INPUT STAGES Search Results

"window comparator" lm139

Abstract: lm615in J16A LM139 LM615 LM615AIN LM615AMN LM615MN M16A N16A
Contextual Info: LM615 Quad Comparator and Adjustable Reference General Description Features The comparators have an input range which extends to the negative supply and have open-collector outputs Improved over the LM139 series the input stages of the comparators have lateral PNP input transistors which enable low input

SAA1027 equivalent

Abstract: SAA1027 SAA1027N SAA1027-N 12v dc motor saa1027
Contextual Info: SAA1027-N DESCRIPTION FEATURES The SAA1027 is intended for driving a four phase two stator stepper motor. The circu it consists of four output stages, a logic part and three input stages. The logic part is driven by three input stages; a trigger input stage, an input stage which can change the

quasi differential input navi

Abstract: TDA7500 TDA7501 TQFP44 MIL883 quasi-differential input 415VdC
Contextual Info: TDA7501 LINE-DRIVER FOR DIGITAL CARRADIO SIGNAL PROCESSOR DSPLD INPUTS: - QUASI DIFFERENTIAL STEREO INPUT FOR CD - DIFFERENTIAL STEREO INPUTS FOR PHONE, NAVIGATION, FM, AM - SINGLE-ENDED INPUT FOR CASSETTE - FOUR INDEPENDENT INPUT MULTIPLEXER AND GAIN STAGES

Contextual Info: Atmel U6803B Triple Driver IC with Thermal Monitoring DATASHEET Features ● Three input comparators with Schmitt-trigger characteristic ● Input clamping current capability of ±10mA ● Integrated protection cells EMC, ESD, RF dedicated to all input stages

U6803B

Abstract: U6803B-MFPG3Y U6803B-MFPY
Contextual Info: Features • • • • • • Three Input Comparators with Schmitt-trigger Characteristic Input Clamping Current Capability of ±10 mA Integrated Protection Cells EMC, ESD, RF Dedicated to all Input Stages Common Shutdown by Junction-temperature Monitor

4762a

Abstract: 27C zener U6803B U6803B-MFP U6803B-MFPG3 TD255
Contextual Info: Features • • • • • • Three Input Comparators with Schmitt-trigger Characteristic Input Clamping Current Capability of ±10 mA Integrated Protection Cells EMC, ESD, RF Dedicated to all Input Stages Common Shutdown by Junction-temperature Monitor

TDA7418

Abstract: TDA7418 DATA SHEET subwoofer circuit diagram subwoofer circuit 5.1 speaker with subwoofer circuit diagram subwoofer filter circuit diagram subwoofer filter circuits tone control subwoofer circuit diagram transistor subwoofer circuit diagram SO20
Contextual Info: TDA7418 3 Band car audio procesor Features • ■ Input Multiplexer – PD/SE4: pseudo differential stereo input, programmable as single-ended input – SE1: stereo single-end input – SE2: stereo single-end input – SE3: stereo single-end input – input gain adjust from 0 to 15dB with 1dB

ADCMP370

Abstract: ADCMP370AKS-R7 ADCMP370AKS-RL ADCMP371 ADM332
Contextual Info: Preliminary Technical Data FEATURES 2.25V to 5.5V Operating Voltage Range Low Power Consumption 10µA Output Stages ADCMP370: Open-Drain with High Voltage (22V) Tolerance ADCMP371: Push-Pull 10nA Input Bias Current 5nA Input Offset Current 6mV Input Offset Voltage

ADM332

Abstract: ADCMP370 ADCMP370AKS-R7 ADCMP370AKS-RL ADCMP371 ADM331
Contextual Info: Preliminary Technical Data FEATURES 2.25V to 5.5V Operating Voltage Range Low Power Consumption 2µA Output Stages ADCMP370: Open-Drain with High Voltage (22V) Tolerance ADCMP371: Push-Pull 10nA Input Bias Current 5nA Input Offset Current 6mV Input Offset Voltage

Contextual Info: Atmel U6803B Triple Driver IC with Thermal Monitoring DATASHEET Features Three input comparators with Schmitt-trigger characteristic Input clamping current capability of ±10mA Integrated protection cells EMC, ESD, RF dedicated to all input stages Common shutdown by junction-temperature monitor

Contextual Info: TDA7418 3 band car audio processor Features • • Input multiplexer – PD/SE4: pseudo differential stereo input, programmable as single-ended input – SE1: stereo single-end input – SE2: stereo single-end input – SE3: stereo single-end input – Input gain adjust from 0 to 15dB with 1dB

4761A

Abstract: 27C zener T6801 T6801-TAQ
Contextual Info: Features • • • • • • Input Comparator with Schmitt-trigger Characteristic Input Clamping Current Capability of ±10 mA Integrated Protection Cells EMC, ESD, RF Dedicated to All Input Stages Shutdown by Junction-temperature Monitor Reset with Hysteresis at Low Voltage

TD62383P

Contextual Info: SILICON MONOLITHIC TD62383P BIPO LAR DIGITAL INTEGRATED CIRCUIT 8CH LOW INPUT ACTIVE SINK DRIVER The TD62383P is non-inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable

8ch sink pnp

Abstract: DIP20 TD62383P
Contextual Info: TD62383P TOSHIBA BIPOLAR DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TD62383P 8CH LOW INPUT ACTIVE SINK DRIVER The TD62383P is non−inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable for

Contextual Info: TD62383PG TOSHIBA Bipolar Digital Integrated Circuit Silicon Monolithic TD62383PG 8 ch Low Input Active Sink Driver The TD62383PG is non−inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable for

td62308

Contextual Info: SILICON MONOLITHIC TD62308APA BIPO LAR DIGITAL INTEGRATED CIRCUIT 4CH LOW INPUT ACTIVE HIGH-CURRENT DARLINGTON SINK DRIVER The TD62308APA is non-inverting transistor array which is comprised of four NPN darlington output stages and PNP input stages. This device is low level input active driver and is suitable

Contextual Info: TO SHIBA TD62383P TOSHIBA BIPOLAR DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TD62383P 8CH LOW INPUT ACTIVE SINK DRIVER The TD62383P is non-inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable

Contextual Info: TD62383PG TOSHIBA Bipolar Digital Integrated Circuit Silicon Monolithic TD62383PG 8 ch Low Input Active Sink Driver The TD62383PG is non−inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable for

DARLINGTON SINK DRIVER

Contextual Info: SILICON MONOLITHIC BIPO LAR DIGITAL INTEGRATED CIRCUIT TD62382AFN TENTATIVE DATA 8 LOW INPUT ACTIVE DARLINGTON SINK DRIVER The TD62382AFN is non-inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable

Contextual Info: T O SH IB A TD62383P TOSHIBA BIPOLAR DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TD62383P 8CH LOW INPUT ACTIVE SINK DRIVER The TD62383P is non-inverting transistor array which is comprised of eight Low saturation output stages and PNP input stages. This device is low level input active driver and is suitable

Contextual Info: TDA7718N 3 band car audio processor Features • ■ ■ ■ ■ ■ Input multiplexer – QD1: quasi-differential stereo inputs – SE1: stereo single-ended input – SE2: stereo single-ended input – SE3: stereo single-ended input – FD1 / SE4+SE5: 1 full-differential input or 2

Contextual Info: TDA7718N 3 band car audio processor Features • ■ ■ ■ ■ ■ Input multiplexer – QD1: quasi-differential stereo inputs – SE1: stereo single-ended input – SE2: stereo single-ended input – SE3: stereo single-ended input – FD1 / SE4+SE5: 1 full-differential input or 2

tda7718

Abstract: tda7718n car subwoofer amplifier circuit subwoofer filter MO-153-AC TSSOP28 tda77 5.1 subwoofer AMPLIFIER CIRCUIT DIAGRAM
Contextual Info: TDA7718N 3 band car audio processor Features • ■ ■ ■ ■ ■ Input multiplexer – QD1: quasi-differential stereo inputs – SE1: stereo single-ended input – SE2: stereo single-ended input – SE3: stereo single-ended input – FD1 / SE4+SE5: 1 full-differential input or 2

Contextual Info: TDA7437 DIGITALLY CONTROLLED AUDIO PROCESSOR • INPUT MULTIPLEXER - FOUR STEREO, ONE MONO INPUT, AND ONE DIFFERENTIAL INPUT - SELECTABLE INPUT GAIN FOR OPTIMAL ADAPTATION TO DIFFERENT SOURCES . FULLY PROGRAMMABLE LOUDNESS FUNCTION ■ VOLUME CONTROL IN 1dB STEPS INCLUD­