Untitled
Abstract: No abstract text available
Text: PRELIMINARY IDT7MPV4160 IDT7MPV4161 IDT7MPV4162 IDT7MPV4162A IDT7MPV4163 64K/128K/256K/512K x 36 SYNCHRONOUS SRAM MODULE FAMILY Integrated Device Technology, Inc. FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous SRAM module family • 144 position SO-DIMM Connector,
|
Original
|
IDT7MPV4160
IDT7MPV4161
IDT7MPV4162
IDT7MPV4162A
IDT7MPV4163
64K/128K/256K/512K
IDT7MPV416
7MPV4160
7MPV4161
|
PDF
|
BW 53
Abstract: IDT7MPV4161 64K X 4 SRAM
Text: PRELIMINARY IDT7MPV4160 IDT7MPV4161 IDT7MPV4162 IDT7MPV4162A IDT7MPV4163 64K/128K/256K/512K x 36 SYNCHRONOUS SRAM MODULE FAMILY Integrated Device Technology, Inc. FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous SRAM module family • 144 position SO-DIMM Connector,
|
Original
|
IDT7MPV4160
IDT7MPV4161
IDT7MPV4162
IDT7MPV4162A
IDT7MPV4163
64K/128K/256K/512K
IDT7MPV416
7MPV4160
7MPV4161
128a-Out
BW 53
IDT7MPV4161
64K X 4 SRAM
|
PDF
|
berg connector 36 pin
Abstract: IDT7MPV4163 IDT7MPV4161 64K X 4 CACHE SRAM BERG DIMM CONNECTOR
Text: PRELIMINARY IDT7MPV4161 IDT7MPV4162 IDT7MPV4163 128K/256K/512K x 36 SYNCHRONOUS SRAM MODULE FAMILY Integrated Device Technology, Inc. FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous module family • 144 position SO-DIMM Connector, Berg part number: 61178
|
Original
|
IDT7MPV4161
IDT7MPV4162
IDT7MPV4163
128K/256K/512K
128K/256K
IDT7MPV4161
IDT7MPV4162
7MPV4161
7MPV4162
7MPV4163
berg connector 36 pin
IDT7MPV4163
64K X 4 CACHE SRAM
BERG DIMM CONNECTOR
|
PDF
|
IDT7M144S90
Abstract: 7MPV6283 IDT8M624 8M624 7M135 7MPV6274 8M824 7MPV6189 7M4048 8M612
Text: Integrated Device Technology, Inc. 2975 Stender Way, Santa Clara, CA - 95054 Phone #: 408 727-6116 Fax #: (408) 727-2328 PRODUCT DISCONTINUANCE NOTICE (PDN) PDN #: _S-001_ Last Buy Date: _May 1, 2001_ Issue Date: _May 1, 2000_
|
Original
|
S-001_
7MPV6203
IDT7MPV6203SA66M
7MPV6207
IDT7MPV6207SA66M
7MPV6253
IDT7MPV6253S15M
7MPV6256
IDT7MPV6256S9M
IDT7MPV6256SA66M
IDT7M144S90
7MPV6283
IDT8M624
8M624
7M135
7MPV6274
8M824
7MPV6189
7M4048
8M612
|
PDF
|
7MPV4171
Abstract: 4056 16 PIN DIAGRAM ac 128 bel
Text: PRELIMINARY IDT7MPV4171 IDT7MPV4172 IDT7MPV4173 128K/256K/512K x 72 SYNCHRONOUS SRAM MODULE FAMILY Integrated Device Technology, Inc. FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous module family • 168-position angled DIMM Connector, AMP part number:
|
Original
|
IDT7MPV4171
IDT7MPV4172
IDT7MPV4173
128K/256K/512K
168-position
128K/256
IDT7MPV4171
IDT7MPV4172
7MPV4171
7MPV4171
4056 16 PIN DIAGRAM
ac 128 bel
|
PDF
|
philips diode PH 33J
Abstract: UM61256FK-15 sem 2106 inverter diagram IDT7024L70GB um61256 UM61256ak sram um61256fk15 HIGH VOLTAGE ISOLATION DZ 2101 C5584 IDT74LVC1G07ADY
Text: QUICKSWITCH PRODUCTS HIGH-SPEED LOW POWER CMOS 10-BIT BUS SWITCHES QS3L384 QS3L2384 FEATURES/BENEFITS DESCRIPTION • • • • • • • • • The QS3L384 and QS3L2384 provide a set of ten high-speed CMOS TTL-compatible bus switches. The low ON resistance of the QS3L384 allows inputs to be connected to outputs without
|
Original
|
10-BIT
QS3L384)
QS3L2384
QS3L384
QS3L2384
philips diode PH 33J
UM61256FK-15
sem 2106 inverter diagram
IDT7024L70GB
um61256
UM61256ak sram
um61256fk15
HIGH VOLTAGE ISOLATION DZ 2101
C5584
IDT74LVC1G07ADY
|
PDF
|
UM61256FK-15
Abstract: YD 6409 philips diode PH 33J um61256 um61256ak-15 PZ 5805 PHILIPS UM6164 KM6264BLS-7 UM61256ak sram IDT8M624
Text: QUICKSWITCH PRODUCTS HIGH-SPEED CMOS QUICKSWITCH QUAD 2:1 MUX/DEMUX QS3257 QS32257 FEATURES/BENEFITS DESCRIPTION • • • • • • • • The QS3257 is a high-speed CMOS LVTTL-compatible Quad 2:1 multiplexer/demultiplexer. The QS3257 is a function and pinout compatible QuickSwitch
|
Original
|
74F257,
74FCT257,
74FCT257T
QS32257
QS3257
QS32257
UM61256FK-15
YD 6409
philips diode PH 33J
um61256
um61256ak-15
PZ 5805 PHILIPS
UM6164
KM6264BLS-7
UM61256ak sram
IDT8M624
|
PDF
|
Untitled
Abstract: No abstract text available
Text: PRELIMINARY IDT7MPV4160 IDT7MPV4161 IDT7MPV4162 IDT7MPV4162A IDT7MPV4163 64K/128K/256K/512K x 36 SYNCHRONOUS SRAM MODULE FAMILY FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous SRAM module family • 144 position SO-DIMM Connector, - Berg part number: 61178
|
OCR Scan
|
64K/128K/256K/512K
IDT7MPV4160
IDT7MPV4161
IDT7MPV4162
IDT7MPV4162A
IDT7MPV4163
IDT7MPV416
PV4162A
IDT7MPV4160/61/62/62A/63
|
PDF
|
pv41
Abstract: No abstract text available
Text: PRELIMINARY IDT7MPV4160 IDT7MPV4161 IDT7MPV4162 IDT7MPV4162A IDT7MPV4163 64K/1 28K/256K/51 2K x 36 SYNCHRONOUS SRAM MODULE FAMILY FEATURES: DESCRIPTION: • Pin compatible flow-through synchronous SRAM module family • 144 position SO-DIMM Connector, - Berg part number: 61178
|
OCR Scan
|
64K/1
28K/256K/51
IDT7MPV4160
IDT7MPV4161
IDT7MPV4162
IDT7MPV4162A
IDT7MPV4163
IDT7MPV416
PV4162A
PV4163
pv41
|
PDF
|
Untitled
Abstract: No abstract text available
Text: PRELIMINARY IDT7MPV4161 IDT7MPV4162 IDT7MPV4163 128K/256K/512K x 36 SYNCHRONOUS SRAM MODULE FAMILY In te g r a te d D e v iz e T e c h n o lo g y , l i e . FEATURES: DESCRIPTION: • Pin com patible flow-through synchronous m odule family • 144 position SO-DIM M Connector, Berg part number: 61178
|
OCR Scan
|
IDT7MPV4161
IDT7MPV4162
IDT7MPV4163
128K/256K/512K
IDT7MPV4161
PV4162
PV4163
V4161
544-SRAM
|
PDF
|
V4163
Abstract: No abstract text available
Text: PRELIMINARY IDT7M P V4161 IDT7M P V4162 IDT7M P V4163 1 28K/256K/51 2K x 36 S Y N C HR O N O U S SRAM MODULE FAMILY Integrated D evice Technology, Inc. FEATURES: DESCRIPTION: • Pin com patible flow-through synchronous m odule fam ily The IDT7MPV4161 is constructed using 64K x 36 flow
|
OCR Scan
|
28K/256K/51
V4161
V4162
V4163
128K/256K
IDT7MPV4161
PV4161
V4163
|
PDF
|
Untitled
Abstract: No abstract text available
Text: PRELIMINARY IDT7MPV4171 IDT7MPV4172 IDT7MPV4173 128K/256K/512K x 72 SYNCHRONOUS SRAM MODULE FAMILY In te g r a te d D e v iz e T e c h n o lo g y , l i e . FEATURES: DESCRIPTION: • Pin com patible flow-through synchronous m odule family • 168-position angled DIMM Connector, AM P part number:
|
OCR Scan
|
IDT7MPV4171
IDT7MPV4172
IDT7MPV4173
128K/256K/512K
168-position
IDT7MPV4171
PV4172
PV4173
72Flow
|
PDF
|