Sony VPD-MX10,RM-PJM11 Service Manual

SERVICE MANUAL

MODEL

.............. .........

DEST. MODEL DEST.

.............. .........

VPD-MX10 WORLD RM-PJM11 WORLD

DATA PROJECTOR

! WARNING

This manual is intended for qualified service personnel only.
To reduce the risk of electric shock, fire or injury, do not perform any servicing other than that
contained in the operating instructions unless you are qualified to do so. Refer all servicing to
qualified service personnel.

! WARNUNG

Die Anleitung ist nur für qualifiziertes Fachpersonal bestimmt.
Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um die
Gefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind bei
Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegeben
Wartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigung
dazu besitzen.

! A VERTISSEMENT

Ce manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afin
de réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que les
réparations indiquées dans le mode d’emploi à moins d’être qualifié pour en effectuer d’autres.
Pour toute réparation faire appel à une personne compétente uniquement.

WARNING!!

AN INSULATED TRANSFORMER SHOULD BE USED DURING
ANY SERVICE TO AVOID POSSIBLE SHOCK HAZARD, BE­CAUSE OF LIVE CHASSIS.
THE CHASSIS OF THIS RECEIVER IS DIRECTL Y CONNECTED
TO THE AC POWER LINE.

SAFETY-RELATED COMPONENT WARNING !!

COMPONENTS IDENTIFIED BY A
DIAGRAMS, EXPLODED VIEWS AND IN THE P ARTS LIST ARE
CRITICAL TO SAFE OPERATION. REPLACE THESE COMPO­NENTS WITH SONY P ARTS WHOSE P ART NUMBERS APPEAR
AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUB­LISHED BY SONY.

!!

! MARK ON THE SCHEMA TIC

!!

ATTENTION!!

AFIN D’ÉVITER TOUT RISQUE D’ÉLECTROCUTION
PROVENANT D’UN CHÂSSIS SOUS TENSION, UN
TRANSFORMATEUR D’ISOLEMENT DOIT ETRE UTILISÉ LORS
DE TOUT DÉPANNAGE.
LE CHÂSSIS DE CE RÉCEPTEUR EST DIRECTEMENT
RACCORDÉ Á L’ALIMENTATION SECTEUR.

ATTENTION AUX COMPOSANTS RELATIFS Á LA

LES COMPOSANTS IDENTIFIÉS PAR UNE MAPQUE
LES SCHÉMAS DE PRINCIPE, LES VUES EXPLOSÉES ET LES
LISTES DE PIECES SONT D’UNE IMPORTANCE CRITIQUE
POUR LA SÉCURITÉ DU FONCTIONNEMENT. NE LES
REMPLACER QUE PAR DES COMPOSANTS SONY DONT LE
NUMÉRO DE PIÈCE EST INDIQUÉ DANS LE PRÉSENT MANUEL
OU DANS DES SUPPLÉMENTS PUBLIÉS PAR SONY.

SÉCURITÉ!!

!!

! SUR

!!

For the customers in the Netherlands
Voor de klanten in Nederland

•Gooi de batterij niet weg, maar lever hem
in als KCA.

NL

Table of Contents

1. Service Informations

1-1. Board Layout...............................................................................................1-1

1-2. Disassembly and Extension Boards ............................................................1-2

1-2-1.Top Cover and H Board Removal ...................................................1-2

1-2-2.BB Board Removal..........................................................................1-3

1-2-3.B Block (BC and BA boards) Removal .......................................... 1-3

1-2-4.BC Board Removal..........................................................................1-4

1-2-5.BA Board Removal .........................................................................1-4

1-2-6.Power Block Removal ..................................................................... 1-5

1-2-7.QA Board Removal .........................................................................1-5

1-2-8.Lamp Power Block Removal...........................................................1-6

1-2-9.NF Board Removal..........................................................................1-6

1-2-10.Extension Boards and Extension Cables Connection....................1-7

1-3. Power Cord..................................................................................................1-8

2. Electrical Adjustments

2-1. Preparations.................................................................................................2-1

2-1-1. Equipment Required...................................................................2-1

2-1-2. Setting the FActory Mode ..........................................................2-1

2-2. Adjust Signal Level.....................................................................................2-1

2-2-1. Component Level Adjustment ................................................... 2-1

2-2-2. Adjust VIDEO NTSC Level ...................................................... 2-1

2-3. White Balance Adjustment ......................................................................... 2-2

2-3-1. White Balance Adjustment of INPUT-A ...................................2-2

2-3-2. White Balance Adjustment of VIDEO.......................................2-2

2-4. Memory .......................................................................................................2-3

2-5. Adjustment Item Initialize Data ..................................................................2-4

3. Semiconductors

IC.................................................................................................................3-1

Transistor.....................................................................................................3-3

Diode ...........................................................................................................3-4

VPD-MX10

1

4. Spare Parts

4-1. Notes on Repair Parts..................................................................................4-1

4-2. Exploded Views ..........................................................................................4-2

4-2-1. Cover ..........................................................................................4-2

4-2-2. Chassis 1.....................................................................................4-3

4-2-3. Chassis 2.....................................................................................4-4

4-2-4. Optical Unit ................................................................................4-5

4-3. Electrical Parts List .....................................................................................4-6

5. Block Diagrams

H Block .......................................................................................................5-1

QA Block .................................................................................................... 5-1

BC Block ..................................................................................................... 5-1

BA Block.....................................................................................................5-2

BB(1/2) Block .............................................................................................5-4

NF Block .....................................................................................................5-5

BB(1/2) Block .............................................................................................5-4

6. Diagrams

6-1. Frame Schematic Diagram .......................................................................... 6-1

6-2. Schematic Diagrams and Printed Wiring Boards........................................6-3

Schematic Diagrams

BA .........................................................................................................6-5

BB .......................................................................................................6-12

H .......................................................................................................6-22

BC .......................................................................................................6-23

QA .......................................................................................................6-24

NF .......................................................................................................6-24

Printed Wiring Boards

BA ......................................................................................................... 6-4

BB .......................................................................................................6-10

H .......................................................................................................6-22

BC .......................................................................................................6-22

QA .......................................................................................................6-24

NF .......................................................................................................6-24

2

VPD-MX10

1-1. Board Layout

Section 1

Service Informations

BB

NF

Lamp power

H

BA

Power block

BC

QA

VPD-MX10

1-1

1-2. Disassembly and Extension Boards

1-2-1. Top Cover and H Board Removal

2 Top cover assy

6 Key power

3 Two screws (H)

7 Key control

CN1

5 H board

4 Four screws (H)

1-2

1 Shaft

VPD-MX10

1-2-2. BB Board Removal

CN1010
CN1005
CN1008

CN1001

CN1000

CN1004

CN1014

CN1003

CN1011

CN1012

1 Two screws
(+B2.6 x 4)

CN1013

2 BB board

1-2-3. B Block (BC and BA boards) Removal

3 Two screws
(+B2.6 x 4)

4 B block assy

2 Connector screws

1 Connector cover

VPD-MX10

1-3

1-2-4. BC Board Removal

* Remove the B Block. (Refer to Sec.1-2-3.)

2 BC board

B block assy

1 Screw
(+B2.6 x 4)

1-2-5. BA Board Removal

* Remove the B Block. (Refer to Sec.1-2-3.)
* Remove the BC Board. (Refer to Sec.1-2-4.)

B block holder

2 BA board

Sheet (B) assy

1-4

1 Two screws
(+B2.6 x 4)

VPD-MX10

1-2-6. Power Block Removal

* Remove the B Block. (Refer to Sec.1-2-3.)

3 Power block

4 Seet (G)

2 Two screws

(+B2.6 x 4)

1 AC holder

1-2-7. QA Board Removal

* Remove the B Block. (Refer to Sec.1-2-3.)

2 Screw
(+B2.6 x 4)

CN1101

3 QA board

1 T wo connector

screws

VPD-MX10

1-5

1-2-8. Lamp Power Block Removal

1 Screw
(+PTPWH2.6 x 4)

Lamp power connector (2P)

1-2-9. NF Board Removal

CN870

6 Lamp power

7 Two screrws

(+BVTP 3 x 6)

5 Screw
(+B2.6 x 4)

2 Two screws
(+B2.6 x 4)

3 Lamp power holder

4 Sheet (LPW)

4 Screw

(+B 2.6 x 4)

2 Screw
(+B 2.6 x 4)

6 Front panel

1 Front cover

8 NF board

5 Slit (F)

3 Screw

(+B 2.6 x 4)

1-6

VPD-MX10

1-2-10.Extension Boards and Extension Cables Connection

Flexible Cable

XB Board

XA Board

Extension Board

XB Board

XA Board : A-1400-240-A
XB Board : A-1400-239-A
Flexible Cable(50P) : 1-900-258-22

Cable
(5pin)

XA Board

Flexible Cable

CN1002

CN901

Cable (12P) x1
(1-900-260-82)

X4 Board
(A-1391-140-A)

Two Screws(+B2.6 x 4)

Cable (5P) x1
(1-900-260-80)

X5 Board
(A-1391-141-A)

BB Board

X5 Board

X4 Board

Cable
(12pin)

XB Board

XA Board

XB Board

Cable

XA-XB

(50pin)

XA Board

BA Board

VPD-MX10

1-7

1-3. Power Cord

Use a proper power cord for your local power supply.

The United Continental UK Australia Japan
States, Canada Europe

Plug type YP-11 YP-21 SP-61 B8 YP-13
Female end YC-13L YC-13L YC-13L C7-2 YC-13L
Cord type SPT-2 H03VVH2-F H03VVH2-F H03VVH2-F VCTFK
Rated Voltage & Current 10 A/125 V 2.5 A/250 V 2.5 A/250 V 2.5 A/250 V 7 A/125 V
Safety approval UL/CSA VDE BS SAA DENAN

1)Use the correct Plug for your country.

1-8

VPD-MX10

Section 2

Electrical Adjustments

2-1. Preparations

2-1-1. Equipment Requitred

. Oscilloscope

Tektronix 2465 or equivalent
(bandwidth: 350 MHz or more)

. NTSC, PAL, SECAM component signal generator

Tektronix TG2000 + AVG1 (optionalmodule)
+AWVG1 (optionalmodule) or equivalent

. VG (Programmable video signal generator)

VG814 or equivalent

. Digital voltmeter

Advantest TR6845 or equivalent

. Luminance meter
. Chrominance difference gauge

Note: Perform the following adjustments at least 5

minutes after turning on the power.

2-1-2. Setting the Factory Mode

1. Check that the STATUS is ON in MENU.

2. Exit MENU.

3. Press the keys in the following order;

“ENTER” → “ENTER” → “LEFT” → “ENTER”.

4. The message “Do you wish to enter into the FACTO­RY MODE?” will be displayed.

5. Select YES.

2-2. Adjust Signal Level

2-2-1. Component Level Adjustments

1. Input the Component signal to the INPUT-A. Then, from
INPUT-A of the SET SETTING, select the COMPO­NENT (15K Component color bar chroma ON).

2. Set the COLOR to 45.

3. Connect the Oscilloscope to the TP300 (B OUT) of the
BA board .

4. Enter the item OTHER of Device Adjust of the menu.

5. Set 06 3D GAMMA/ THROUGH : 0 to 06 3D GAM­MA/ THROUGH : 1.

6. Set 07 3D GAMMA/ SW : 1 to 07 3D GAMMA/ SW : 0.

7. Advance the item RGB-MTRX of Device Adjust of
the menu.

8. Select the item 08 YUV COL. Use the key ← or →, or
both, to adjust level of two color bars, the left and right
end so that they will come to the same level.

9. Select 09 SUB HUE, then adjust the level of centrally
adjoining two color bars in the midst of all bars, using
the key ← or →, or both so that they can be made flat.

10. Press ENTER key and select “ SAVE TO MEMORY
“. For saving the data, press the ENTER again.

Adjust GND to bottom ege
in the DC 0.5 V range.

(15K Component color bar/Chroma ON)

Fig. 2-2-1

2-2-2. Adjust VIDEO NTSC Level

1. Input the NTSC 100% Color bar signal to the VIDEO
INPUT.

2. Connect the Oscilloscope to the TP300 of the BA
board.

3. Set the COLOR to 45.

4. Enter the item RGB MATRX of Device Adjust of the
menu.

5. Select the item 08 YUV COL. Use the key ← or →, or
both, to adjust the level of two color bars, the left and
right end so that they will come to the same level.

6. Select the item 09 SUB HUE, then adjust the level of
centrally adjoining two color bars in the midst of all
bars, using the key ← or →, or both so that they can be
made flat.

7. Press the ENTER key and select “ SAVE TO MEMO­RY “. For saving the data, press the ENTER key again.

8. Perform alike for PAL (PAL 100% Color bar signal)
system in the same manner.

NTSC 100% Color bar
PAL 100% Color bar

Fig. 2-2-2

VPD-MX10

2-1

2-3. White Balance Adjustment

2-3-1. White Balance Adjustment of INPUT-A

7. BIAS G and B in the HIGH Mode of W/B an adjusted
so that the chromaticity (x, y) may become the follow­ing standard value.

1) HIGH Mode of INPUT-A

1. Input the 80 IRE FLAT FIELD signal (XGA signal) to
INPUT-A.

2. GAIN R and B in the HIGH Mode of W/B an adjusted
so that the chromaticity (x, y) may become the follow­ing standard value.

Standard value (x, y) = (0.290 ± 0.002, 0.330 ± 0.004)

3. Set the INPUT signal to the 20 IRE.

4. BIAS R and B in the HIGH Mode of W/B an adjusted
so that the chromaticity (x, y) may become the follow­ing standard value.

Standard value (x, y) = (0.290 ± 0.002, 0.330 ± 0.004)

5. It carries out by repeating the above-mentioned steps 2
and 4 and memory of the adjustment value is carried
out.

2) LOW Mode of INPUT-A

1. The data in the HIGH Mode of 2) is copied.

2. Input the 80 IRE FLAT FIELD signal (XGA signal) to
INPUT-A.

3. The following value is written in GAIN R, G and B of
data value which HIGH Mode copied, and the memory
of the chromaticity (xlow, ylow) is carried out.

Write-in value GAIN R : +15step

GAIN G : _15step
GAIN B : ±0step

Standard value (x, y) = (xlow ± 0.002, ylow ± 0.004)

8. It carries out by repeating the above-mentioned steps 5
and 7 and memory of the adjustment value is carried
out.

2-3-2. White Balance Adjustment of VIDEO

1) HIGH Mode of VIDEO

1. Input the 15K component signal (80 IRE FLAT
FIELD) to INPUT-A.

2. W/B GAIN and BIAS value are made into the same
value as the adjustment of the above 2).

3. The memory only of the following value is written in
and carried out to the value of the above-mentioned
step 2.

Write-in value GAIN G : _15step

BIAS G : _5step

2) LOW Mode of VIDEO

1. Set the INPUT signal to the 25 IRE.

2. W/B GAIN and BIAS value are made into the same
value as the adjustment of the above 1).

3. The memory only of the following value is written in
and carried out to the value of the above-mentioned
step 2.

Write-in value GAIN G : _15step

BIAS G : _5step

4. Set the INPUT signal to the 20 IRE.

5. BIAS G and B in the HIGH Mode of W/B an adjusted
so that the chromaticity (x, y) may become the follow­ing standard value.

Standard value (x, y) = (xlow ±0.002, ylow ± 0.004)

6. Set the INPUT signal to the 80 IRE.

2-2

VPD-MX10

2-4. Memory

This model is composed of the following five Memory
blocks.

1. Set memory.

2. Status memory.

3. Channel memory.

4. Chroma memory.

5. W/B memory.

Gamma memory is realized in the gamma mode added by
OFF SET function of the Contrast / Brightness output
value to each device.

CPU Internal ROM : 256Kbyte Flash Memory
CPU Internal RAM : 16Kbyte
External NVM Memory : 16Kbyte EEPROM

Set Memory

Status
Memory

Channel
Memory

Chroma
Memory

W/B
Memory

Installation
Memory

No.01
No.02

No.03

INPUT-A Preset INPUT-B Preset

No.04
No.05

...

No.50
No.03
No.04
No.05

...

No.50

INPUT-MS Preset

No.53
No.54
No.55

...

No.60

Video

S Video

Input-A
Input-B

Input-MS

NT358/443/BW60

PAL/PAL-M/N/

SECAM/BW50

15k RGB

Component (15k)

Computer Others

HIGH
LOW
HIGH
LOW

Non Reverse upside down

Reverse upside down

CPU ROM External NVM CPU RAM

Set Memory

Status
Memory

Channel
Memory

Chroma
Memory

W/B
Memory

Installation
Memory

For your reference, data stream will be briefed as the
follows.
When plugged in first (Standby state), whole data in the
ROM are written in the NVM (Non volatile memory).
Turning Power ON, memory data required enough for
current video image are selected from each Memory block
and developed in the RAM where adjusting is performed.
Thus, data adjusted in the RAM are written and memorized
in the NVM, automatically when in the user mode, or
triggered by memory operation ( Item in Service / Special
Service ).

W / B and Device Adjust is adjusted by an user in the
Service mode or in the Special Service mode and memo­rized in NVM at performing memory operation. In this
moment any data adjusted in the factory will be lost.

Set Memory

No.01
No.02

INPUT-A

No.03

Preset

No.04
No.05

...
No.50
No.03

INPUT-B

No.04

Preset

No.05

...
No.50

Video

S Video

Input-A
Input-B

Input-MS

NT358/443/BW60

PAL/PAL-M/N/
SECAM/BW50

15k RGB

Component (15k)

Computer Others

HIGH
LOW
HIGH
LOW

Non Reverse upside down

Reverse upside down

Active memory copy

Status
Memory

Chroma Memory

W/B
Memory

Installation Memory

MemoryInitialize

INPUT-MS

Preset

INPUT-A

User

HIGH
LOW

No.53
No.54
No.55

...
No.60
No.71

...
No.90

No.91

...

No.110

VPD-MX10

2-3

2-5. Adjustment Item Initialize Data

MenuTitle ItemName

PICTURE CTRL CONTRAST 80 80 80 80 80

BRIGHT 50 50 50 50 50
COLOR 50 50 -50 ­HUE 50 50 -50 ­SHARP 50 50 -50 ­RGB ENHANCER - - 30 30 30
D.PICTURE OFF OFF OFF OFF ­GAMMA MODE - - GRAPHICS GRAPHICS GRAPHICS
COLOR TEMP LO W LOW HIGH HIGH HIGH
COLOR SYS AUTO AUTO - - ­VOLUE 50 50 50 50 50

INPUT SETTING

SET SETTING STATUS ON

INSTALL SETTING KEYSTONE MEM. OFF

INFORMATION fH

W/B ADJUST GAIN R

DOT PHASE
SIZE H
SHIFT
SCAN CONV
ASPECT
BLANKING

INPUT-A
AUTO INPUT SEL OFF
LANGUAGE ENGLISH
POWER SAVING OFF

DIGIT KEYSTONE 0
MENU POSITION CENTER
MENU COLOR STANDARD
LAMP TIMER

fV
ROM Ver
OPERA TION TIMER
PREVIOUS LAMP TIMER

G
B

BIAS R

G
B

SET

MEMORY

COMPUTER

INDICATION ONLY
INDICATION ONLY

INDICATION ONLY
INDICATION ONLY
INDICATION ONLY
INDICATION ONLY

CH MEMORY

VIDEO 1 S Video 1 INPUT-A INPUT-B MS

* : “DOT PHASE, SIZE H, SHIFT H/V, SCAN CONV, ASPECT and BLANKING” in the “INPUT SETTING” menu

have an initial value respectively in accordance with the input signal (PRESET MEMORY No.).

Note : There are nonadjustable items in accordance with the input signal.

2-4

VPD-MX10

STATUS
MEMORY

15 (*)

*

*

ON (*)

4:3 (*)

0 (*)

VIDEO-

HIGH

MemoryName

W/B MEMORY

VIDEO-LOW RGB-HIGH RGB-LOW

Remarks

VPD-MX10

170 175 170 175
170 165 170 165
170 160 170 160

80 80 180 80
80 80 140 80
80 80 140 80

2-5

DeviceName ItemName MemoryName Remarks

SET MEMORY CHROMA MEMORY

NT3.58/NT4,43

/BW60

PAL/PAL-M/N/
SECAM/BW50

15kRGB

Component
(15k)

Two times speed

Component

HDTV(YPbPr)

HDTV(GBR)

Include
two times speed

RGB MTRX/

D.COM/
CHROMA/ SHP GAIN

P.DRV/

SH/ SH1 4
PE/

CONTRAST
R DRIVE
G DRIVE
B DRIVE

SUB BRT 52
YUV CON 8 8 11 11 11 11 11
YUV COL 8 8 12 12 12 12 12
SUB HUE 5 8 7 7 7 7 7
CTI LVL 2 2 1 1 1 1 1
R-Y/R 11 11 13 10 13 13 13
R-Y/B 14 14 15 14 15 15 15
G-Y/R 7 6 8 5 8 8 8
G-Y/B 5 5 4 4 4 4 4
SUB SHP 1 1 1 1 1 1 1
SHPF0 1 1 1 1 1 1 1
PRE OVER 0 0 0 0 0 0 0
DMIC PIC 3
LTI LVL

VENH

SHP EQ
SHP F0 2 2 2 2 2 2 2

Y-OUT LVL
C-OUT LVL

Y-DL 5
S B-Y ADJ

S R-Y ADJ
S-INHBT
S-ID
S GP
S V-ID

BELL F0 0
HPF 0
INV CONT 0
SID LVL 206
PRG LVL 86

INSTALLATION

SC FILTER 3
BD ENABLE 1
WHITE PEAKING 10

DMD BIN

12

9 9 9 9 9 9 9 Fix ed V alue
999 9999
999 9999

111 1

5

11 11 11 11 11 11 11
000 0000

15

9

7
7
0
0
0
0

0

0

00 0

Fixed Value
Fixed Value

Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value

Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value

Note : There are nonadjustable items in accordance with the input signal.

2-6

VPD-MX10

DeviceName ItemName MemoryName Remarks

SET MEMORY CHROMA MEMORY

NT358/NT443

/BW60

PAL/PAL-M/N/
SECAM/BW50

15kRGB

Component
(15k)

Two times speed

Component

HDTV(YPbPr)

HDTV(GBR)

Include
two times speed

3D GAMMA/ SUB CONT 0

SUB BRT 0
R OSD LVL 31
G OSD LVL 31
B OSD LVL 31
THROUGH 0
SW 1
APC THRES 25
APC LIMIT 32

OTHER/ H START 144

V START 22
H POSITION 34

TEMP LAMP

TEMP PANEL

LAMP FAN 1

PANEL FAN 1

LAMP FAN 2

PANEL FAN 2

SYNCHRONOUS 0

GAMMA

Adjustment is
impossible

Adjustment is
impossible

Adjustment is
impossible

Adjustment is
impossible

Adjustment is
impossible

Adjustment is
impossible

Factory default
setting value

Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value
Fixed Value

Fixed Value

Fixed Value

Fixed Value

Fixed Value

Fixed Value

Fixed Value

Fixed Value

Note : There are nonadjustable items in accordance with the input signal.

VPD-MX10

2-7

Section 3

1

TOP VIEW

Semiconductors

IC

24LC21AT/SN
BA10393F-E2
IRMF-A0T-QTP
M24C64
M24C64-WMN6T(A)
MM1096AFF
NJM4558eM(TE2)
TC7W14FU(TE12R)
TC7W04FU
TC7W08FU
TC7W32FU
TC7WH04FU(TE12R)
TC7WH123fu(TE12R)
TC7WH74FK(TE85R)
TC7WH74FU(TE12R)
ST24FC21M6TR

1

TOP VIEW

8PIN SOP

CXA1875AM
CXA1875AM-T4
TC74HC148AF(EL)
LM4860MX
MM1231XFBE

1

TOP VIEW

16PIN SOP

74VHC02MTCX
74VHC125MTCX
BA10339FV
BA10339FV-E2
TC74LCX125FT
TC74LCX125FT(EL)

74LC541MTCX
74VHC240MTCX
74VHC541MTCX
74VHCT541AFT(EL)
CXA1846BN-T4
MK1714-01
MK1714-01RT
M52347FP-TE

1

TOP VIEW

20PIN SOP

AD9884AKS-140

65102

103

128

1

TOP VIEW

38

BA033F-E2
BA033FP-E2
BA05FP-E2
BA09F-E2

1

2

3

CXA2101AQ
CXA2101AQ-TL

CXA2123AQ
CXA2123AQ-T6

39

48

TOP VIEW

CXD2064Q(T6)
ISPLSI2032VE-110LT4
/10921
ISPLSI2032VE-110LT44
/1727PW
MB86189
MB86189PFV-G-BND-ER

64

39

1
TOP VIEW

48PIN QFP

CXD9607GB

A

1

BOTTOM VIEW

144PIN PGA

HD64F2633
HD64F2633TE

HM62V16256CLT5SLZ

MBM29LV400TC-70PFTN
SST39VF800A-70
SST39VF800A-70-1727A-T

2538

24

15

141

1

TOP VIEW

44PIN SOP

ISPLSI2064VE-100LT44
/1727A
UPD72012GB-003-3B4

1

TOP VIEW

44PIN QFP

LP2985IM5X3.3
LMC7101BIM5X
TC75S56F(TE85R)
TC7S04FU(TE85R)
TC7S08FU
TC7S08FU(TE85R)
TC7S14FU(TE85R)
TC7SET08FU(TE85R)
TC7SZ05(TE85L)
TC7SZ126(TE85L)

M52758FP

48PIN

MD2305F

A

1
BOTTOM VIEW

280PIN PGA

MT48LC8M16A2TG75
MT48LC8M16A2TG-75TR

1

TOP VIEW

54PIN TSOP

1

TOP VIEW

14PIN SOP

VPD-MX10

4164

61

80

1

TOP VIEW

40

91

25

24

120

1

TOP VIEW

6190

60

31

30

1

TOP VIEW

36PIN SOP

3-1

IC

PQ2TZ15U

1

PW365-10U

192 129

193

256

164

TOP VIEW

S-80828ANNP
S-80828ANNP-EDR-T2
S-80842ANNP
S-80842ANNP-ED6
S-80842ANNP-ED6-T2

1

5

TOP VIEW

4PIN CHIP

TA78M09F(TE16L)

128

65

1

2

3

RCV4-A1T-MASK-25
ST72T631K4M41-201

1

TOP VIEW

34PIN SOP

RS-140-T

4

1

2

THC63DV151

1
TOP VIEW

100PIN QFP

3

3-2

VPD-MX10