OP000 Search Results

MICRON 63

Abstract: AMERICAN MICROSYSTEMS OP000IS02
Contextual Info: OP000IS02 AMERICAN MICROSYSTEMS, INC June, 1998 Preliminary AMI 0.8 micron CMOS ABF Double Poly OP amp 2 IREF Features: Designed to be used in switched-cap filters. Will drive moderate cap loads and large resistive loads. Mode sate current consumption.

AMERICAN MICROSYSTEMS

Abstract: OP000IS01
Contextual Info: OP000IS01 AMERICAN MICROSYSTEMS, INC June, 1998 Preliminary AMI 1.5 micron CMOS ABF Double Poly Op amp 1 hence the sub is conceited to AVDD but could easily be altered for other N-well processes Features: Designed to be used in a switched-cap filter . Will drive moderate cap loads and large

micron resistor

Abstract: micron power resistor 50117 OP0001ES01 high gain cmos opamp OpAmp
Contextual Info: OP0001ES01 AMERICAN MICROSYSTEMS, INC June, 1998 Preliminary AMI 0.6 micron CMOS C6L Double Poly External Opamp Features • • • 85-112dB gain 0.1-1.6Mhz bandwidth 50-117 degrees phase margin with series resistor AVDD POS OUT NEG Description opamp to drive relatively large

micron resistor

Abstract: opamp
Contextual Info: iAMI OP0001ES01 AMERICAN MICROSYSTEMS, INC June, 1998 Preliminary AMI 0.6 micron CMOS C6L Double Poly External Opamp Features • • • 85-112dB gain 0.1-1,6Mhz bandwidth 50-117 degrees phase margin with series resistor Description opamp to drive relatively large

AM9112

Abstract: am91l12
Contextual Info: Am9112 2 56 x4 Static RAM ZU 6U JV DISTINCTIVE CHARACTERISTICS Low operating power dissipation 125 mW typ.; 290 mW maximum — standard power 100 mW typ.; 175 mW maximum — low power High noise imm unity — full 400 mV Uniform switching characteristics — access times insen­

PCB 4210

Abstract: 91L22
Contextual Info: Am9122 256 x 4 Static RAM ZZL6UIV DISTINCTIVE CHARACTERISTICS • • • High-performance replacement for 93422/93L422 Fast access times — as low as 25 ns Low-power dissipation - Low power: 440 mW Commercial 495 mW (Military) • Single 5-volt power supply — ±10% tolerance both

cd 4136

Abstract: Am9244 92L44 Am92L44
Contextual Info: Am9044/9244 Am9044/9244 4096 x 1 Static RAM DISTINCTIVE CHARACTERISTICS • • • Low operating and standby power Access times down to 200 ns Am9044 is a direct plug-in replacement tor 4044 • • • Am9244 pin and function compatible with Am9044 and 4044 plus C3 power-down feature

am2147 data

Abstract: AM2147-35 AM2147-45 AM2147-55 AM2147-70 AM21L47-45 AM21L47-55 CD000100 AM2147 cd018
Contextual Info: Am2147/Am21 L47 4096x1 Static RAM DISTINCTIVE CHARACTERISTICS High speed — access times down to 35 ns maximum Automatic power-down when deselected Low power dissipation _ High output drive TTL compatible interface levels No power-on current surge GENERAL DESCRIPTION

AM2167

Abstract: Am2187-70 AM2167-45 AM2167-55 AM2167-70 cgom AM27C010
Contextual Info: A m 2167 AdVMk;ro 16,384x1 Static R AM Devices D IST IN C T IV E C H A R A C T E R IS T IC S • • • High speed — a c c e ss times a s fast a s 35 n s maximum Automatic power down when deselected Low power dissipation - Am2167: 660 m W active, 110 m W power down

91L22

Contextual Info: it Advanced Micro Devices Am9122/Am91 L22 256x4 Static RAM DISTINCTIVE CHARACTERISTICS • • • Single 5-volt power supply — ±10% tolerance both Commercial and Military High-performance replacement for 93422/93L422 Fast access times — as low as 25 ns

AM1702ADC

Abstract: am1702
Contextual Info: Am1702A Am1702A 256 x 8-Bit Programmable ROM DISTINCTIVE CHARACTERISTICS • Three-state output — wired-OR capability • Typical programming time of less than 2 minutes/device • Clocked VQG mode for lower power dissipation • Access times down to 550 nanoseconds

PLC SHARP JW-22CU

Abstract: JW-100SA plc based automatic car parking system JW-22CU JW-22KC basic plc ladder diagram JW300SP JW-100SP v5.23 computer mouse circuit diagram JW-300SP
Contextual Info: Version 1.2 Produced in June 2004 R Ladder logic programming manual Model name JW-300SP User's Manual Thank you for purchasing the ladder logic programming software JW-300SP. Please read the instruction manual carefully in order to apply the software correctly by understanding its function and operations.

Contextual Info: PRELIMINARY Q SIERRA SEMICONDUCTOR Z e ^ T1°N > hW SC11033 A n a lo g F r o n t E n d f o r H ig h S p e e d M o d e m s FEATURES BENEFITS • M eets re q u ire m e n ts o f CCITT V.26, V.27, V.27bis/ter, V.29 an d V.33 • Integrated call progress m o n ito r an d hybrid

9112C

Abstract: AM9112 91L12A AM91L12A P2112A maxim 2112
Contextual Info: Am9112 2 5 6 x 4 Static RAM ZL16UIV DISTINCTIVE CHARACTERISTICS Low operating power dissipation 125 mW typ.; 290 mW maximum — standard power 100 mW typ.; 175 mW maximum — low power High noise immunity — full 400 mV Uniform switching characteristics — access tim es insen­

APC UPS CIRCUIT DIAGRAM

Abstract: L 120 AB sgs M68HC05 M68HC11 MC68302 MC68360 MPC8270 MPC8275 MPC8280 MPC8280RM
Contextual Info: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MPC8280RM 3/2004, Rev. 0 MPC8280 PowerQUICC II Family Reference Manual Supports MPC8270 MPC8275 MPC8280 For More Information On This Product, Go to: www.freescale.com Freescale Semiconductor, Inc.

RBS 3518

Abstract: APC UPS CIRCUIT DIAGRAM ITG 3030 UPS APC CIRCUIT MPC8260RM transceiver LED PIN 155mbps ATML lp 1610 for door bell 2.3 ecm MPC8250
Contextual Info: MPC8260 PowerQUICC II Family Reference Manual Supports MPC8250 MPC8255 MPC8260 MPC8264 MPC8265 MPC8266 MPC8260RM Rev. 2, 12/2005 How to Reach Us: Home Page: www.freescale.com email: support@freescale.com USA/Europe or Locations Not Listed: Freescale Semiconductor

APC UPS CIRCUIT DIAGRAM

Abstract: APC back UPS RS 800 motorola ECM 3361AS apc back-ups 800 rs diagram CHN 535 EE 2817 driver circuit to drive electromagnetic relay using microprocessor APC UPS CIRCUIT BOARD APC UPS CIRCUIT layout
Contextual Info: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MPC8260UM/D 05/2003, REV 1 MPC8260 PowerQUICC II Family Reference Manual Supports MPC8250 MPC8255 MPC8260 MPC8264 MPC8265 MPC8266 For More Information On This Product, Go to: www.freescale.com

Contextual Info: ADV M IC RO A m MEMORY IME d | 0ES75SÔ Q027S45 7 £ 1 Advanced Micro Devices 2 1 4 7 / A m 21 L 4 7 4096x1 Static RAM DISTINCTIVE C H A RA CTERISTICS • High speed — access times down to 35 ns maximum • Automatic power-down when deselected • Low power dissipation

Contextual Info: ADV MICRO M E M OR Y 1ME D | 0257553 0 0 2 7 5=1 0 1 | A m 9 1 2 8 2048x8 Static RAM Devices DISTIN C TIVE CHARA CTERISTICS • • • Logic voltage levels compatible with TTL Three-state output buffers and common I /O Ice Max., as low as 100 mA • • ¡AA^ACS as low as 70 ns

AM9111

Abstract: AM91L11 225 J 250 AVA CL 20
Contextual Info: Am9111 Family Am9111 Family 2 5 6 x 4 Static RAM DISTINCTIVE CHARACTERISTICS Low operating power dissipation 125 mW typ.; 290 mW maximum — standard power 100 mW typ.; 175 mW maximum — low power DC standby mode reduces power up to 84% High noise immunity — full 400 mV

2148 ram

Abstract: nmos static ram 2149 static ram
Contextual Info: Am2148/2149 1024 x 4 Static RAM High speed — access times as fast as 35 ns Fully static storage and interface circuitry Automatic power-down when deselected Am2148 TTL-compatible interface levels • • Low power dissipation - Am2148: 990 mW active, 165 mW power down

Contextual Info: a Am9128 AduS 2048x8 Static RAM Devices DISTINCTIVE CHARACTERISTICS • • • Logic voltage levels compatible with TTL Three-state output buffers and common I/O Ice Max., as low as 100 mA • • tAA^ACS as low as 70 ns Power-Down mode Isb as low as 15 mA

Contextual Info: Am2147 4096 x 1 Static RAM DISTINCTIVE CHARACTERISTICS • • • High speed — access times down to 35 ns Automatic power-down when deselected Low power dissipation maximum* High output drive • TTL compatible Interface levels • No power-on current surge

4Kx1 SRAM

Abstract: KS000010 AM9044 AM9044B AM9044C AM9044D AM90L44B AM90L44C
Contextual Info: a Am9044/AM90L44 Advanced Micro Devices 4096x1 Static RAM DISTINCTIVE CHARACTERISTICS • Low operating and standby power • Access times down to 200 ns • Am9044 is a direct plug-in replacement for 4044 • High output drive — 4.0 mA sink current @ 0.4 V