SEGA SERVICE MANUAL
GENESIS 32X(VA0,VA1) / MEGA DRIVE 32X
No.: 012
Issued: JUNE, 1995
BEFORE REFERRING TO THE SERVICE MANUAL
Since the circuit of the Extension Unit used in the GENESIS 32X has been integrated on the main circuit board, an Extension Unit is not necessary for the GENESIS 32X(VA1). This circuit is built into the MEGA DRIVE 32X from the first unit.
1. SPECIFICATIONS
Ratings
Model | GENESIS 32X | MEGA DRIVE 32X | |
---|---|---|---|
PAL | PAL G/I | ||
Power input | Input: AC120 V, 60 Hz Output: DC10 V, 850 mA |
Input: AC230 V, 50 Hz Output: DC10 V, 850 mA |
Input: AC240 V, 50 Hz Output: DC9 V, 850 mA |
Power consumption | Approx. 4 W | Approx. 4 W | Approx. 4 W |
Operating environment | Temperature: 5°C~35°C Humidity: 20%RH~80%RH (no condensation) |
||
Dimensions | 115(W) × 210(L) × 100(H) mm |
Specifications
CPU | Master: 32bit RISC SH2 23 MHz 20MIPS Slave: 32bit RISC SH2 23 MHz 20MIPS |
Memories | RAM: 2Mbit (SDRAM) VRAM: 2Mbit |
Sound | PWM Sound Source (Stereo) |
Display capability | VDP: SEGA custom LSI Display: TV Color: 32,768 colors Video Output: VIDEO, RF, RGB |
Slots | Cartridge slots |
2. IDENTIFYING PARTS
Diagram showing front and rear views of the Genesis 32X unit, labeling key external features like the cartridge slot, A/V OUT Jack, A/V IN Jack, and AC Adaptor Jack.
3. ACCESSORIES
Illustrations of various accessories included with the Genesis 32X, such as Connector Cable, Conversion Cable, Audio/Video Cable (Mono), Spacer for Genesis II/Mega Drive II, AC Adaptor, Electromagnetic Shield Plates, RF Unit, Mono Cable Scart, and Extension Unit.
4. DISASSEMBLY
This section details the steps for disassembling the Genesis 32X unit.
4-1. Top Case Removal
- Remove four screws and the top case.
4-2. Sub Board Removal
- Remove ten screws attached the top shield case.
- Remove two screws attached the 64-pin connector.
- Remove two 40-pin flat cables on the sub board.
- Remove the sub board.
4-3. Main Board Removal
- Remove four screws attached the front case and rear case on the bottom case.
- Remove two screws attached the front case and rear case and main board.
5. ADJUSTMENT
Video Frequency Matching Adjustment
This procedure outlines the steps for adjusting video frequency matching.
Test equipment and tools for adjustment:
- Regulated power supply (5V DC)
- Frequency counter (capable of displaying 7 digits or more)
- 10:1 oscilloscope probe
- Philips screwdriver
- Non-metal adjustment driver
- AC adaptor exclusively for super 32X
- One lead for GND and two leads for 5V
Adjustment procedure:
- Disconnect the super 32X from the Mega Drive.
- Remove the top case and top shield case from the super 32X.
- Plug the AC adaptor into an AC outlet and into the DC jack.
- Set the regulated power supply to 5V DC and connect it to IC14 pin 1. (The super 32X turns on.)
- Connect 5V DC to IC12 pin 31. (Set to the test mode.)
- Connect the frequency counter to IC12 pin 20 and adjust C72 so the frequency is 3.579545 MHz ± 10Hz.
6. BLOCK DIAGRAM
A detailed block diagram illustrating the internal architecture and data flow of the 32X system. It depicts major components such as the CPU, ROM Interface, SDRAM, VDP, DMA, PWM, communication interfaces, and connections to the Mega Drive 2/Genesis 2 and Mega CD2/Sega CD2, showing clock generation, data buffers, and control signals.
7. SCHEMATIC & CIRCUIT BOARD DIAGRAMS
7-1. Schematic Diagram-1 (Main Section - 1/2)
A detailed circuit schematic of the main section of the 32X, showing complex interconnections between various integrated circuits, passive components, and connectors.
7-2. Circuit Board Diagram (Main Board) VA0
A visual representation of the main circuit board (VA0 version), showing the layout and placement of integrated circuits, connectors, and other electronic components.
7-3. Schematic Diagram-2 (Main Section - 2/2)
A continuation of the detailed circuit schematic for the main section of the 32X, showing further interconnections and component details.
7-4. Schematic Diagram-3 (Sub Section)
A detailed circuit schematic for the sub-section of the 32X, illustrating the circuitry of the sub board.
7-5. Circuit Board Diagram-2 (Sub Board)
A visual representation of the sub circuit board, showing the placement and identification of its integrated circuits, connectors, and other electronic components.
7-2. Circuit Board Diagram (Main Board) VA1
A visual representation of the main circuit board (VA1 version), similar to the VA0 version, showing component layout and identification.
8. PARTS SPECIFICATIONS
IC1/2 CPU
Details for IC HD6417095F23DFP and IC HD6417095F28 DFP.
No. | I/O | Pin Name | Function |
---|---|---|---|
1 | I/O | D11 | Data bus |
2 | I/O | D12 | Data bus |
3 | I/O | D13 | Data bus |
4 | - | VCC1 | Power supply (5V) |
5 | I/O | D14 | Data bus |
6 | - | VSS1 | Power supply (OV) |
7 | I/O | D15 | Data bus |
8 | I/O | D16 | Data bus |
9 | I/O | D17 | Data bus |
10 | I/O | D18 | Data bus |
11 | I/O | D19 | Data bus |
12 | - | VCC2 | Power supply (5V) |
13 | - | VSS2 | Power supply (OV) |
14 | I/O | D20 | Data bus |
15 | I/O | D21 | Data bus |
16 | - | VSS11 | Power supply (OV) |
17 | I/O | D22 | Data bus |
18 | I/O | D23 | Data bus |
19 | I/O | D24 | Data bus |
20 | - | VSS3 | Power supply (OV) |
21 | I/O | D25 | Data bus |
22 | I/O | D26 | Data bus |
23 | I/O | D27 | Data bus |
24 | - | VCCA | Power supply (5V) |
25 | I/O | RD | Read pulse |
26 | - | CKE | SDRAM clock enable control |
27 | - | WAIT | Hardware wait request |
28 | I/O | BEN | Reserve |
29 | - | VSS13 | Power supply (OV) |
30 | I/O | D31 | Bus right permission in slave mode / Bus right acknowledge in master mode |
31 | I/O | AO | Address bus |
32 | - | WDTOVF | Watch dog timer output |
33 | - | VSS5 | Power supply (OV) |
34 | I/O | FTDB | Free-running timer output B |
35 | - | VCC11 | Power supply (5V) |
36 | I/O | FTDA | Free-running timer output A |
37 | - | VSS14 | Power supply (OV) |
38 | I/O | FTI | Free-running timer input |
39 | I/O | FTCI | Free-running timer clock input |
40 | I/O | RXD | Serial data input |
41 | I/O | TXD | Serial data output |
42 | I/O | SCK | Serial clock input/output |
43 | I/O | A9 | Address bus |
44 | - | VSS6 | Power supply (OV) |
45 | I/O | A10 | Address bus |
46 | I/O | A11 | Address bus |
47 | I/O | A12 | Address bus |
48 | - | VCC6 | Power supply (5V) |
49 | I/O | A13 | Address bus |
50 | - | VSS7 | Power supply (OV) |
51 | I/O | A14 | Address bus |
52 | I/O | A15 | Address bus |
53 | - | A16 | Address bus |
54 | - | VCC7 | Power supply (5V) |
55 | I/O | A17 | Address bus |
56 | - | VSS8 | Power supply (OV) |
57 | I/O | A18 | Address bus |
58 | I/O | A19 | Address bus |
59 | I/O | A20 | Address bus |
60 | - | VCC8 | Power supply (5V) |
61 | I/O | A21 | Address bus |
62 | - | VSS9 | Power supply (OV) |
63 | I/O | A22 | Address bus |
64 | I/O | A23 | Address bus |
65 | I/O | A24 | Address bus |
66 | - | DACK0 | DMACO acknowledge |
67 | - | VCC9 | Power supply (5V) |
68 | - | DACK1 | DMACI acknowledge |
69 | - | VSS10 | Power supply (OV) |
70 | I/O | DREQ0 | DMACO request |
71 | I/O | DREQ1 | DMACI request |
72 | I/O | CS0 | Chip select 0 |
73 | I/O | CS1 | Chip select 1 |
74 | I/O | CS2 | Chip select 2 |
75 | I/O | CS3 | Chip select 3 |
76 | I/O | BS | Bus cycle start |
77 | I/O | D21 | Read write |
78 | I/O | D22 | Data bus |
79 | I/O | D23 | Data bus |
80 | - | VCC3 | Power supply (5V) |
81 | I/O | D24 | Data bus |
82 | I/O | D25 | Data bus |
83 | I/O | D26 | Data bus |
84 | - | VCC10 | Power supply (5V) |
85 | I/O | D27 | Data bus |
86 | - | VSS12 | Power supply (OV) |
87 | I/O | D28 | Data bus |
88 | - | RD | Read pulse |
89 | - | CKE | SDRAM clock enable control |
90 | I/O | BEN | Reserve |
91 | - | VSS13 | Power supply (OV) |
92 | I/O | D31 | Bus right permission in slave mode / Bus right acknowledge in master mode |
93 | I/O | A0 | Address bus |
94 | - | WDTOVF | Watch dog timer output |
95 | - | VSS5 | Power supply (OV) |
96 | - | VCC11 | Power supply (5V) |
97 | I/O | FTDA | Free-running timer output A |
98 | - | VSS14 | Power supply (OV) |
99 | I/O | FTI | Free-running timer input |
100 | I/O | FTCI | Free-running timer clock input |
101 | - | RXD | Serial data input |
102 | I/O | TXD | Serial data output |
103 | I/O | SCK | Serial clock input/output |
IC3 2Mbit SDRAM
Details for IC UPD4502161G5-A12 TSOP.
No. | I/O | Pin Name | Function |
---|---|---|---|
35 | I | CLK | CLK is the master clock input pin. The other inputs signals are referenced at CLK rising edge. |
18 | I | CS | CS low starts the command input cycle. When CS is high, all input are not referenced. But even if CS is high, internal operations i.e. bank active or burst are not changed. |
15 | - | WE | WE, RAS, CAS have the same names with conventional DRAM. But these pins have deferent definitions with conventional ones. All of these pins only define command cycle definition. For detail information see command table. |
16 | I | CAS | |
17 | - | RAS | |
21 | - | A0 | Row address (AX0-AX6, AX8) is determined by A0-A8 input signal level at the rising edge CLK signal at the bank active command cycle (state of AX7 is not applicable). |
22 | I | A1 | Column address (AY0-AY7) is determined by A0-A7 input signal level at a read or write command cycle. The column address will be used as the burst access start address. |
23 | - | A2 | |
24 | - | A3 | |
27 | I | A4 | A8 defines precharge mode. Precharge command cycle: A8=Low: Both bank precharged. A8=High: One bank precharged (depends on state of A9). Read/write command cycle: A8=High: Precharge cycle is started automatically following the end of data transfer in burst mode. |
28 | - | A5 | |
29 | - | A6 | |
30 | - | A7 | |
20 | - | A8 | |
19 | I | A9 | A9 is bank select signal (BS). In command cycle, A9=low selects bank A and A9=High selects bank B. |
34 | I | CKE | CKE determines next CLK is valid or not. If CKE is high, next CLK rising edge is valid. But if CKE is low, next CLK is invalid. If CLK rising edge is invalid, internal clock is not asserted and u PD4504161 becomes halt operation. And when u PD4502161 does not in burst mode and CKE is negated, u PD4502161 enters power down mode. During power down mode CKE must keep low level. |
36 | I/O | DQMU | DQMU controls Upper byte and DQML controls Lower byte input/output buffers. In read mode, DQMU, DQML control output buffer impedance like conventional DE. If DQMU, DQML is High, output buffers become high impedance. If DQMU, DQML is Low, output buffers become low impedance. And when device in write mode, DQMU, DQML control word mask. If DQMU, DQML is High, input data is not written to memory cell. If DQMU, DQML is Low, input data is written to memory cell. |
14 | I/O | DQML |
IC4 IC CUSTOM CHIP G/A MARS I/F & IC CUSTOM CHIP SCA MARS I/F
Details for IC4, including pin descriptions for pins 1-176.
IC5 ADDRESS SELECTOR
Details for IC CUSTOM CHIP MARS ADSE, including pin descriptions for pins 1-80.
IC6 8bit 20MHz D/A CONVERTER
Details for IC CUSTOM CHIP G/A MARS VDPNEC & IC CUSTOM CHIP SCA MARS VDP, including pin descriptions for pins 1-144.
IC7/8 1Mbit CMOS DRAM
Details for TOSHIBA and SANYO DRAM ICs. Includes pin descriptions and a block diagram illustrating DRAM operation.
IC9 INVERTER
Details for IC 74AC04, including Top View, Truth Table, and pin descriptions.
IC10 3PIN REGULATOR
Details for IC RHSRL33A, including Top View and Block Diagram.
IC11 SOUND NETWORK/HEADPHONE AMP.
Details for IC CUSTOM CP BA6166FS, including Top View and Pin Description and Block Diagram.
IC12 VIDEO MIX
Details for IC BA7237FS, including Top View and Block Diagram.
IC13 SWITCHING REGURATOR IC
Details for IC MC34063A and IC IR3M03AN, including Top View and Block Diagram.
IC14 RESET IC
Details for IC PST993E, including Top View, Front View, and Block Diagram.
IC15
Details for IC 74HC74, including Top View, Logic Symbol Diagram, and Pin Description.
IC16
Details for IC 74LSOO, including Top View.
9. EXPLODED VIEW & PARTS LIST
9-1. Exploded View
A diagram showing the assembly of the Genesis 32X unit with numbered parts indicating their placement during assembly.
9-2. Mechanical Parts List
Ref. No. | Parts No. | Description |
---|---|---|
1 | 837-11294-01 | IC BD MARS VAI PAL |
1 | 837-10924 | IC BD MARS VAO NTSC |
1 | 837-11292-01 | IC BD MARS VA1 NTSC |
1 | 837-11533 | IC BD MARS VA1 ASIA NTSC |
1-1 | 837-11293-01 | IC BD MARS VAI MAIN |
1-1 | 837-10925 | IC BD MARS VAO MAIN |
1-1 | 837-11534 | IC BD MARS VA1 MAIN JPN/ASIA |
1-2 | 837-10928-01 | IC BD MARS VAI PAL SUB |
1-2 | 837-10926 | IC BD MARS VAO NTSC SUB |
1-3 | 600-6413 | FFC 40P L-70MM |
1-4 | 270-5092 | FERITE CORE BP53RD065270080M |
2 | 610-5714 | ASSY TOP CASE MARS JPN |
2 | 610-5765 | ASSY TOP CASE MARS USA |
2 | 610-5800 | ASSY TOP CASE MARS EXPORT |
2-1 | 253-6902 | TOP CASE MARS |
2-1 | 253-6902-02 | TOP CASE MARS USA |
2-1 | 253-6902-01 | TOP CASE MARS EXPORT |
2-2 | 253-6906 | COVER MARS |
2-3,4 | 253-6907 | DOOR MARS |
2-3 | 253-6908 | FRONT DOOR MARS EXPORT |
2-4 | 253-6909 | BACK DOOR MARS EXPORT |
2-5 | 125-5128 | SPRING MARS |
2-6 | 029-000034 | B-TITE SCR PH 3X8 |
3 | 253-6903 | BOTTOM CASE MARS |
4 | 610-5807 | ASSY FRONT CASE MARS |
4 | 253-6904 | FRONT CASE MARS |
4-2 | 250-5410 | UNDER PLATE MARS |
5 | 610-5808 | ASSY REAR CASE MARS |
5 | 253-6905 | REAR CASE MARS |
5-2 | 250-5410 | UNDER PLATE MARS |
6 | 253-6599 | 64P COVER MD2 EXPORT |
9 | 670-5338 | LABEL MO 32X LOGO ASIA |
9 | 670-5339 | LABEL MO 32X LOGO MUL |
10 | 670-5864 | LABEL INDICATION MARS ASIA PAL |
10 | 670-5341 | LABEL INDICATION MARS USA |
10 | 670-5341-01 | LABEL INDICATION GEN 32X USA 01 |
10 | 670-5341-01A | LABEL INDICATION 32X USA 01A |
10 | 670-5342 | LABEL INDICATION MARS 32X MUL |
11 | 601-7738 | TOP SHIELD SPACER MARS |
201 | 029-000035-0B | B-TITE SCR PH BLK 3X10 |
202 | 029-000034 | B-TITE SCR PH 3X8 |
203 | 029-000047 | B-TITE SCR PH 3X16 |
204 | 029-000048-0B | B-TITE SCR PH BLK 2X6 |
9-3. Electrical Parts List
This section lists the electrical components used in the Genesis 32X, categorized by circuit board.
9-3-1. Main Circuit Board
Circuit No. | Parts No. | Description |
---|---|---|
IC1 | 315-0922 | IC HD6417095F23 OFP |
IC1 | 315-0922A | IC HD6417095F28 QFP |
IC1 | 315-0998 | IC HD6417095SF2B QFP |
IC2 | 315-0922 | IC HD6417095F23 OFP |
IC2 | 315-0922A | IC HD6417095F28 QFP |
IC2 | 315-0998 | IC H06417095SF28 QFP |
IC3 | 315-0910-12 | IC UPD4502161G5-A12 TSOP |
IC3 | 315-1013 | IC UPD4502161G5-VOP1-MARS T50P |
IC4 | 315-5818 | IC CUSTOM CHIP G/A MARS I/F |
IC4 | 315-5818A | IC CUSTOM CHIP SCA MARS I/F |
IC5 | 315-5805 | IC CUSTOM CHIP MARS ADSE |
IC6 | 315-5781 | IC CUSTOM CHIP G/A MARS VDP |
IC6 | 315-5781A | IC CUSTOM CHIP SCA MARS VDP |
IC7 | 315-0745-80 | IC TC511664BJ-80 SOJ |
IC7 | 315-0961-80 | IC LC321664AJ-80 SOJ |
IC7 | 315-0962-80 | IC LC321664AM-80 SOP |
IC8 | 315-0745-80 | IC TC511664BJ-80 SOJ |
IC8 | 315-0961-80 | IC LC321664AJ-80 SOJ |
IC8 | 315-0962-80 | IC LC321664AM-80 SOP |
IC9 | 314-0694 | IC 74AC04 SOP 300MIL |
IC10 | 313-5320 | IC RH5RL33A |
CE1 | 153-0119 | CAP TANT CHIP 47UF 10V |
CE1 | 153-0119-01 | CAP TANT CHIP 47UF 10V |
CE2 | 153-0119 | CAP TANT CHIP 47UF 10V |
CE2 | 153-0119-01 | CAP TANT CHIP 47UF 10V |
CN1 | 209-5076 | FFC CNN 40P SOP |
CN1 | 209-5076-01 | FFC CNN 40P SOP <VA1> |
CN1 | 209-5076-02 | FFC CNN 40P SOP <VA1> |
CN2 | 209-5076 | FFC CNN 40P SOP |
CN2 | 209-5076-01 | FFC CNN 40P SOP <VA1> |
CN2 | 209-5076-02 | FFC CNN 40P SOP <VA1> |
FB1 | 271-0092 | BEADS INDUCTOR CP BK1608HS121 |
FB2 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB3 | 271-0075 | BEADS INDUCTOR CP BK1608HS241 |
FB5 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB6 | 271-0092 | BEADS INDUCTOR CP BK1608HS121 |
L1 | 180-5137-01 | P. COIL CHIP 100UH ELJFA101KF |
L1 | 180-5137-02 | P. COIL CHIP 100UH LEM3225T101K |
L1 | 180-5137-03 | P. COIL CP 10DUH NL322522-101J |
L1 | 180-5137 | CHIP INDUCTOR 100UH 10% <VA1> |
L2 | 180-5137-01 | P. COIL CHIP 100UH ELJFA101KF |
L2 | 180-5137-02 | P. COIL CHIP 100UH LEM3225T101K |
L2 | 180-5137-03 | P. COIL CP 100UH NL322522-101J |
L2 | 180-5137 | CHIP INDUCTOR 100UH 10% <VA1> |
RM3 | 477-0175 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM3 | 477-0175-01 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM3 | 477-0175-02 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM4 | 477-0175 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM4 | 477-0175-01 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM4 | 477-0175-02 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM5 | 477-0175 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM5 | 477-0175-01 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM5 | 477-0175-02 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM6 | 477-0175 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM6 | 477-0175-01 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
RM6 | 477-0175-02 | R-PK CP 4*10KOHM 1/8W 5% <VA1> |
R1 | NOT USED | NOT USED |
9-3-2. Sub Circuit Board
Circuit No. | Parts No. | Description |
---|---|---|
IC11 | 315-5684 | IC CUSTOM CP BA6166FS SOP |
IC12 | 315-5788 | IC BA7237FS |
IC12 | 315-578BA | IC BA7237FSA |
IC13 | 313-5244 | IC MC34063A SOP 8P |
IC13 | 313-5335 | IC IR3M03AN SOP 8P |
IC14 | 313-5319 | IC PST993E 3P DIP |
IC15 | 314-0647 | IC 74HC74 SOP 225MIL |
IC16 | 314-0646 | IC 74LSOO SOP 225MIL |
CE3 | 150-0023 | CAP E 10UF 16V U-TYPE 20% |
CE4 | 150-0023 | CAP E 10UF 16V U-TYPE 20% |
CE5 | 150-0023 | CAP E 10UF 16V U-TYPE 20% |
CE6 | 150-0062 | CAP E 47UF 10V U-TYPE |
CE7 | 150-0062 | CAP E 47UF 10V U-TYPE |
CE8 | 150-0062 | CAP E 47UF 10V U-TYPE |
CE9 | 150-0009 | CAP E 1UF 50V U-TYPE 20% |
CE10 | 150-0159 | CAP E 220UF 16V U-TYPE |
CE11 | 150-0009 | CAP E 1UF 50V U-TYPE 20% |
CE12 | 150-0047 | CAP E 100UF 10V U-TYPE |
CE13 | 150-0062 | CAP E 47UF 10V U-TYPE |
CE14 | 150-0159 | CAP E 220UF 16V U-TYPE |
CE15 | 150-0484 | CAP E 470UF 10V U-TYPE |
CE16 | 150-0498 | CAP OS 100UF 10V 20% 10SA100M |
CE17 | 150-0047 | CAP E 100UF 10V U-TYPE |
CE18 | 150-0047 | CAP E 100UF 10V U-TYPE |
CF1 | 270-5086 | COMMON FILTER CM04RC01T |
CN3 | 209-5026 | EDGE CONNECTOR 64P |
CN3 | 209-5061 | EDGE CONNECTOR 64P PSB4D32K-7R |
CN3 | 209-5063 | EDGE CONNECTOR 64P |
CN4 | 209-5076 | FFC CNN 40P SOP |
CN5 | 209-5076 | FFC CNN 40P SOP |
CN6 | 212-5364 | MINI DIN CONN 9P TCS7913-43 |
CN6 | 212-5364-01 | MINI DIN CONN 9P/C MD-S9200-90 |
CN7 | 212-5364 | MINI DIN CONN 9P TCS7913-43 |
CN7 | 212-5364-01 | MINI DIN CONN 9P/C MD-S9200-90 |
CN8 | 212-5353 | CONN DC JACK EIAJ3 NEC3100 |
CN8 | 212-5353-01 | CONN DC JACK EIAJ3 UC0086 |
FB10 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB11 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB12 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB13 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB14 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB15 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB16 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
FB17 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W |
L3 | 180-5059 | PEAKING COIL 12UH LAL03 |
L3 | 180-5158 | PEAKING COIL 12UH ELEPK120KA |
L4 | 180-5059 | PEAKING COIL 12UH LAL03 |
L4 | 180-5147 | PEAKING COIL 10UH LAL03 |
L4 | 180-5159 | PEAKING COIL 10UH ELEPK100KA |
L5 | 180-5060 | PEAKING COIL 100UH 03RA |
L5 | 180-5151 | PEAKING COIL 82UH LAL03 |
L5 | 180-5157 | PEAKING COIL 100UH ELEPK101KA |
L5 | 180-5180 | PEAKING COIL 82UH ELEPK820KA |
L6 | 180-5059 | PEAKING COIL 12UH LAL03 |
L6 | 180-5157 | CHOKE COIL 300UH |
L7 | 180-5141 | CHOKE COIL 330UH LHL13TB331K |
L7 | 180-5148 | CHOKE COIL 330UH |
NF1 | 271-0007 | EMI FILTER STX222MB |
NF2 | 271-0007 | EMI FILTER STX222MB |
RA1 | 477-0170 | R-PK CP 8*10KOHM 1/16W 5% W/C |
RA1 | 477-0170-02 | R-PK CP 8*10KOHM 1/16W 5% W/C |
RA2 | 477-0170 | R-PK CP 8*10KOHM 1/16W 5% W/C |
RA2 | 477-0170-02 | R-PK CP 8*10KOHM 1/16W 5% W/C |
TR1 | 482-5126 | XSTR 2SC1623 L5..7 CHIP |
TR2 | 482-5126 | XSTR 2SC1623 L5..7 CHIP |
TR3 | 482-5126 | XSTR 2SC1623 L5..7 CHIP |
TR4 | 482-5126 | XSTR 2SC1623 L5..7 CHIP |
TR5 | 313-5321 | IC FX401 |
X1 | 230-5187 | XTAL 3.579545MHZ 20PPM |
X1 | 230-5191 | XTAL 4.43361875MHZ 20PPM |
R11 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R12 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R13 | 476-1822-J-16 | RES CHIP 8.2KOHM 1/16W 5% |
R14 | 476-1302-J-16 | RES CHIP 3KOHM 1/16W 5% |
R15 | 476-1822-J-16 | RES CHIP 8.2KOHM 1/16W 5% |
R16 | 476-1302-J-16 | RES CHIP 3KOHM 1/16W 5% |
R17 | 476-1822-J-16 | RES CHIP 8.2KOHM 1/16W 5% |
R18 | 476-1103-J-16 | RES CHIP 10KOHM 1/16W 5% |
R19 | 476-1822-J-16 | RES CHIP 8.2KOHM 1/16W 5% |
R20 | 476-1103-J-16 | RES CHIP 10KOHM 1/16W 5% |
R21 | 476-1331-J-16 | RES CHIP 330 OHM 1/16W 5% |
R22 | 476-1331-J-16 | RES CHIP 330 OHM 1/16W 5% |
R23 | 476-1472-J-16 | RES CHIP 4.7KOHM 1/16W 5% |
R24 | 476-1100-J-16 | RES CHIP 10 OHM 1/16W 5% |
R25 | 476-1222-J-16 | RES CHIP 2.2KOHM 1/16W 5% |
R26 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R27 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R28 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R29 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R30 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R31 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% |
R32 | 476-1330-J-16 | RES CHIP 33 OHM 1/16W 5% |
R33 | 476-1330-J-16 | RES CHIP 33 OHM 1/16W 5% |
R34 | 476-1330-J-16 | RES CHIP 33 OHM 1/16W 5% |
R35 | 476-1161-J-16 | RES CHIP 160 OHM 1/16W 5% |
R36 | 476-1161-J-16 | RES CHIP 160 OHM 1/16W 5% |
R37 | 476-1161-J-16 | RES CHIP 160 OHM 1/16W 5% |
R38 | NOT USED | NOT USED |
R39 | 476-1302-J-16 | RES CHIP 3KOHM 1/16W 5% |
RA0 | 476-1431-J-16 | RES CHIP 430 OHM 1/16W 5% [A] |
RA0 | 476-1561-J-16 | RES CHIP 560 OHM 1/16W 5% [B] |
RA1 | 476-1122-J-16 | RES CHIP 1.2KOHM 1/16W 5% [B] |
RA1 | 476-1681-J-16 | RES CHIP 680 OHM 1/16W 5% [A] |
RA2 | 476-1102-J-16 | RES CHIP 1KOHM 1/16W 5% |
RA2 | NOT USED | NOT USED |
RA3 | 476-1102-J-16 | RES CHIP 1KOHM 1/16W 5% |
RA3 | NOT USED | NOT USED |
RA4 | 476-1750-J-16 | RES CHIP 75 OHM 1/16W 5% [B] |
RA4 | 476-1000-J-16 | RES CHIP 0 OHM 1/16W [A] |
RA5 | NOT USED | NOT USED |
RA6 | 476-1101-J-16 | RES CHIP 100 OHM 1/16W 5% |
RA7 | 476-1103-J-16 | RES CHIP 10KOHM 1/16W 5% |
RA8 | 476-BR13-J-01 | RES CHIP 0.13OHM 1W 5% |
9-4. Accessories/Package List
9-4-1. USA,CANADA
No. | Parts No. | Description |
---|---|---|
1 | 400-5135A | AC ADAPTOR AC120V/DC10V 0.85A |
1 | 400-5135A-01 | AC ADAPTOR AC120V/DC10V 0.85A |
1 | 400-5135A-02 | AC ADAPTOR AC120V/DC10V 0.85A |
2 | 253-6923 | MD2 HOLDER MARS |
3 | 250-5408 | FRONT CONNECTOR MARS |
4 | 250-5409 | REAR CONNECTOR MARS |
5 | 600-6323 | VIDEO CABLE MD2 MONO W/CORE |
6 | 600-6412 | A/V CABLE 8P/9P W/CORE |
7 | 600-6411 | A/V CABLE 9P/9P W/CORE |
8 | 671-5440-03 | BOX&PACK MARS USA OP 84003(M/STAR WARS) |
8 | 671-5440-02 | BOX&PACK MARS USA OP 84002 |
9 | 671-5659-03 | BOX&PACK MARS USA PM 84003(M/STAR WARS) |
9 | 671-5659-02 | BOX&PACK MARS USA PM 84002 |
10 | 671-5611-02 | MA CTN MARS USA 84002 |
10 | 671-5611-03 | MA CTN MARS USA 84003(W/STAR WARS) |
11 | 670-5874 | MANUAL HARD GENESIS 32X USA |
12 | 670-5726 | BUSINESS REPLY MAIL MARS USA |
13 | SGM-4216 | POLY BAG 260*320*0.05 EXP 6 |
14 | SGM-4217 | POLY BAG 200*300*0.05 EXP 6 |
15 | SGM-4282 | POLY BAG 95*165*0.03 |
16 | 670-5777 | PERIPHERAL CATALOG GENESIS 32X |
17 | 610-5796 | ASSY MARS EXTENSION UNIT |
18 | SGM-4324 | POLY BAG 70*180*0.04 |
19 | 670-5862 | INFOR SHEET EXTENSION UNIT |
9-4-2. PAL
No. | Parts No. | Description |
---|---|---|
1 | 400-5208 | AC ADAP. 240V 50HZ/10VDC 0.85A [F] |
1 | 400-5209 | AC ADAP. 230V 50HZ/10VDC 0.85A [A, B, D, G] |
1 | 400-5211 | AC ADAP. 240V/DC9V 0.85A [C, E] |
2 | 610-5473 | RF UNIT MD2 MDU-U03631 [C, D, F] |
2 | 610-5473-01 | RF UNIT MD2 MD074E801A [C, D, F] |
2 | 610-5473-02 | RF UNIT MD2 TOWA PAL-G/I [C, D, F] |
2 | 610-5493 | RF UNIT MD2 PAL-B [E] |
3 | 253-6923 | MD2 HOLDER MARS |
4 | 250-5408 | FRONT CONNECTOR MARS |
5 | 250-5409 | REAR CONNECTOR MARS |
6 | 600-6412 | A/V CABLE 8P/9P W/CORE [C, D, E, F, G] |
7 | 600-6411 | A/V CABLE 9P/9P W/CORE |
8 | 671-5438-09 | B&P SET MD 32X SWE 84204 OP [A] |
8 | 671-5658-09 | B&P SET MD 32X SWE 84204 PM [A] |
9 | 671-5610-05 | MA CTN MD 32X ASIA 84204 [A] |
8 | 671-5438-08 | B&P SET MD 32X MUL 84204 DP [B] |
8 | 671-5658-08 | B&P SET MD 32X MUL 84204 PM [B] |
9 | 671-5610-05 | MA CTN MD 32X ASIA 84204 [B, C, D] |
8 | 671-5438-10 | B&P SET MD 32X S.A 84204 DP [C] |
8 | 671-5658-10 | B&P SET MD 32X S.A 84204 PM [C] |
7 | 671-5438-11 | B&P SET MD 32X KSA 84204 OP [D] |
7 | 671-5658-11 | B&P SET MD 32X KSA 84204 PM [D] |
10 | 672-2161 | MANUAL HARD MD 32X ASIA |
11 | SGM-4181 | POLY BAG 260*320*0.05 |
12 | SGM-4185 | POLY BAG 160*240*0.05 |
9-4-3. ASIA PAL
No. | Parts No. | Description |
---|---|---|
1 | 400-5209 | AC ADAP. 230V 50HZ/10VDC 0.85A |
2 | 253-6923 | MD2 HOLDER MARS |
3 | 600-6187 | VIDEO CABLE MD2 JAP MONO 2M [A] |
4 | 600-6412 | A/V CABLE 8P/9P W/CORE [A] |
5 | 600-6411 | A/V CABLE 9P/9P W/CORE |
6 | 210-5030 | CONVERSION PLUG E-5 [C] |
7 | 671-5438-03 | B&P SET MD 32X ASIA 84202 OP [A] |
7 | 671-5658-03 | B&P SET MD 32X ASIA 84202 PM [A] |
7 | 671-5610-03 | MA CTN MD 32X ASIA 84202 [A] |
7 | 671-5438-05 | B&P SET MD 32X ASIA 84204 DP [B] |
7 | 671-5658-05 | B&P SET MD 32X ASIA 84204 PM [B] |
7 | 671-5610-05 | MA CTN MD 32X ASIA 84204 [B, C, D] |
7 | 671-5438-10 | B&P SET MD 32X S.A 84204 DP [C] |
7 | 671-5658-10 | B&P SET MD 32X S.A 84204 PM [C] |
7 | 671-5438-11 | B&P SET MD 32X KSA 84204 OP [D] |
8 | 671-5658-11 | B&P SET MD 32X KSA 84204 PM [D] |
10 | 672-2161 | MANUAL HARD MD 32X ASIA |
11 | SGM-4181 | POLY BAG 260*320*0.05 |
12 | SGM-4185 | POLY BAG 160*240*0.05 |