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Datasheets for REQUIRE

Datasheets found :: 382
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No. Part Name Description Manufacturer
331 NTE1320 Integrated Circuit Module, Hybrid, Audio Power Amp, 25W, 2 Power Supplies Required NTE Electronics
332 NTE1330 Integrated Circuit Module - Hybrid, Dual, Audio Power Amplifier, 15W/Ch, 2 Power Supplies Required NTE Electronics
333 NTE1331 Integrated Circuit Module - Dual, Audio Power Amplifier, 25W/Channel, 2 Power Supplies Required NTE Electronics
334 NTE1345 Integrated Circuit Module, Hybrid, Dual Audio Power Amp, 30W/Ch, 2 Power Supplies Required NTE Electronics
335 NTE1347 Integrated Circuit Module, Hybrid, Dual Audio Power Amp, 20W/Ch, 2 Power Supplies Required NTE Electronics
336 PS700 The PS700 is a cost-effective, highly accurate IC that measures, stores and reports all of the critical parameters required for rechargeable ... Microchip
337 PS700 The PS700 is a cost-effective, highly accurate IC that measures, stores and reports all of the critical parameters required for rechargeable ... Microchip
338 PS700 The PS700 is a cost-effective, highly accurate IC that measures, stores and reports all of the critical parameters required for rechargeable ... Microchip
339 PS700 The PS700 is a cost-effective, highly accurate IC that measures, stores and reports all of the critical parameters required for rechargeable ... Microchip
340 RDX Metal Oxide Resistors, Special Purpose, Special Purpose, High Voltage, Ratio Divider, Available with leads and/or mounting lugs in any required combination Vishay
341 RS, NS Military, MIL-R-26 Qualified, Type RW, Silicone Coated, Complete Welded Construction, High-temperature Silicone Coating, Meets Applicable Requirements of MIL-R-26, Available in Non-Inductive Styles (NS) with Aryton-Perry Winding Vishay
342 SOCKET 754 Socket 754 Design and Qualification Requirements Advanced Micro Devices
343 TAS5514B-Q1 4-Channel Automotive Digital Amplifiers, standalone version (No I2C Required) Texas Instruments
344 TAS5514BTDKDRQ1 4-Channel Automotive Digital Amplifiers, standalone version (No I2C Required) 36-HSSOP -40 to 105 Texas Instruments
345 TC1225 TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen Microchip
346 TC1226 TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen Microchip
347 TC1227 TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen Microchip
348 TC1235 The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH Microchip
349 TC1236 The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH Microchip
350 TC1237 The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH Microchip
351 TC1272 The TC1272, TC1273 and TC1274 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
352 TC1273 The TC1272, TC1273 and TC1274 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
353 TC1274 The TC1272, TC1273 and TC1274 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
354 TC1275 The TC1275, TC1276 and TC1277 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
355 TC1276 The TC1275, TC1276 and TC1277 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
356 TC1277 The TC1275, TC1276 and TC1277 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output i Microchip
357 TC1278 The TC1278 and TC1279 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output is driven Microchip
358 TC1279 The TC1278 and TC1279 are cost-effective system supervisor circuits designed to monitor VCC in digital systems and provide a reset signal to the host processor when necessary. No external components are required. The reset output is driven Microchip
359 TC622 The TC622 and TC624 are programmable solid state temperature sensors designed to replace mechanical switches in sensing and control applications. Both devices integrate the temperature sensor with a voltage reference and all required detec Microchip
360 TC624 The TC622 and TC624 are programmable solid state temperature sensors designed to replace mechanical switches in sensing and control applications. Both devices integrate the temperature sensor with a voltage reference and all required detec Microchip


Datasheets found :: 382
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