CIRCUIT OPERATIONAL Search Results

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Abstract: S4558 riaa MONOLITHIC AMPLIFIERS S4558P
Contextual Info: S4558P Semiconductor Low Noise Dual OP AMP Description The S4558 is a monolithic Integrated Circuit designed for dual operational amplifier. Features • • • • • • Power consumption as small as about 50mW typ. Built-in output short-circuit protecting circuit.

Contextual Info: LOW POWER NARROW BAND FM IF NJM3359 The NJM3359 is a low power narrow band FM detector integrated circuit for FM dual convertion of communication equipment. The NJM3359 includes oscillator, limitter amp, AFC circuit, guadrature detect, operational amp, squelch circuit, scan-control and muting

bc556 equivalent

Abstract: nf734 BC177 BC556 SD103A U4092B U4092B-SD MF-12 RGT240 STN95
Contextual Info: U4092B TELEFUNKEN Semiconductors Monolithic Integrated Feature Phone Circuit Description The µc controlled telephone circuit U4092B is a linear integrated circuit for use in feature phones, answering machines and fax machines. It contains the speech circuit,

transistor pnp 3015

Abstract: AT5801 GVC134 QFP44 QFP-44 VOO134
Contextual Info: AT5801 Preliminary 4-Channel driver + Power Controller Features Description ˙4 channels of H-bridge drivers. ˙Built-in DC/DC converter control circuit. ˙Built-in reset circuit. ˙Built-in reduced voltage detection circuit. ˙Built-in battery charging circuit.

330 Ohmic resistor

Contextual Info: Te m ic U4092B TELEFUNKEN Semiconductors Monolithic Integrated Feature Phone Circuit Description The JIc controlled telephone circuit U4092B is a linear integrated circuit for use in feature phones, answering machines and fax machines* It contains the speech circuit,

Contextual Info: NTE930 Linear Integrated Circuit BiMOS Operational Amp Description: The NTE930 is an integrated circuit operational amplifier in an 8−Lead Metal Can type package that combines the advantages of both COS/MOS and bipolar transistors on a monolithic chip. Gate−protected P−channel MOS/FET PMOS transistors are used in the input circuit to provide

TC5043P

Abstract: pin configuration 5K variable resistor TC5043P equivalent 600t osc diode zener ZD 103
Contextual Info: TC5043P TC5043P C2MOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC PROGRAMMABLE CR TIMER/DIVIDER TC5043P is an timer consisting of CR oscillation circuit and frequency division circuit. The oscillation circuit is made up by externally installing one resistor and one capacitor, being able

amplifier marking 365

Abstract: GM324 GM358 GM358D8T GM358S8R MC1741
Contextual Info: A Signal Conditioning GM358 A MICROELECTRONICS DUAL OPERATIONAL AMPLIFIER Description Features Utilizing the circuit designs perfected for two operational Short Circuit Protected Outputs amplifiers, these dual operational amplifiers feature low True Differential Input Stage

MC4558L

Abstract: MC4558S MC4558G MC4558-D08-T MC4558-S08-R MC4558 dip 9 MC4558 MC4558L-D08-T MC4558L-S08-R MC4558D
Contextual Info: UNISONIC TECHNOLOGIES CO., LTD MC4558 LINEAR INTEGRATED CIRCUIT DUAL OPERATIONAL AMPLIFIER „ DESCRIPTION The UTC MC4558 is a monolithic integrated circuit designed for dual operational amplifier. „ FEATURES * No frequency compensation required * No latch-up

YD4560

Contextual Info: YD4560 YOUDA INTEGRATED CIRCUIT DUAL OPERATIONNAL AMPLIFIER—YD4560 DESCRIPTION The YD4560 is a monolithic integrated circuit designed for dual operational amplifier. FEATURES *Operating Voltage ±4V～±18V ； *NO frequency compensation required； *Slew Rate

49ls

Contextual Info: Temic U4089B S e m i c o n d u c t o r s Monolithic Integrated Feature Phone Circuit Description The telephone circuit U4089B is a linear integrated circuit for use in feature phones, answering machines and fax machines. It contains the speech circuit, sidetone

jfet differential transistor

Abstract: WuXi YouDa Electronics PD 680 AMP4 YD084
Contextual Info: YD084 YOUDA INTEGRATED CIRCUIT JFET INPUT QUAD OPERATIONAL AMPLIFIER—YD084 DESCRIPTION The YD084 are high speed JFET input quad operational amplifiers incorporating well matched, high voltage JFET and Bipolar transistors in a monolithic integrated circuit.

YD3414

Contextual Info: YD3414 YOUDA INTEGRATED CIRCUIT DUAL HIGH CURRENT OPERATIONNAL AMPLIFIER—YD3414 DESCRIPTION The YD3414 integrated circuit is a high gain, high output current, high output voltage swing dual operational amplifier capable of driving 70mA. FEATURES *Single Supply.

um601l

Contextual Info: UNISONIC TECHNOLOGIES CO., LTD UM601/A Preliminary LINEAR INTEGRATED CIRCUIT VOLTAGE AND CURRENT CONTROLLER  DESCRIPTION The UTC UM601/A integrated circuit incorporates a high stability series band gap voltage reference, two ORed operational amplifiers and

UTC4558

Abstract: power amplifier UTC4558 UTC4558 sop8 commom Youw GV100 UTC4558 Datasheet RS-310
Contextual Info: UTC4558 LINEAR INTEGRATED CIRCUIT DUAL OPERATIONAL AMPLIFIER DESCRIPTION The UTC4558 is a monolithic integrated circuit designed for dual operational amplifier. FEATURES DIP-8 *No frequency compensation required. *No latch-up *Large commom mode and differential voltage range

AGRP

Contextual Info: Temic U4090B S e m i c o n d u c t o r s Monolithic Integrated Feature Phone Circuit Description The flc-controlled telephone circuit U4090B is a linear integrated circuit for use in feature phones, answering machines and fax machines. It contains the speech circuit,

4614b

Abstract: 74ls477 TDC1038 TDC4611 200nj schematic diagram converter input 12v to 19v 4614 TDC1012 TDC1041 12V DC to 19V dC converter schematic diagram
Contextual Info: TDC4614 Adjustable Voltage Reference with Four Operational Amplifiers Applications The TDC4614 comprises a precision adjustable voltage reference and four general purpose operational amplifiers on the same monolithic integrated circuit. This combination of circuit functions is ideally suited for

NTE1529

Contextual Info: NTE1529 Integrated Circuit Dual OP Amp Description: The NTE1529 is a dual operational Amplifier with a phase compensation circuit built-in. It is suited for application to various electronic circuits such as active filters and audio preamplifiers. Features:

2x1N4148

Abstract: SMH4803 POWER MOSFET SMH4803A
Contextual Info: SMH4803 Distributed Power Hot-Swap Controller Preliminary Programmable Circuit Breaker Function – Programmable Over-current Filter – Programmable Quick-Trip Circuit Breaker Values – Programmable Circuit Breaker Mode • Duty-Cycle Mode • FEATURES

TV AMPLIFER TRANSISTOR

Abstract: 74ls371 TDC1041 TDC1038 TDC4611 z144 TDC1012 TDC1048 TDC1112 4611B
Contextual Info: TDC4611 r# ? w Adjustable Voltage Reference with Operational Amplifier Features The TDC4611 comprises a precision adjustable voltage reference and a single general purpose operational amplifier on the same monolithic integrated circuit. This combination of circuit functions is ideally suited for

YD4558

Abstract: YD4556
Contextual Info: YD4556 YOUDA INTEGRATED CIRCUIT DUAL OPERATIONAL AMPLIFIER—YD4556 DESCRIPTION The YD4556 integrated circuit is a high-gain, high output current dual operational amplifier capable of driving ±70mA into 150Ωloads ±10.5V output voltage ,and operating low supply voltage (Vcc/Vee=±2V).

Contextual Info: Product data sheet Characteristics 24173 C60 - circuit breaker - C60N - 1P - 4A - C curve Commercial Status Commercialised Circuit breaker application Distribution Range of product C60 Product or component type Circuit breaker Device short name C60N Poles description

ic sc 4145

Abstract: SCR AUTOMOTIVE APPLICATIONS SCR C 4458 SP724AH AN9304 AN9612 SP720 SP721 SP723 SP724
Contextual Info: Integrated Protection Circuits 6 Transient Voltage Suppression PAGE Integrated Protection Circuit Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-2 Integrated Protection Circuit Data Sheets

mc4558 equivalent

Contextual Info: UTC MC4556 LINEAR INTEGRATED CIRCUIT DUAL OPERATIONAL AMPLIFIER DESCRIPTION The UTC MC4556 integrated circuit is a high-gain, high output current dual operational amplifier capable of driving ±70mA into 150Ω loads ±10.5V output voltage , and operating low supply voltage (V+/V- =