| Part Number | Manufacturers | Application |
|---|
| AD7694ARMRL7 | Analog Devices | kSPS 16-BIT PulSAR® Converter µSOIC |
| AD7694ARM | Analog Devices | kSPS 16-BIT PulSAR® Converter µSOIC |
| 5962-8769401VSA | Texas Instruments | OCTAL TYPE EDGE TRIGGERED FLIP FLOPS WITH STATE OUTPUTS |
| 5962-8769401VRA | Texas Instruments | OCTAL TYPE EDGE TRIGGERED FLIP FLOPS WITH STATE OUTPUTS |
| 5962-8769401RA | Texas Instruments | OCTAL TYPE EDGE TRIGGERED FLIP FLOPS WITH STATE OUTPUTS |
| 5962-8769401SA | Texas Instruments | Octal D-Type Edge-Triggered Flip-Flops with 3-State Outputs |
| 5962-87694012A | Texas Instruments | Octal D-Type Edge-Triggered Flip-Flops with 3-State Outputs |
| AD7690 | Analog Devices | 16-BIT, /-0.65 KSPS PULSAR DIFFERENTIAL MSOP/QFN |
| AD7691BRMZ | Analog Devices | 18-BIT, KSPS PULSAR DIFFERENTIAL MSOP/QFN |
| AD7691BRMZ-RL7 | Analog Devices | 18-BIT, KSPS PULSAR DIFFERENTIAL MSOP/QFN |
| AD7694 | Analog Devices | 16-BIT, KSPS PULSAR MSOP |
| AD7694BRM | Analog Devices | 16-BIT, KSPS PULSAR MSOP |
| AD7694BRMRL7 | Analog Devices | 16-BIT, KSPS PULSAR MSOP |
| LA55-P07 | | Current Transducer |
| LA50-S06 | | Current Transducer |
| LA50-SP1 | | Current Transducer |
| ACM1602T | AZDISPLAYS[AZ Displays] | SPECIFICATIONS LIQUID CRYSTAL DISPLAY |
| MCP73855 | MICROCHIP | MCP73855 highly advanced linear charge management controller space limited, high-performance applications. |
| LA50-S | LEM[LEM] | Current Transducer 50-S/SP1 |
| LA50-SSP1 | | Current Transducer 50-S/SP1 |
| CH7013A-V | | DIGITAL ENCODER |
| CH7013B | | DIGITAL ENCODER |
| CH7013B-D | | DIGITAL ENCODER |
| HIH-3610-004 | | MOLDED THERMOSET PLASTIC HOUSING WITH COVER |
| HD667B66R | | 176-DOT GRAPHICS CONTROLLER/DRIVER COLORS |
| PWR1309 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| PWR1300 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| PWR1308 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| PWR1303 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| PWR1305 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| PWR1301 | CANDD[C&D Technologies] | WATT UNREGULATED DC/DC CONVERTER |
| ADR130 | Analog Devices | PRECISION SERIES SUB-BAND VOLTAGE REFERENCE |
| ADR130AUJZ-R2 | Analog Devices | PRECISION SERIES SUB-BAND VOLTAGE REFERENCE |
| ADR130AUJZ-REEL7 | Analog Devices | PRECISION SERIES SUB-BAND VOLTAGE REFERENCE |
| ADR130BUJZ-R2 | Analog Devices | PRECISION SERIES SUB-BAND VOLTAGE REFERENCE |
| EL5235IS-T7 | INTERSIL[Intersil Corporation] | 630MHz Gain Noise Amplifiers |
| EL5235IS-T13 | INTERSIL[Intersil Corporation] | 630MHz Gain Noise Amplifiers |
| EL5235IS | INTERSIL[Intersil Corporation] | 630MHz Gain Noise Amplifiers |
| EL5235 | INTERSIL[Intersil Corporation] | 630MHz Gain Noise Amplifiers |
| EL5234 | Intersil Corporation | 630MHZ, GAIN NOISE AMPLIFIERS |
| EL5234IY-T13 | Intersil Corporation | 630MHZ, GAIN NOISE AMPLIFIERS |
| EL5251 | INTERSIL[Intersil Corporation] | 200MHz Amplifiers |
| EL5251IY | INTERSIL[Intersil Corporation] | 200MHz Amplifiers |
| EL5251IY-T13 | INTERSIL[Intersil Corporation] | 200MHz Amplifiers |
| STE12PS | SiliconTech, Inc. | free-form text description package type. |
| HY5DU281622ET-4 | HYNIX | 128M(8Mx16) GDDR SDRAM |
| HY5DU281622ET-30 | Hynix Semiconductor | 128M(8MX16) GDDR SDRAM |
| HY5DU281622ET-36 | Hynix Semiconductor | 128M(8MX16) GDDR SDRAM |
| LM208 | | OPERATIONAL AMPLIFIERS |
| PM536 | | SINGLE, DUAL TRIPLE OUTPUT 10.5 WATT AC/DC ENCAPSULATED MODULES |
| PA45 | | HIGH VOLTAGE POWER OPERATIONAL AMPLIFIER |
| MC100E310FN | Motorola | VOLTAGE DIFFERENTIAL FANOUT BUFFER |
| MC100E310FNG | Semiconductor | Voltage Differential Fanout Buffer |
| MC100E310FNR2 | Semiconductor | Voltage Differential Fanout Buffer |
| MC100E310FNR2G | Semiconductor | Voltage Differential Fanout Buffer |
| INA20007 | | High-Side Measurement Current-Shunt Monitor with Comparator Reference |
| MC100EP16F | | 3.3V Differential Receiver/Driver With Reduced Output Swing |
| MC100EP16FD | | 3.3V Differential Receiver/Driver With Reduced Output Swing |
| MC100EP16FDR2 | Semiconductor | 3.3V Differential Receiver/Driver With Reduced Output Swing |
| MC100EP16FDR2G | Semiconductor | 3.3V Differential Receiver/Driver With Reduced Output Swing |
| MC100EP16VA | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VADG | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VADR2 | Semiconductor | 3.3V 5VECL Differential Receiver/Driver with High Gain |
| MC100EP16VADR2G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VADT | Semiconductor | 3.3V 5VECL Differential Receiver/Driver with High Gain |
| MC100EP16VADTG | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VADTR2 | Semiconductor | 3.3V 5VECL Differential Receiver/Driver with High Gain |
| MC100EP16VADTR2G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VAMNR4 | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VAMNR4G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VB | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBD | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDG | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDR2 | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDR2G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDT | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDTG | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDTR2 | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBDTR2G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBMNR4 | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VBMNR4G | Semiconductor | 3.3V Differential Receiver/Driver with High Gain |
| MC100EP16VC | Semiconductor | 3.3V Differential Receiver/Driver with High Gain Enable Output |
| MC100EP16VCD | Semiconductor | 3.3V Differential Receiver/Driver with High Gain Enable Output |
| LH5332600 | Sharp Electrionic Components | CMOS 8/2M MROM |
| LM3813MX-7.0 | National Semiconductor | Precision Current Gauge with Ultra Loss Sense Element Output |
| LM3813MX-1.0 | National Semiconductor | Precision Current Gauge with Ultra Loss Sense Element Output |
| LM3813M-7.0 | National Semiconductor | Precision Current Gauge with Ultra Loss Sense Element Output |
| LM3813M-1.0 | National Semiconductor | Precision Current Gauge with Ultra Loss Sense Element Output |
| LM3813 | National Semiconductor | Precision Current Gauge with Ultra Loss Sense Element Output |
| MCP73842T-410IUN | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| MCP73842T-420IMS | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| MCP73842T-420IUN | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| MCP73842T-820IUN | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| ADCMP607 | Analog Devices | Rail-to-Rail, Very Fast, Single-Supply Comparators |
| ADCMP607BCPZ-R7 | Analog Devices | Rail-to-Rail, Very Fast, Single-Supply Comparators |
| MC68A40 | Motorola, | PROGRAMMABLE TIMER MODULE(PTM) |
| LM9638BCEA | National Semiconductor | Monochrome CMOS Image Sensor SXGA |
| DM9638N | FAIRCHILD[Fairchild Semiconductor] | 7-Segment Decoder/Driver/Latch with Constant Current Source Outputs |
| MCP73841T-420IMS | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| MCP73841T-840IUN | Microchip Technology | ADVANCED SINGLE DUAL CELL LITHIUM-ION/ LITHIUM-POLYMER CHARGE MANAGEMENT CONTROLLERS |
| MC-454AD646 | | 4M-WORD 72-BIT SYNCHRONOUS DYNAMIC MODULE UNBUFFERED TYPE |
| AD645S | | NOISE, DRIFT |
| PM15CHA060 | POWEREX[Powerex Power Semiconductors] | Intellimod-3 Module Three Phase IGBT Inverter Output Amperes/110-230 Volts) |
| ADC081S021 | National Semiconductor | Single Channel kSPS 8-Bit Converter |
| SBF0408DPL | Fujitsu Media Devices Limited | FILTER |
| AKD4353 | AKM[Asahi Kasei Microsystems] | 96kHz 24BIT WITH |
| AKD4352 | AKM[Asahi Kasei Microsystems] | POWER MULTI-BIT |
| AKD4356 | AKM[Asahi Kasei Microsystems] | EVALUATION BOARD REV.B AK4356 |
| AKD4351 | Asahi Kasei Microsystems | EVALUATION BOARD REV.B AK4351 |
| AKD4355 | Asahi Kasei Microsystems | 192KHZ 24BIT AUDIO |
| AKD4359 | Asahi Kasei Microsystems | |
| AKD4309B | Asahi Kasei Microsystems | EVALUATION BOARD REV.A AK4309B |
| AKD4317 | Asahi Kasei Microsystems | EVALUATION BOARD AK4317 REV.A |
| AKD4319A | Asahi Kasei Microsystems | 18BIT |
| AKD4340 | Asahi Kasei Microsystems | 192KHZ 24-BIT STEREO WITH 2VRMS OUTPUT |
| AKD4380 | Asahi Kasei Microsystems | EVALUATION BOARD REV.A AK4380 |
| AKD4381 | Asahi Kasei Microsystems | 108DB 192KHZ 24-BIT |
| AS3510 | Austriamicrosystems | Analog Audio Front-End |
| TMS320C6711CGDP200 | Texas Instruments | FLOATING-POINT DIGITAL SIGNAL PROCESSORS |
| TJ3965D-1.2 | | 1.5A Ultra Dropout Linear Regulator |
| TMS320C6711DGDP200 | Texas Instruments | FLOATING-POINT DIGITAL SIGNAL PROCESSORS |
| TMS320C6711FD100 | Texas Instruments | FIXED-POINT DIGITAL SIGNAL PROCESSORS |
| TMS320C6711FD150 | Texas Instruments | FIXED-POINT DIGITAL SIGNAL PROCESSORS |
| TMS320C6711FDA120 | Texas Instruments | FIXED-POINT DIGITAL SIGNAL PROCESSORS |
| FWIXP425BC | Intel Corporation | INTEL?‘? IXP42X PRODUCT LINE NETWORK PROCESSORS IXC1100 CONTROL PLANE PROCESSOR |
| US1 | | ULTRA FAST LOW-LOSS CONTROLLED AVALANCHE RECTIFIERS |
| MX8350 | Macronix | RAMBUS CLOCK GENERATOR |
| BY127 | Diotec Elektronische | Silicon Rectifiers |
| BY127M | Bytes | SILICON RECTIFIERS |
| MS2210L6 | Relay Switch | SWITCH |
| MS2215 | Relay Switch | SWITCH |
| MS2219L4 | Relay Switch | SWITCH |
| MS2219L6 | Relay Switch | SWITCH |
| ASM812 | ETC[ETC] | Voltage Supervisor with Manual Reset |
| ASM811JEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM811MEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM811REUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM811SEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM811TEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812JEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812LEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812REUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812SEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812TEUS-T | Alliance Semiconductor Corporation | VOLTAGE SUPERVISOR WITH MANUAL RESET |
| ASM812TEUS | ALSC | Power Supervisors |
| ASM812SEUS | ALSC | Power Supervisors |
| ASM812REUS | ALSC | Power Supervisors |
| ASM812MEUS | ALSC | Power Supervisors |
| ASM812LEUS | ALSC | Power Supervisors |
| ASM812JEUS | ALSC | Power Supervisors |
| | | |