (A,45,18) CCSSCH180J50
C 563 (A,42,20) CKSSYB103K16
C 564 (A,31,12) CCSSCH180J50
C 565 (A,28,14) CCSSCH180J50

C 566 (A,30,10) CCSSCH180J50
C 567 (A,28,10) CCSSCH180J50
C 568 (A,46,25) CCSSCH100D50
C 569 (A,46,26) CCSSCH100D50
C 573 (A,43,15) CKSSYB104K10

C 574 (A,16,22) CCSSCH101J50

CAPACITORS

E

C 501 (A,16,23) CCSSCH180J50
C 503 (A,17,18) CCSSCH121J50
C 505 (A,20,18) CCSSCH121J50
C 506 (A,21,23) 3.9pF CCG1128
C 509 (A,21,20) 3.9pF CCG1128

C 510 (A,17,23) CCSSCH221J50
C 511 (A,24,24) CCSSCH101J50
C 513 (A,20,8) CCSSCH101J50
C 514 (A,17,8) CCSSCH101J50
C 515 (A,23,19) CKSRYB224K10

F

C 516 (A,24,17) CCSSCH180J50
C 517 (A,26,27) CCSSCH101J50
C 518 (A,24,20) CCSSCH101J50

38

1234

GEX-P10XMT/XN/UC

5678

6. ADJUSTMENT

6.1 TEST MODE

- Flow Chart

4 6

SOURCE

[ XM1 ]

1(*1)

BER INFO

1(*2)

SAT1-BER-INFO

BAND

[ XM2 ]

Select the XM RADIO

[XM TUNER]

2(*1)

LOCK-DETECT

INFO

2(*2)

SAT2-BER-INFO

B.UP ON ACC ON

3(*1)

AGC INFO

3(*2)

TERR-BER-INFO

4(*1)

RS INFO

4(*2)

MICRO Status 1

*1 : Less than 2 seconds.
*2 : 2 seconds or more.
*3 : Not for service.

5(*1)

TUNER INFO

5(*2)

MICRO Status 2

ERROR CODE

ANTENNA PASS

A

B

6(*1)

6(*2)

C

1(*1)

QOS Message

1(*2)

SSDEC Status 1

BAND

1(*1)

SAT1 C/N

1(*2)

SAT1 AFC

BAND

[ XM3 ]

[ XM1 ]

2(*1)

TERR Message

2(*2)

SSDEC Status 2

2(*1)

SAT2 C/N

2(*2)

SAT2 AFC

3(*1)

SAT1 Message

3(*2)

SSDEC Status 3

3(*1)

AFC Check

3(*2)

TERR AFC

4(*1)

SAT2 Message

4(*2)

SSDEC Status 4

4(*1)

SAT RSERR

5(*1)

Tuner Message

5(*1)

TERR RSERR

5(*2, *3)

EXT DIAG

6(*2)

MICRO VERSION

6(*2)

ANTENNA PASS

D

E

The following head units are exceptional so that their entering ways to the test mode are different from others.
Test mode starting procedure reset while pressing the 3 and 5 keys together.

KEH-P4010/X1M/UC

56

GEX-P10XMT/XN/UC

7

8

F

39

- Diagnostic mode

A

B

C

D

E

F

1. To Enter the Diagnostic mode
Reset while pressing the 4 and 6 keys together.

2. To Exit from the Diagnostic mode
Reset the system.

3. Contents of the Diagnostic mode

Mode
number

1

2

3
4

5
6
7
8
9

10

11

12
13
14

15

16

17

18
19

20
21
22
23
24
25
26
29
27
28
30
31
32
33
34
35
36

1234

Mode name

BER INFO

General description

Displays error rate of Viterbi decoding in ground wave, satellite wave 1, and
satellite wave 2, respectively. (1 significant digit)

LOCK-DETECT INFO

Displays decoding LOCK in ground wave, satellite wave 1, and satellite wave 2,

respectively. (MCM + TDM for ground wave, QPSK + TDM for satellite waves)
AGC INFO
RS INFO

AGC value of ground/satellite waves (3 decimal digits x 2)

The number of error correction bytes of Read-Solomon decoding (4 hexadecimal

digits) and the number of error frames (4 hexadecimal digits)
TUNER INFO
ERROR CODE
SAT1-BER-INFO
SAT2-BER-INFO
TERR-BER-INFO
MICRO Status 1

Lock/Unlock information and synchronous ensemble (A/B) of PLL

Error code for identifying error part

Error rate of Viterbi decoding in satellite wave 1 (3 significant digits)

Error rate of Viterbi decoding in satellite wave 2 (3 significant digits)

Error rate of Viterbi decoding in ground wave (3 significant digits)

System Operation Mode (2 hexadecimal digits) and XM Operation Mode 1 (2

hexadecimal digits)
MICRO Status 2

XM Operation Mode 2 (2 hexadecimal digits) and XM Operation Mode 3 (2

hexadecimal digits)
ANTENNA PASS
QOS Message
TERR Message

Skips antenna unconnection check (Cancellable only by reset)

Displays Quality of Service value (2 decimal digits)

Lock/Unlock of decoding in ground wave and Viterbi decoding rate (2 significant

decimal digits), RS error correction rate (2 significant decimal digits), and RS

error rate (2 significant decimal digits)
SAT1 Message

Lock/Unlock of decoding in satellite wave 1 and Viterbi decoding rate (2

significant decimal digits), RS error correction rate (2 significant decimal digits),

and RS error rate (2 significant decimal digits)
SAT2 Message

Lock/Unlock of decoding in satellite wave 2 and Viterbi decoding rate (2

significant decimal digits), RS error correction rate (2 significant decimal

digits), and RS error rate (2 significant decimal digits)
Tuner Message

Information of LOCK/UNLOCK of PLL and information of ground/satellite antenna

connection
Blank
SSDEC Status 1

Synchronization/Asynchronization of PC receive, the number of overflow at the

time of voice service data input, and the number of underflow at the time PCM

output
SSDEC Status 2
SSDEC Status 3
SSDEC Status 4

SSDEC general error code (6 significant hexadecimal digits)

SSDEC service extract error code 1 (4 significant hexadecimal digits)

SSDEC service extract error code 2 (4 significant hexadecimal digits)
Blank
MICRO VERSION
SAT1 C/N
SAT2 C/N
AFC Check
SAT RS ERR
TERR RS ERR

Microcomputer version

C/N ratio in satellite wave 1 (dB)

C/N ratio in satellite wave 2 (dB)

AFC identification in ZIF tuner

RS BLOCK #1/2 Error of satellite waves (2 decimal digits)

RS BLOCK #1/2 Error of ground waves (2 decimal digits)
Blank
SAT1 AFC
SAT2 AFC
TERR AFC

AFC of satellite wave 1 in ZIF tuner

AFC of satellite wave 2 in ZIF tuner

AFC of ground wave in ZIF tuner
Blank
EXT DIAG
ANTENNA PASS

XM Extended Diagnostic mode (Not for service)

Skips antenna unconnection check (Cancellable only by reset)

40

1234

GEX-P10XMT/XN/UC

5678

4. Details of the Diagnostic mode

4.1 BER INFO
Display format : [ X X _ X X _ X X ]

12345678

1 : The Viterbi signal decryption error rate (effective value) for satellite wave 1. (*)
2 : The Viterbi signal decryption error rate (truncated binary exponential, with negative sign abbreviated) for

satellite wave 1. (*)

3 : Spacing character.
4 : The Viterbi signal decryption error rate (effective value) for satellite wave 2. (*)
5 : The Viterbi signal decryption error rate (truncated binary exponential, with negative sign abbreviated) for

satellite wave 2. (*)

6 : Spacing character.
7 : The Viterbi signal decryption error rate (effective value) for ground waves. (*)
8 : The Viterbi signal decryption error rate (truncated binary exponential, with negative sign abbreviated) for

ground waves. (*)

* : Each piece of information is effective following the initialization of CDEC. The updating interval is 432 ms. If not
any of the modulated wave signals can be received (that is, the signal cannot be LOCKed), then a hyphen ("-")
will be displayed.
"If notany of the modulated wave signals can be received" it represents a condition that the modulated signals
could not receive the signals described in section 4.2.

Display example : If the satellite wave 1 = 10%, satellite wave 2 = 3.4% and ground wave = 0.23%, the display
will show [ 1 1 _ 3 2 _ 2 3 ].

4.2 LOCK-DETECT INFO
Display format : [ X X _ X X _ X X ]

12345678

A

B

C

1 : The modulated QPSK signal of satellite wave 1 can be received (L) / cannot be received (-).
2 : The modulated TDM signal of satellite wave 1 can be received (L) / cannot be received (-).
3 : Spacing character.
4 : The modulated QPSK signal of satellite wave 2 can be received (L) / cannot be received (-).
5 : The modulated TDM signal of satellite wave 2 can be received (L) / cannot be received (-).
6 : Spacing character.
7 : The modulated MCM signal of ground wave can be received (L) / cannot be received (-).
8 : The modulated TDM signal of ground wave can be received (L) / cannot be received (-).

Each piece of information is effective following the initialization of CDEC. The updating interval is 432 ms.

Display example : If the QPSK signal of satellite wave, TDM signal of the satellite wave 2, and MCM signal of the
ground wave are not locked, the display will show [ - L _ L - _ - L ].

4.3 AGC INFO
Display format : [ X X X _ Y Y Y _ ]

X : The AGC signal count value of the satellite wave (three digits of a decimal value).
Y : The AGC signal count value of the ground wave (three digits of a decimal value).

Each piece of information becomes effective following the initialization of CDEC. The updating interval is 432 ms.

Display example : If the satellite wave's AGC = 123, while the ground wave's AGC = 32, the display will
show [ 1 2 3 _ 0 3 2 _ ].

D

E

56

GEX-P10XMT/XN/UC

F

7

8

41

1234

4.4 RS INFO
Display format : [ X X X X Y Y Y Y ]

A

X : Number of error correction bytes from Read-Solomon decryption (four digits of hexadecimal value).
Y : Number of error frames from Read-Solomon decryption (four digits of hexadecimal value).

Each piece of information becomes effective following the initialization of CDEC. The updating interval is 432 ms.

Turn Integrating Mode ON/OFF by holding down “4” key while RS INFO is displayed.
Reset integrating value by holding down “4” key while RS Integrating Mode is ON.

Display example : If the error correction bytes = 0 x 0040, while the error frames = 0 x 0010, the display will
show [ 0 0 4 0 0 0 1 0 ].

B

4.5 TUNER INFO
Display format : [ X _ Y Y Y Y _ Z ]

X : Synchronous ensemble ( A / B ).
_ : Spacing character.
Y : LOCK/UNLOCK status of PLL ( L K _ _ / U N L K ).
Z : RF AGC status of ZIF ( Engaged = 1 / Not Engaged = 0 ).

The information becomes effective following the synchronization process during the system start up.
The updating interval is 16 ms.

Display example : If the PLL is locked with ensemble A, the display will show [ A _ L K _ _ _ 1 ].

C

4.6 ERROR CODE
Display format : [ E R R O R _ X X ]

_ : Spacing character.
X : Error occurring (two digits of hexadecimal value). The upper digit is for the major (physical) error, while the
lower digit is for the minor error (temporary or partial errors). Refer to the following table for details:

Code value Description Error location
Major Minor

D

0
1
2
3
4
5

6
0
1
2
3
4

E

5
6

No Error
CDEC Communication Error
SSDEC Communication Error
SSDEC No Response
No Signal
Activation Required
Authorization Required
No Error
ANTENNA No Connect
ANTENNA Short
PLL UNLOCK
Reserved
NVM Error
CAP Error

No minor error.
The line for communicating with CDEC.
The line for communicating with SSDEC.
No SSDEC response (DSP core freeze).
100% error of Vitarbi signal decryption.
Not activated.
Not authorized.
No major error.
Antenna not connected.
Short circuited antenna cable.
PLL cannot be synchronized (RF circuit failure).
Undefined.
Defective NVM inside CAP.
Defective CAP (including situations where CAP is not

connected).
7
8
9

Version Unknown
DDC Fail
Unbound

Unknown DSP core software version.

Defective DDC

CAP not bound

Display example : If the antenna is not connected, the display will show [ E R R O R _ 1 4 ]
(no signal due to unconnected antenna).

F

42

1234

GEX-P10XMT/XN/UC

5678

4.7 SAT1-BER-INFO
Display format : [ 1 _ X . X X E Y ]

X : Viterbi signal decryption error rate (effective three digits).
Y : Truncated binary exponential (with negative sign abbreviated) of the error rate.
_ : Spacing character.

The information becomes effective following the initialization of CDEC. The updating interval is 432 ms. If the
wave's modulated signal cannot be received (meaning such a signal cannot be locked on), a hyphen ("-") will be
displayed.

Display example : If the error rate is 0.560%, the display will show [ 1 _ 5 . 6 0 E 3 ].

A

4.8 SAT2-BER-INFO
Display format : [ 2 _ X . X X E Y ]

X : Viterbi signal decryption error rate (effective three digits).
Y : Truncated binary exponential (with negative sign abbreviated) of the error rate.
_ : Spacing character.

The information becomes effective following the initialization of CDEC. The updating interval is 432 ms. If none
of wave's modulated signal can be received (meaning such a signal cannot be locked on), a hyphen ("-") is
displayed.

Display example : If a signal cannot be locked on, the display will show [ 2 _ - - - - - - ].

4.9 TERR-BER-INFO
Display format : [ T _ X . X X E Y ]

X : Viterbi signal decryption error rate (effective three digits).
Y : Truncated binary exponential (with negative sign abbreviated) of the error rate.
_ : Spacing character.

The information will become effective following the initialization of CDEC. The updating interval is 432 ms. If the
wave's modulated signal cannot be received (meaning such a signal cannot be locked on), a hyphen ("-") will be
displayed.

Display example : If the error rate is 0%, the display will show [ T _ 0 . 0 0 E 0 ].

B

C

D

4.10 MICRO Status 1
Display format : [ M 1 _ X X _ Y Y ]

X : System operation mode (two effective digits of hexadecimal value).
Y : XM operation mode 1 (two effective digits of hexadecimal value).
_ : Spacing character.

System operation mode table

Mode
number

Mode name Meaning

00

STANDBY Under standby

05

ENABLECHK Checking GaNET connection

10

OFF ACC being ON and XM being OFF

11

ANT_OFF Forcibly terminating because of antenna short-circuit

12

ON_STANDBY Under Hot Standby

21

ANT_ON Being ON at the time of antenna short-circuit

2F

ON XM being ON

GEX-P10XMT/XN/UC

56

E

F

7

8

43

1234

XM operation mode 1 table

A

Mode
number Mode name Meaning
00 HALT XM OFF completed
01 ON XM being ON
02 CHRD Recalling preset channel
03 CHWD Stores to preset channel
04 CHUP Preset channel being UP
05 CHDN Preset channel being DOWN
06 PROGUP Channel being UP
07 PROGDN Channel being DOWN
08 PROG10UP Channel rough being UP
09 PROG10DN Channel rough being DOWN

B

0E TRIGON Receive SID extinguished
10 RX Receiving
12 CHUP_WAIT Waiting for key release during preset channel being UP
13 CHDN_WAIT Waiting for key release during preset channel being DOWN
14 CHUP_REL Key release during preset channel being UP
15 CHDN_REL Key release during preset channel being DOWN
16 PROG10UP_WAIT Waiting for key release during channel rough being UP
17 PROG10DN_WAIT Waiting for key release during channel rough being DOWN
18 PROG10UP_REL Key release during channel rough being UP
19 PROG10DN_REL Key release during channel rough being DOWN
1A CATUP_WAIT Waiting for key release during category being UP
1B CATDN_WAIT Waiting for key release during category being DOWN

C

1C CATUP_REL Key release during category being UP
1D CATDN_REL Key release during category being DOWN
1E CATUP_LAST Searching last category being UP
1F CATDN_LAST Searching last category being DOWN
40 SCANUP Scanning channel
42 SCANUPHLD Holding channel scan
44 CATSCANUP Scanning category
46 CATSCANUPHLD Holding category scan
4C SCANSTOP Scan under suspension
4D IDCODE RADIO ID being displayed
4E PROGDIRECT Searching channel by dial operation
50 CATSSTEPUP Search UP in the category by dial operation

D

52 CATSSTEP_DN Search DOWN in the category by dial operation
53 CATUP_CRNT Searching receiving category being UP
54 CATDN_CRNT Searching receiving category being DOWN
55 REQCATS_UP Getting the name of channel in the category searched UP
56 REQCATS_DN Getting the name of channel in the category searched DOWN
60 STANDBY Starting Hot Standby
61 STBYSTAY Under Hot Standby
80 OFF XM being OFF

Display example: If the system is receiving signals, the display will show [M1_2F_10].

E

4.11 MICRO Status2
Display format : [ M 2 _ X X _ Y Y ]

X : XM operation mode 2 (two effective digits of hexadecimal value).
Y : XM operation mode 3 (two effective digits of hexadecimal value).
_ : Spacing character.

XM operation mode 2 table

Mode
number Mode name Meaning
00 STOP API control finished

F

01 START API control started
02 GETSID Getting SID
04 GETPROGNAME Switching program

44

1234

GEX-P10XMT/XN/UC

5678

05 OFF Processing OFF
06 SETUP Application operation started
07 NEXTPROG Moves to the next program
08 SELPROG Selecting program
0A NEXTCAT Getting next category
0C GETCATNAME Getting next category name
0D NOSID No SID
0E GETID Getting HWID code
30 NEXTPROG1 Being in the first half of shift processing to the next channel
31 NEXTPROG2 Being in the latter half of shift processing to the next channel
32 SELPROG1 Selecting the program from NEXTPROG1
33 SELPROG2 Selecting the program from NEXTPROG2
34 RFCHK1 Waiting for restore from NOSIGNAL
35 RFCHK2 Waiting for restore from NOSIGNAL
36 SELPROGERR Processing select error during direct selection
37 NOWPROG Getting the current channel name

XM operation mode 2 table

Mode
number Mode name Meaning
00 STOP XM circuit OFF completed
01 PWROFFW XM circuit power being OFF
02 STBYWT Resetting SSDEC
03 PWRON XM circuit initialization started
04 PWRONWT Waiting for XM circuit power ON being stabilized
05 STBY SSDEC reset started
06 PREMUTE Pre-DAC mute started
07 PREMUTEWT Waiting for pre-DAC mute
08 RF_INIT Downloading DSP patch code
09 DWLD Starts downloading DSP patch code
0A INIT SSDEC initialization started
0B INIT2 Initializing SSDEC (step 2)
0C INIT3 Initializing SSDEC (step 3)
0D INIT4 Initializing SSDEC (step 4)
0E INIT5 Initializing SSDEC (step 5)
0F INIT6 Initializing SSDEC (step 6)
10 INIT7 Initializing SSDEC (step 7)
11 INIT8 Initializing SSDEC (step 8)
12 INIT9 Initializing SSDEC (step 9)
13 INIT10 Initializing SSDEC (step 10: Issuing Power Up command)
14 SLEEPWT Waiting for reply from Power Off command
15 SLEEP Issues Power Off command
16 INIT10WT Initializing SSDEC (waiting for replay from Power Up command)
18 INIT11 Initializing SSDEC (step 11: Issuing Force Update command)
19 INIT11WT Waiting for reply from Force Update command
1A INIT12 Initializing SSDEC (step 12)
1F HOLD Waiting for other control being completed
20 IDLE Control completed
21 READY1 Preparation 1 before starting control
22 READY2 Preparation 2 before starting control
25 PURGECOM Preparation 3 before starting control (waiting for unnecessary command
processing being completed)
26 PURGECOM1 Waiting for unnecessary OFF command processing being completed
27 RX_PREMUTE Starts pre-DAC mute in other than activation
28 RX_PREMUTE_WT Waiting for pre-DAC mute in other than activation
29 RX_AFTMUTE Starts post-DAC mute in other than activation
2A RX_AFTMUTE_WT Waiting for post-DAC mute in other than activation
2B SRVCANCEL Cancels selected service
2C SRVCANCEL_WT Waiting for completion of canceling selected service
2D SETENS Switches PLL ensemble
2E SETENSWT Waiting for switching of PLL ensemble
2F SETPCID Switching PCID of CDEC
30 SETENSWT2 Checking LDET after switching PLL ensemble

A

B

C

D

E

F

56

GEX-P10XMT/XN/UC

7

8

45

1234

31 CHECK_RQ Outputs Service/Channel Check command. Or outputs Channel UpDown/
Program UpDown command.

A

32 CHECK_RQ1 Issues Channel Check command in the channel searched by Channel UpDown
or Program UpDown command
33 CHECK_WT Waiting for a reply from the command output by CHECK_RQ
34 CHECK_WT1 Waiting for a reply from the command output by CHECK_RQ1
35 SERVICE_EXT_RQ Issues Service Extract command
36 SYNC_SQST1 Waiting for synchronization before issuing Service Extract command (1)
37 SYNC_SQST2 Waiting for synchronization before issuing Service Extract command (2)
38 SYNC_SQST3 Waiting for synchronization before issuing Service Extract command (3)
39 SERVICE_EXT_WT Waiting for completion of Service Extract
3A SERVICE_EXT_RQ1 Issues Service Extract command at the time of retry
3B SERVICE_EXT_WT1 Waiting for completion of Service Extract at the time of retry

B

3D NXTCATNO Getting the next category number
3E GETBIC Getting labels
3F GETBICWT Waiting for acquisition of labels
40 EXT_CHK Starts Extract state check
41 EXTERR_WT Checking Extract state
42 BICADF_CHG_CHK Checks program information changes
43 ANT_CHK Checking antenna connection state
44 ACTIVATE_CHK Checking Activation state
45 UPDATE_CATLIST Starts updating category list
46 UPDATE_CATLISTWT Updating category list
47 SSDEC_CHK_BITRATE Checking bit rate
48 SSDEC_CHK_BITRATE

C

_WT Waiting for completion of bit rate check
49 SSDEC_CHK_DECDER Checking decoding state
4A SSDEC_FLAME
_COUNT Counting the number of errors
4B SSDEC_RECOVER
_DECODER_WT Completing recovery processing
4C SSDEC_RECOVER
_DECODER1 Processing Recovery 1
4D SSDEC_RECOVER
_DECODER1_WT Waiting for completion of processing Recovery 1
4E SSDEC_RECOVER
_DECODER2 Processing Recovery 2

D

4F SSDEC_RECOVER
_DECODER2_WT Waiting for completion of processing Recovery 2
50 SSDEC_RECOVER
_DECODER3 Processing Recovery 3
51 SSDEC_RECOVER
_DECODER3_WT Waiting for completion of processing Recovery 3
52 SSDEC_RECOVER
_DECODER4 Processing Recovery 4
53 SSDEC_RECOVER
_DECODER4_WT Waiting for completion of processing Recovery 4
54 SSDEC_RECOVER
_DECODER5 Processing Recovery 5

E

55 SSDEC_RECOVER
_DECODER5_WT Waiting for completion of processing Recovery 5
56 SSDEC_RECOVER
_DECODER6_WT Waiting for completion of processing Recovery 6
59 ACTIVATE_CHK1 Starts Activation Check
5A ACTIVATE_CHK1_WT Waiting for completion of Activation Check
5D API_SERVICE_EXT
_WT3 Waiting for completion of high-speed Service Extract
E0 HWERROR Activation stop due to CAP error
E1 VERERROR Activation stop due to unknown version of DSP core software
E2 ANTSHORT Antenna short-circuited

F

E3 ANTOPEN Antenna not connected
E4 NOSIGNAL All error rates of Viterbi decoding are 100%.
E5 RF_UNLOCK PLL cannot be locked

46

1234

GEX-P10XMT/XN/UC

5678

E6 ERV_UNAVAIL Designated program is not found.
E7 TYPE_UNAVAIL Program with designated service type is not found.
E8 PROG_UNAVAIL Program with designated category is not found.
E9 UNKNOWN_PC PC format is not standard.
EA ACT_REQ Activation required
EB AUTH_REQ Authorization required
EC OFFAIR Service being off-air
ED DIFF_ENS Designated Primary and Secondary PCID are not found on the same ensemble.
EE PC_UNDETECT Unable to receive PC of selected program
EF SID_UNDETECT Unable to identify SID of selected program
F0 SCT_UNDETECT Unable to identify the service component type of selected program
F1 AUTH_MISS Updating encryption key
F3 RAT_BLOCK Being out of contract
F4 RAT_LOW A program out of the contract was selected.
F5 TOD_ROLLBACK The time information controlled in DSP core does not match the time
information during on-air.
F6 IDLE_WT Preparing for control completion
F7 DIFF_PCID PCID discrepancy
FF REQ_RETRY SSDEC error occurred (restart required)

Display example: If the system is receiving, the display will momentarily show [M2_00_20].

4.12 ANTENNA PASS
No display.

A

B

If an antenna is not connected, and if this setting is made while the system is displaying the "ANTENNA" message,
connection checks will not be conducted until the system has been reset (the system will assume normal operation
without an antenna check).

4.13 QOS Message
Display format : [ 1 A A B B C C D ]

A : The Viterbi error rate (two effective digits of decimal value) of ground wave. (*1)
B : The Viterbi error rate (two effective digits of decimal value) of satellite wave 1. (*1)
C : The Viterbi error rate (two effective digits of decimal value) of satellite wave 2. (*1)
D : The quality of service (QOS) value (a single effective digit decimal value). (*2)

*1 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX". If a signal is not received, the display will show "NS."
*2 : The single digit display may show from 0 to 9. If the display information is being acquired, the display will
show "-". For 10 and over, the display will show "X".

4.14 TERR Message
Display format : [ 2 A B B C C D D ]

A : The locking status of the ground wave. (*1)
B : The ground wave Viterbi signal error rate (two effective digits of decimal value). (*2)
C : The ground wave Read-Solomon symbol error rate (two-effective digits of decimal value). (*3)
D : The ground wave Read-Solomon non-correction code word (two effective digits of decimal value). (*4)

C

D

E

*1 : The "-" will be displayed while the system is acquiring the information, "N" if the signal is not locked on, "D"
if only the demodulator is locked, and "T" if both the TDM and demodulator are locked on.
*2 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX". If a signal is not received, the display will show "NS."
*3 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".
*4 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".

56

GEX-P10XMT/XN/UC

7

8

F

47

1234

4.15 STA1 Message
Display format : [ 3 A B B C C D D ]

A

A : The locking status of the satellite wave 1. (*1)
B : The satellite wave 1 Bitabi signal error rate (two effective digits of decimal value). (*2)
C : The satellite wave 1 Read-Solomon symbol error rate (two-effective digits of decimal value). (*3)
D : The satellite wave 1 Read-Solomon non-correction code word (two effective digits of decimal value). (*4)

*1 : The "-" will be displayed while the system is acquiring the information, "N" if the signal is not locked on, "D"
if only the demodulator is locked, and "T" if both the TDM and demodulator are locked on.
*2 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX". If no signal is received, the display will show "NS."
*3 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".

B

*4 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".

4.16 SAT2 Message
Display format : [ 4 A B B C C D D ]

A : The locking status of the satellite wave 2. (*1)
B : The satellite wave 2 Bitabi signal error rate (two effective digits of decimal value). (*2)
C : The satellite wave 2 Read-Solomon symbol error rate (two-effective digits of decimal value). (*3)
D : The satellite wave 2 Read-Solomon non-correction code word (two effective digits of decimal value). (*4)

C

*1 : The "-" will be displayed while the system is acquiring the information, "N" if the signal is not locked on, "D"
if only the demodulator is locked, and "T" if both the TDM and demodulator are locked on.
*2 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX". If no signal is received, the display will show "NS."
*3 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".
*4 : The two-digit display may show from 0 to 99. If the display information is being acquired, the display will
show "-". For 100, the display will show "XX".

4.17 Tuner Message

D

Display format : [ 5 A B _ _ _ _ _ ]

A : The locking status of the PLL signal (L= locked, U = unlocked).
B : Antenna connection status (D= normal, U = connection failure).

4.18 Blank

4.19 SSDEC Status1
Display format : [ 6 A A A B B C C ]

E

A : The synchronization status of the PC signal (S10 = synchronized, U01 = asynchornous).
B : Overflow count during voice service data input (two effective digits of hexadecimal value).
C : Underflow count during the PCM output (two effective digits of hexadecimal value).

4.20 SSDEC Status2
Display format : [ 7 _ A A A A A A ]

A : General error information of SSDEC (six effective digits of hexadecimal value).

F

48

1234

GEX-P10XMT/XN/UC

5678

4.21 SSDEC Status3
Display format : [ 8 _ _ _ A A A A ]

A : The Extract error information 1 of the SSDEC (four effective digits of hexadecimal value).

4.22 SSDEC Status4
Display format : [ 9 _ _ _ A A A A ]

A : The Extract error information 2 of the SSDEC (four effective digits of hexadecimal value).

4.23 Blank

4.24 MICRO VERSION
Display format : [ V E R A A A . B ]

A : Main microcomputer major version (two effective digits of decimal value).
B : Main microcomputer minor version (a single effective digit of decimal value).
C : Sub microcomputer major version (two effective digits of decimal value).
D : Sub microcomputer minor version (a single effective digit of decimal value).

Display example : If the Main version is 14.7 and Sub version is 2.0, the display will show [ 1 4 . 7 0 2 . 0 ].

A

B

4.25 SAT1 C/N
Display format : [ 1 _ X X X . Y Y ]

X : Integer part of C/N ratio (three effective digits of decimal value).
Y : Fractional part of C/N ratio (00/25/50/75).

Displays C/N ratio of satellite wave 1. The unit is dB.

Display example : If the C/N ratio is 6.75 dB, the display will show [ 1 _ _ _ 6 . 7 5 ].

4.26 SAT2 C/N
Display format : [ 2 _ X X X . Y Y ]

X : Integer part of C/N ratio (three effective digits of decimal value).
Y : Fractional part of C/N ratio (00/25/50/75).

Displays C/N ratio of satellite wave 2. The unit is dB.

Display example : If the C/N ratio is 6.75 dB, the display will show [ 2 _ _ _ 6 . 7 5 ].

4.27 ZIF AFC Check
Display format : [ X X _ Y Y _ Z Z ]

X : AFC identification of satellite wave 1 (OK/NG).
Y : AFC identification of satellite wave 2 (OK/NG).
Z : AFC identification of ground wave (OK/NG).

C

D

E

Identifies as valid (OK) if AFC offset of satellite wave 1, 2, and ground wave, respectively, is below 2 KHz. Identifies
as invalid (NG) if it is above 2 KHz.

Display example : If the AFC offset of satellite wave 2 is invalid and that of others are valid, the display will
show [ O K _ N G _ O K ].

56

GEX-P10XMT/XN/UC

7

8

F

49

1234

4.28 SAT RSERR
Display format : [ S _ X X _ _ Y Y ]

A

X : RS Error Block 1 of satellite wave (two effective digits of decimal value).
Y : RS Error Block 2 of satellite wave (two effective digits of decimal value).

Displays RS Error Block 1 or 2 of satellite wave.

Display example : If the Sat Rs Err1 = 10 and Sat Rs Err2 = 8, the display will show [ S _ 1 0 _ _ _ 8 ].

4.29 TERR RSERR
Display format : [ T _ X X _ _ Y Y ]

B

X : RS Error Block 1 of ground wave (two effective digits of decimal value).
Y : RS Error Block 2 of ground wave (two effective digits of decimal value).

Displays RS Error Block 1 or 2 of ground wave.

Display example : If the Terr Rs Err1 = 8 and Terr Rs Err2 = 10, the display will show [ T _ _ 8 _ _ 1 0 ].

4.30 Blank

4.31 SAT1 AFC

C

Display format : [ 1 _ X . X X Y Z ]

X : AFC offset frequency value of satellite wave 1 (1 integer digit and 2 fractional digits). The unit is Hz.
Y : Positive/Negative sign of index (+/-).
Z : Index (decimal).

Displays AFC offset frequency value of satellite wave 1. The index is displayed with 2 fractional digits.

Display example : If the AFC offset of satellite wave 1 is 12.3 Hz, the display will show [ 1 _ 1 . 2 3 + 1 ].

D

4.32 SAT2 AFC
Display format : [ 2 _ X . X X Y Z ]

X : AFC offset frequency value of satellite wave 2 (1 integer digit and 2 fractional digits). The unit is Hz.
Y : Positive/Negative sign of index (+/-) .
Z : Index (decimal).

Displays AFC offset frequency value of satellite wave 2. The index is displayed with 2 fractional digits.

Display example : If the AFC offset of satellite wave 2 is 451Hz, the display will show [ 2 _ 4 . 5 1 + 2 ].

E

4.33 TERR AFC
Display format : [ T _ X . X X Y Z ]

X : AFC offset frequency value of ground wave (1 integer digit and 2 fractional digits). The unit is Hz.
Y : Positive/Negative sign of index (+/-).
Z : Index (decimal).

Displays AFC offset frequency value of ground wave. The index is displayed with 2 fractional digits.

Display example : If the AFC offset of ground wave is 1023Hz, the display will show [ T _ 1 . 0 2 + 3 ].

F

50

1234

GEX-P10XMT/XN/UC

5678

)

emove the Case.

dicated.

s.

emove the Ma

t.

7. GENERAL INFORMATION

7.1 DIAGNOSIS

7.1.1 DISASSEMBLY

Removing the Case (Fig.1

Remove the five screws and then
r

A

1

1

1

B

Removing the Main Unit (Fig.2)

Remove the two screw

Straighten the tabs at four locations
in

Remove the three screws and then
r

in Uni

1

2

2

2

Main Unit

3

Case

1 1

2

1

Fig.1

C

3

D

3

E

Fig.2

F

56

GEX-P10XMT/XN/UC

7

8

51

1234

7.1.2 CONNECTOR FUNCTION DESCRIPTION

A

B

XM ANTENNA

IP-BUS OUT

5

1
2
3
4

8

6

9

10

7

11

DATA OUT

2

1

10

IP-BUS IN

5

1

8

6

9

2

10

3

7

4

9

11

POWER SUPPLY

123

1.GND

1.BUS+

2.BUSG5

C

3.BUSG5

4.NC

5.BUS-

7.BUSL3

8.ASENB

9.BUSR3

10.BUSAG1

11.BUSAG1

1.NC

2.NC

3.GNDD

4.NC

5.NC

6.BUSG5

6.NC

7.CTOXM

8.XMTOC

9.NC

10.CSENS

1.BUS+

2.BUSG1

3.BUSG1

4.NC

5.BUS-

6.BUSG1

7.BUSL1

8.ASENB

9.BUSR1

10.BUSR2

11.BUSL2

2.ACC

3.BATT.

D

E

F

52

1234

GEX-P10XMT/XN/UC

7.2 IC

5678

* K4S280832F-TC75

VDD

1

DQ0

2

VDDQ

3

NC

4

DQ1

VSSQ

NC

DQ2

VDDQ

NC

DQ3

VSSQ

NC

VDD

NC

WE
CAS
RAS

CS
BA0
BA1

A10/AP

A0
A1
A2
A3

VDD

A0-A11 : Address input

5

BA0-BA1 : Bank select address

6

DQ0-DQ7 : Data input/output
CLK : Clock input

7

CKE : Clock enable
cs : Chip select

8

ras : Row address strobe

9

cas : Column address strobe
we : Write enable

10

DQM : Data input/output mask

11

VDD : Power supply
VSS : GND

12

VDDQ : Data output power supply
VSSQ : Data output GND

13

NC : Not used

14
15
16
17
18
19
20
21
22
23
24
25
26
27

A

54

VSS

53

DQ7

52

VSSQ

51

NC
DQ6

50
49

VDDQ
NC

48
47

DQ5

46

VSSQ

45

NC

44

DQ4

43

VDDQ
NC

42
41

VSS

40

NC

DQM

39
38

CLK
CKE

37

NC

36
35

A11

A9

34

A8

33

A7

32

A6

31

A5

30
29

A4

28

VSS

PQ012FZ01ZP

1

VIN

IC

B

2

3

4

5

C

VB

VO

VC

GND

D

IC's marked by * are MOS type.
Be careful in handling them because they are very
liable to be damaged by electrostatic induction.

GEX-P10XMT/XN/UC

56

BA033CC0FP

Vref

OVP

1

VCC

7

GND(FIN)

-

Driver

+

OCPTSD

2

NC OUT

E

3

F

8

53

1234

- Pin Functions(STA850P)

Pin No. Pin Name I/O Function and Operation

A

B

C

D

E

F

1 CLKO O 23.92MHz Clock output
2 I2C_ADDR I I2C device address select input
3 GND9 Digital GND
4 MCLK I Master clock input

5 TCS Reserved for Test

6 GNDIO1 Pad ring GND
7 VDDIO1 3.3V Pad ring power supply

8 TEST_EN I Test enable input

9 FTESTEN I Functional test enable input
10 INCM1 I ADC1 C. M. reference input
11 REFP1 I ADC1 reference input (+)
12 REFM1 I ADC1 reference input (-)
13 AD_GND_1 ADC GND
14 INM1 I ADC1 differential input (-)
15 INP1 I ADC1 differential input (+)
16 AD_GND_2 ADC GND
17 INP2 I ADC2 differential input (+)
18 INM2 I ADC2 differential input (-)
19 AD_GND_3 ADC GND
20 REFM2 I ADC2 reference input (-)
21 REFP2 I ADC2 reference input (+)
22 AD_VDD3_1 ADC 3.3V Analog power supply
23 INCM2 I ADC2 C. M. reference input
24 AD_VDD3_2 ADC 3.3V Analog power supply
25 AD_GND_4 ADC Analog GND
26 AD_VDD3_3 ADC 3.3V Analog power supply
27 AD_GND_5 ADC Analog GND
28 AD_VDD3_4 ADC 3.3V Analog power supply
29 AD_GND_6 ADC Analog GND
30 AD_VDD3_5 ADC 3.3V Analog power supply
31 AD_GND_7 ADC Analog GND
32 AD_VDD_1 ADC 1.2V Digital power supply
33 CRESET I CDEC master reset input
34 SRESET I SDEC master reset input
35 VDD1 1.2V Positive power supply
36 GND1 Digital GND
37 AGC1 O ADC1 AGC control signal output
38 AGC2 O ADC2 AGC control signal output
39 SCLKI I/O SDEC Clock input/output
40 CLK_SC O System microcomputer clock output
41 VDD2 1.2V Positive power supply
42 GND2 Digital GND

43-52 XADC0-9 I/O External ADC input (Bit0-9)

53 VDDIO2 3.3V Pad ring power supply
54 GNDIO2 Pad ring GND

55,56 XADC10,11 I/O External ADC input (Bit10,11)

57 LOCK_M O Terr. Dem lock indicator output
58 LOCK_S1 O Sat. Dem1 lock indicator output
59 LOCK_S2 O Sat. Dem2 lock indicator output
60 VDD3 1.2V Positive power supply
61 GND3 Digital GND
62 RS232CTLIN I RS232C control input
63 RS232CTLOUT O RS232C control output
64 SDA I/O I2C-bus serial data input/output
65 SCL I I2C-bus serial clock input
66 CDEC_INTR O CDEC Interrupt output
67 SDEC_INTR O SDEC Interrupt output (GPIO_0)
68 SCLKO O SDEC Master clock output
69 RS232TX O CDEC-SDEC RS232C transmitter output
70 RS232RX I SDEC RS232C receive input
71 APLL_GND Audio PLL GND
72 APLL_VDD Audio PLL 1.2V power supply

54

1234

GEX-P10XMT/XN/UC

5678

Pin No. Pin Name I/O Function and Operation

73 SFILT O SDEC Audio PLL filter output
74 GND4 Digital GND
75 VDD4 1.2V Positive power supply
76 FIT I RFU input (FIT_0)
77

SAll_DATA_REG O External audio output data request (GPIO_5)

78 SAll_SCLK I External audio input clock (SCLK_USSIO1)
79 SAll_DATA I External audio input data (DATA_USSIO1)
80 SCAN_EN I Scan test enable input
81 OCLK O Oversampling clock output
82 LRCKT O I2S left/right clock output
83 SCKT O I2S serial clock output
84 SDO O I2S output data (PCM data)
85 GPIO2 I/O RFU input/output (GPIO_2)
86 GND5 Digital GND
87 VDD5 1.2V Positive power supply
88 I958_OUT O S/PDIF IEC958 output
89 GPIO1 I/O RFU input/output (GPIO_1)
90 DP_EN I/O Data port frame sync input/output (USSIO3)
91 DP_CLK I/O Data port clock input/output (SCLK_USSIO3)
92 DP_DATA I/O Data port data input/output (DATA_USSIO3)
93 CAP_RST I/O CAP reset input/output
94 GNDIO3 Pad ring GND
95 VDDIO3 3.3V Pad ring power supply
96 CAP_SCL_M O CAP I2C master serial clock output
97 CAP_SDA_M I/O CAP I2C master serial data input/output
98 PCFS0 I/O PC PRC Frame sync #0 input/output

99 PCDC0 I/O PC data clock #0 input/output
100 PCSD0 I/O PC serial data #0 input/output
101 PCFS1 I/O PC PRC Frame sync #1 input/output
102 PCDC1 I/O PC data clock #1 input/output
103 PCSD1 I/O PC serial data #1 input/output
104 GND6 Digital GND
105 VDD6 1.2V Positive power supply
106 PCBS_SYNC I/O Slave synchronization input/output
107 MFP_CLK I/O TDM master frame clock input/output
108 SM I/O Slave/master PRC control input/output

109-113 MADD11-7 I/O External memory address input/output (Bit11-7)

114 GND7 Digital GND
115 VDD7 1.2V Positive power supply

116-122 MADD6-0 I/O External memory address input/output (Bit6-0)

123,124 MBS1,0 O External memory block select output (Bit1,0)

125 GNDIO4 Pad ring GND
126 VDDIO4 3.3V Pad ring power supply

127,128 MCS1,0 O External memory chip select output (Bit1,0)

129 RAS O External memory row address strobe output
130 CAS O External memory col. address strobe output
131 MWE O External memory write enable output

132-135 MDQ7-4 I/O External memory data input/output (Bit7-4)

136 GND8 Digital GND
137 VDD8 1.2V Positive power supply

138-141 MDQ3-0 I/O External memory data input/output (Bit3-0)

142 MDQM O External memory data mask output
143 CLKON O 23.92MHz inv. clock output
144 MCKE O External memory clock enable output

A

B

C

D

E

56

GEX-P10XMT/XN/UC

F

7

8

55

1234

* STA850P

144

109

A

1

108

* S-T111B33MC-0GS

VIN

5

72

73

ON/OFF Circuit

Overcurrent
protection circuit

+

Reference
voltage circuit

36

B

C

37

VOUT

4

1

ON/OFF

2

VSS

3

NC

NJM2880U1-05

GND

D

VOUTVIN

452

V

VIN

Cont

E

GND

Bandgap
Reference

Thermal
Protection

OUT

Noise
Bypass

12

CONTROL GND

F

56

1234

NOISE BYPASS

GEX-P10XMT/XN/UC

3

5678

- Pin Functions(PEG100A)

Pin No. Pin Name I/O Function and Operation

1-5 NC Not used

6 BYTE I External bus width select input
7 CNVSS I Processor mode select input

8,9 NC Not used

10 reset I Reset input

11 XOUT Crystal oscillator connection pin

12 VSS GND

13 XIN Crystal oscillator connection pin

14 VCC Power supply (3.3V)

15 NMI Not used

16 NC Not used

17 STBY I Stand-by sense input

18 DATAINT I LSDP receive interrupt input

19-26 NC Not used

27 NAVIRX I Navigation system I/F input

28 NAVITX O Navigation system I/F output

29 NC Not used

30 LSDPRX I LSDP signal input

31,32 NC Not used

33 MAINTX O Main microcomputer I/F output

34 MAINRX I Main microcomputer I/F input

35-38 NC Not used

39 EPM Not used

40 NC Not used

41 TESTIN I Test program sense input

42-59 NC Not used

60 VDD Power supply (3.3V)

61 NC Not used

62 VSS GND

63-69 NC Not used

70 FLASHIN Not used

71-75 NC Not used

76 RDT I/O EEPROM data input/output

77 RCK O EEPROM clock output

78 RCS O EEPROM chip enable output

79-93 NC Not used

94 AVSS Analog GND

95 NC Not used

96 VREF Analog reference voltage

97 AVCC Analog power supply

98-100 NC Not used

A

B

C

D

* PEG100A

100

1

25

26

76

75

51

50

GEX-P10XMT/XN/UC

56

E

F

7

8

57

1234

- Pin Functions(PEG099A)

Pin No. Pin Name I/O Function and Operation

A

B

C

D

E

F

1-5 NC Not used

6 BYTE I External bus width select input
7 CNVSS I Processor mode select input

8,9 NC Not used

10 reset I Reset input

11 XOUT Crystal oscillator connection pin
12 VSS GND

13 XIN Crystal oscillator connection pin

14 VCC Power supply (3.3V)
15 NMI Not used

16,17 NC Not used

18 INTR I CDEC frame interrupt input
19 IPTA4IN I IP-BUS connect input
20 IPPW O IP-BUS driver power supply control output

21-26 NC Not used

27 IPIN I IP-BUS data input
28 IPOUT O IP-BUS data output
29 IPFLASHTX Not used
30 IPFLASHRX Not used

31,32 NC Not used

33 SUBTX O Sub microcomputer communication output
34 SUBRX I Sub microcomputer communication input
35 NC Not used
36 substby O Sub microcomputer stand-by control output
37 ACCPW2 O Microcomputer active state output
38 ACCPW O Not used
39 EPM Not used
40 NAVSW I Connection of the navigation system detect input
41 TESTIN I Test program sense input
42 MUTE O Mute output
43 ANSW O Source select output
44 CE Not used

45-48 NC Not used

49 SYSPW O Audio circuit power supply output

50-56 NC Not used

57 DAC_EN O DAC IC latch enable output
58 NC Not used
59 RESET_N O SSDEC reset output
60 VDD Power supply (3.3V)
61 NC Not used
62 VSS GND

63,64 NC Not used

65 MRESET O CDEC reset output

66-69 NC Not used

70 FLASHIN Not used
71 asens I ACC sense input
72 asenb I ACC (IP-BUS) sense input
73 bsens I Backup sense input

74,75 NC Not used

76 RDT I/O EEPROM data input/output
77 RCK Not used
78 RCS Not used

79-81 NC Not used

82 XMPW O XM tuner power supply control output

83-92 NC Not used

93 SDA I/O RF/HCMOS9 communication data input/output
94 AVSS Analog GND
95 SCL O RF/HCMOS9 communication clock output
96 VREF Analog reference voltage
97 AVCC Analog power supply

58

1234

GEX-P10XMT/XN/UC

5678

Pin No. Pin Name I/O Function and Operation

98 NC Not used
99 DACDT O DAC IC data output

100 DACCL O DAC IC clock output

* PEG099A

A

25

100

1

76

75

* MAX999EUK

1

IN- : Comparator A Inverting Input

IN+ : Comparator A Noninverting Input

Q : Comparator A TTL Output

VCC : Positive Supply Input

GND : Ground

5

VCCQ

B

GND

2

51

26

MAX2140ETH

VCC_FE0

IF2QI-

3

IF2QO+

IF2QI+

353637 3438394041424344

50

CA1

CA2

2

SCL

SDA

1

XM TUNER

2

I

I

VCC_BE4

IF2QO-

4

IN-IN+

C

QOUT-

QOUT+

VTUNE

33

RFIN+

RFIN-

VCC_FE1

IFOUT+

IFOUT-

RFAGC_C

VCC_FE2

AGCPWM

IFIN+

IFIN-

10

11

2

3

4

5

6

7

8

9

13 14 15

VCC_BE1

VCC_BE2

RF

AGC

/4/8

QUAD

VCC_BE3

LPF HPF

LPF HPF

16

17

VINANT

VOUTANT

IF2IO-

IF2II-

∑

- MOD

IF2IO+

2019 2212 18

IF2II+

1/N

PFD

1/R

21

VCCREG

32

VCC_VCO

31

VCC_FE3

30

CPOUT

29

CHP

28

LOCK

27

VCC_A

26

VCC_D

25

REFOUT

24

XTAL

23

VCC_XTAL

IOUT-

IOUT+

D

E

F

56

GEX-P10XMT/XN/UC

7

8

59

1234

7.3 OPERATIONAL FLOW CHART

A

Power ON

VCC=3V

Pin 14

RESET

Pin 10

B

RESET=H

BSENS

Pin 73

BSENS=L

ASENS

Pin 71

C

ASENS=L

ACCPW2←H

Pin 37

Starts communication with IP-BUS.

IPPW←H

D

Pin 22

150ms

225ms

POWER key valid

In case of the above signal, the communication
with IP-BUS may fail.

POWER ON

E

SYSPW←H

Pin 49

XMPW←H

Pin 82

Completes power-on operation.

F

60

1234

GEX-P10XMT/XN/UC

5678

8. OPERATIONS

A

B

Head unit
(e.g. DEH-P6700MP)

1 CLOCK button

Press and hold to change channel select
mode.

2 DISPLAY button

Press to select different displays.

3 FUNCTION button

Press to select functions.

4 5 / ∞ / 2 / 3 buttons

Press to select a channel, recall a channel
and select a category. Also used for controlling
functions.

5 BAND button

Press to select among three XM bands and
cancel the control mode of functions.

6 1–6 buttons

Press for preset tuning.

7 SOURCE button

Head unit is turned on by selecting a
source. Press to cycle through all of the
available sources.

Remote control
(e.g. DEH-P6700MP)

You can operate in the same way with the
remote control supplied with the head unit.

8 TUNER button

Press to select the tuner as the source.

C

D

56

GEX-P10XMT/XN/UC

E

F

7

8

61

1234

Befor e You Start

Resetting the microprocessor

A

The microprocessor must be reset under the following conditions:

• Prior to using this unit for the first time after installation

• If the unit fails to operate properly

• When strange or incorrect messages appear on the display

• When changing the navigation system or unit combination

• Press RESET on the unit with a pen tip or other pointed

instrument.

B

C

XM tuner

Power supply for this unit

The method for turning this unit's power supply ON/OFF
differs according to other units you
combine with it.

When combining this unit with
either AVIC-D1, AVIC-N1, or AVIC-N2:

• This unit's power supply can be turned OFF only
if the ignition switch is turned OFF.If for any reason
you want to switch the power of the unit OFF, switch

D

the vehicle's ignition off (turn the ACC of your vehicle
to OFF).

When combining with another head
unit (or AV head unit):

• When the head unit's power supply is OFF, this unit is
also OFF. (Selecting a source other than XM tuner will
not turn this product off.)

• This unit's power supply can be turned OFF if the ignition
switch is turned OFF. If for any reason you want to switch
the power of the unit OFF, switch the vehicle's ignition off
(turn the ACC of your vehicle to OFF).

E

Selecting the XM source

1. Press SOURCE to turn the head unit on.

2. Press SOURCE to select "XM" source.

Press SOURCE repeatedly to switch between the
following sources:

XM tuner – Tuner – Television – DVD player/Multi­ DVD player – Built-in CD player – Multi-CD player
– External unit 1 – External unit 2 – AUX

Note

To quit listening to the XM tuner, press

SOURCE to switch to another source or press
SOURCE and hold until the head unit turns off.

F

62

1234

GEX-P10XMT/XN/UC

XM tuner

5678

Listening to XM

These are the basic steps necessary to operate the XM.

1 XM channel select setting indicator

Shows what channel select setting has been selected.

CH.No is displayed when CH NUMBER is selected, and
CAT is displayed when CATEGORY is selected.

2 XM channel number indicator

Shows to which XM channel number the tuner is tuned to.

3 XM band indicator

Shows the XM band which has been selected.

4 XM preset number indicator

Shows what XM preset has been selected.

5 XM channel name

Shows the channel name of broadcast channel.

1. Press SOURCE to select a XM source.

2. Press BAND to select a band.
Press BAND until the desired band is displayed, XM1,
XM2 or XM3.

3. Press 2 or 3 to select the desired channel.

The channel number moves up or down successively.
Channels that cannot currently be selected are skipped,
and the next channel is selected.

• If you press and hold 2 or 3, you can
increase or decrease channel number continuously.

• You can also select a channel from a desired
channel category. (Refer to "Switching the channel
select mode".)

4. Press SOURCE and hold until the head unit turns
off or press SOURCE to select another source.

Note

• When you turn the power on, change the source to
XM tuner, or select a channel, it may take a few
seconds while this unit acquires and processes the
satellite signal before you can hear anything.

• Depending on the head unit, it may be possible to
switch to channel number direct input mode using the
allocated button on the remote control (e.g. DIRECT).

A

B

C

XM tuner

Storing and recalling channels

If you press any of the preset tuning buttons 1–6 you can
easily store up to six channels for later recall with the touch
of a button.

• Memory and recall are for broadcasts. If you recall a
memorized broadcast that has been moved to another
channel, the channel to which the broadcast was moved is
selected.

• When you find a channel that you want to store in
memory, press one of the preset tuning buttons 1–6
and hold until the preset number stops flashing.

The number you have pressed will flash in the preset number
indicator and then remain lit.
The selected channel has been stored in memory.
The next time you press the same preset tuning button, the
channel is recalled from memory.

Note

• Up to 18 channels, six for each of the three XM bands, can
be stored in memory.

• When channel number select mode is selected, you can also
use 5 and ∞ to recall channels assigned to preset tuning
buttons 1–6.

• If a channel you have recalled cannot be selected, a message
is displayed for 2 seconds and the unit returns to the
operating status before the channel was recalled.

Switching the XM display

XM channels each have a channel number and channel
name. XM programing also carries the song or program
title, the artist name and category when available.

• Press DISPLAY.

Press DISPLAY repeatedly to switch between the
following settings:
Channel name – Artist name/feature – Song/program
title – Channel category

D

E

F

56

GEX-P10XMT/XN/UC

7

8

63

1234

XM tuner

Introduction of advanced tuner operation

A

1 Function display

Shows the function status.

B

• Press FUNCTION to display the function name.

Press FUNCTION to display the following function:
MODE (Channel select mode)

• To return to the XM display, press BAND.

C

XM tuner

Switching the channel select mode

When selecting a channel, you can switch between
selecting a channel by channel number or by channel
category.
Initially, channel number select mode isselected.

1. Press FUNCTION to select MODE.
Press FUNCTION until MODE appears in the display.

2. Press 2 or 3 to select the desired channel select
mode.

Press 2 or 3 repeatedly to switch between the
following settings:

CH NUMBER (Channel number select mode)–
CATEGORY (Channel category select mode)

Note

Depending on the head unit you are using, it may be
possible to directly switch between the channel select
mode using the allocated button (e.g. CLOCK).

Selecting the channel in the channel category

Channels are organized into various program categories,
e.g. Rock, Classic, Jazz. You can search between different
categories, and then search among channels within each
channel category.

1. Select the channel category select mode. (Refer to
"Switching the channel select mode" above.)

2. Press BAND to return to the previous display.

D

3. Press 5 or ∞ to select the desired channel
category.

Once you select a channel category, the unit searches
for channels in that category.
During search, the channel category doesn't immediately
change even if you press the button.
To successively change the channel category, continue
pressing the button.

4. Press 2 or 3 to select the desired channel in the
selected channel category.

E

The channel number moves up or down in the selected
channel category.
Channels that cannot currently be selected are skipped,
and the next channel in that channel category is
selected.

Note

If you select a channel of another category by channel
recall, etc., during steps 3 and 4, the category selected
in step 3 still remains in memory. If you press 2 or 3,
the channel number moves up or down in the category

F

selected in step 3 regardless of the category of the
present channel.

Display the ID code (Radio ID)

Each XM tuner is identified with a unique Radio ID. You
will need the Radio ID when activating XM service or
when reporting a problem. How to display the ID code
depends on the channel select mode.

Note

Carefully check your XM Radio ID. The letters F, I, O,
and S are not used.

Channel number select mode

If you select CH 000, the ID code is displayed.

• Press 2 or 3 to select the channel number zero
(CH 000).

Channel category select mode

RADIO ID is provided as a channel category for

displaying the ID code.

• Press 5 or ∞ to select the RADIO ID from channel
category.

Note

• If you select another channel, display of the ID code is
canceled.

• Display of the ID code repeats displaying RADIO ID and
the ID code one after the other.

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- CONNECTION DIAGRAM

Connecting the power cord and antenna

Antenna Unit

Antenna Input

Violet

5m (16 ft. 5 in.)

Fuse holder (2 A)

Fuse resistor

This product

Power Supply

Yellow
To terminal always supplied with power
regardless of ignition switch position.

Red
To electric terminal controlled
by ignition switch (12 V DC) ON/OFF.

Black (ground)
To vehicle (metal) body.

A

B

C

Connecting the system (1)

3 m (9 ft. 10 in.)

To IP-BUS input (blue)

Head Unit
(sold separately)

IP-BUS output
(black)

IP-BUS cable
(supplied)

This product

Black

Blue

IP-BUS cable

Not used.

IP-BUS input
(blue)

Multi-CD player
(sold separately)

D

E

F

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GEX-P10XMT/XN/UC

7

8

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Connecting the system (2)

A

Navigation system (sold separately) (e.g. AVIC-D1, AVIC-N2, AVIC-N1)

Display unit

Note:

When combining this product with
AVIC-N1 (sold separately), be sure to
updated with the latest map disc

EXTENSION port

Black

CNDV-50MT [CNDV-50MTP] (sold
separately) to utilize traffic and data
functionality.

Hide-away unit

DATA OUT port

IP-BUS Input

B

To EXTENSION
port

XM DATA cable

To IP-BUS Input

Blue

Black

(Blue)

C

3 m (9 ft. 10 in.)

This product

Black

Blue

IP-BUS cable (supplied)

3 m (9 ft. 10 in.)

IP-BUS cable

Note:

When combining this product with Pioneer navigation system
(sold separately), this connection is required.

D

E

Multi-CD player
(sold separately)

F

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