A1T AMPLIFIER Search Results

A1T TRANSISTOR

Abstract: AD8538 A1t SOT23 AD8628 AD8629 AD8630 AD8638 AD5541 AD5542 AD8539
Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifier AD8638 PIN CONFIGURATIONS Low offset voltage: 9 V maximum Offset drift: 0.04 μV/°C Rail-to-rail output swing +16 V single- or ±8 V dual-supply operation High gain and CMRR: 133 dB typical High PSRR: 143 dB typical

Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 PIN CONFIGURATIONS Low offset voltage: 9 V maximum Offset drift: 0.04 μV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

A1T TRANSISTOR

Abstract: AD5541 AD8538 AD8539 AD8628 AD8629 AD8630 AD8638 AD8639 A1t SOT23
Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 PIN CONFIGURATIONS Low offset voltage: 9 V maximum Offset drift: 0.04 μV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

A1T TRANSISTOR

Abstract: MO-229-WEED-4 AD5541 AD8538 AD8539 AD8628 AD8629 AD8630 AD8638 AD8639
Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 PIN CONFIGURATIONS Low offset voltage: 9 µV maximum Offset drift: 0.04 µV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

a1t diode

Abstract: A1T TRANSISTOR A1t 03 AD8639 a1y PACKAGE Thermopile Circuit AD5541 AD8538 MO-178-AA AD8628
Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 PIN CONFIGURATIONS Low offset voltage: 9 V maximum Offset drift: 0.04 μV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

a1T Transistor

Abstract: MO-229-WEED-4 AD8639ARZ1 A1t SOT23 a1t diode
Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 PIN CONFIGURATIONS Low offset voltage: 9 V maximum Offset drift: 0.04 μV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

Contextual Info: 16 V Auto-Zero, Rail-to-Rail Output Operational Amplifiers AD8638/AD8639 Low offset voltage: 9 µV maximum Offset drift: 0.04 µV/°C maximum Rail-to-rail output swing 5 V to 16 V single-supply or ±2.5 V to ±8 V dual-supply operation High gain: 136 dB typical

A1t amplifier

Abstract: PQ7041
Contextual Info: M AXIM U M RATINGS Symbol MPQ7041 C o lle c to r-E m itte r V o lta g e v CEO 150 200 250 Vdc C o lle c to r-B a se V olta g e v CB O 150 200 250 Vdc E m itte r-B a se V o lta g e v EBO 5.0 Vdc •c 500 m Adc Rating C o lle c to r C u rre n t — C o n tin u o u s

Contextual Info: CMOS 4M 512K x 8 Mask-Programmable ROM PIN CONNECTIONS • 524,288 words x 8 bit organization TOP VIEW f 1• O E^Ô Ë/D C E • Power consumption: Operating: 357.5 mW (MAX.) A ie E 2 31 E a 18 A15E 3 30 □ a 17 A12E 4 29 □ a 14 A7E 5 28 □ a 13 A0 e

MX309

Abstract: 3aud MPT1327
Contextual Info: O & w' * • AAX*CDM,INQ. MX809 Preliminary Information ' C -B U S 1 ^COMPATIBLE J MSK MODEM DESCRIPTION The MX809 is an intelligent, half-duplex 1200 baud MSK Modem which operates under C-BUS control. This modem provides software selectable checksum generation and

A1T TRANSISTOR

Abstract: TRANSISTOR A1t A1T -13 TRANSISTOR transistor A1t 02
Contextual Info: That HPAEW LETT WLEM CK A RD High Resolution Optical Reflective Sensor Technical Data HBCS-1100 Features • Focused Emitter and Detector in a Single Package • High Resolution-0.190 mm Spot Size • 700 nm Visible Emitter • Lens Filtered to Reject Ambient Light

IR LED and photodiode pair

Abstract: IR LED and photodiode PAIR DETECTOR HBCS-1100 kodak 6080 IPD5200
Contextual Info: That H E W L E T T minM P A C K A R D High Resolution Optical Reflective Sensor Technical Data HBCS-1100 Features • Focused Emitter and Detector in a Single Package • High Resolution-0.190 mm Spot Size • 700 nm Visible Emitter • Lens Filtered to Reject

ICL7611

Abstract: "cmb 06" pa 0016 equivalent
Contextual Info: 3 h * * ™ ICL7611, ICL7612 ICL76XX Series Low Power CMOS Operational Amplifiers March1993 Features Description • Wide Operating Voltage R ange. ±1V to ±8V T h e IC L 7 6 1 X /7 6 2 X /7 6 4 X s e rie s is a fa m ily o f m o n o lith ic

T 427 transistor

Abstract: HBCS-1100 White Paint IR LED and photodiode pair kodak 6080 High Resolution Optical Reflective Sensor IR LED and photodiode PAIR DETECTOR
Contextual Info: That H E W L E T T minM P A C K A R D High Resolution Optical Reflective Sensor Technical Data HBCS-1100 Features • Focused Emitter and Detector in a Single Package • High Resolution-0.190 mm Spot Size • 700 nm Visible Emitter • Lens Filtered to Reject

Contextual Info: B U R R - BROWN« VSP2080 CCD SIGNAL FRONT-END PROCESSOR FOR DIGITAL CAMERAS FEATURES DESCRIPTION • CCD SIGNAL PROCESSING Correlated Double Sampling Black Level Clamping 0 to +34dB Gain Range 55dB SNR Referred to Full Scale • SELECTABLE LOGIC-INPUT POLARITY

transistor BD 139

Abstract: AP 1100 R1 darlington cascode second stage transistor AT-320 agilent AT32063 AT-32063
Contextual Info: Low Noise Amplifiers for 320 MHz and 850 MHz Using the AT-32063 Dual Transistor Application Note 1131 Introduction This application note discusses the Agilent Technologies AT-32063 dual low noise silicon bipolar transistor. The AT32063 consists of two AT-320XX transistors mounted in a

darlington cascode second stage

Abstract: transistor AT-320 agilent Transistor W03 56 A1T TRANSISTOR AT-32063 d2030
Contextual Info: Low Noise Amplifiers for 320 MHz and 850 MHz Using the AT-32063 Dual Transistor Application Note 1131 Introduction This application note discusses the Agilent Technologies AT-32063 dual low noise silicon bipolar transistor. The AT-32063 consists of two AT-320XX transistors

DAC713

Contextual Info: Ì-7134B, DAC-7134U14-Bit Microprocessor-compatible Multiplying D/A Converters FEATURES GENERAL DESCRIPTION • 14-Bit linearity 0.003% FSR The DAC-7134 achieves true 14-bit linearity by combining a fourquadrant, multiplying DAC with on-chip, PROM-controlled correc­

L120A

Contextual Info: AMD a Am7943 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Program mable constant-current feed ■ - 1 9 V to - 5 8 V battery operation ■ Current gain = 200 ■ ■ Program mable loop-detect threshold Two-wire im pedance set by single external

71XS

Abstract: L55c AD712JR AD712KR AD712JN AD712KN
Contextual Info: ANALOG DEVICES Precision, Low Cost, High Speed, BiFET Op Amps FEATURES Enhanced Replacements for TL081; TL082; TL084 LF411; LF412; LF347 CONNECTION DIAGRAMS W LL N U U L ^ J ^ . AC PERFORMANCE Settles to ±0.01% in 1.0 |is 16 V/|is min Slew Rate 3 MHz min Unity Gain Bandwidth

CDB3310

Abstract: CS3310-KP CS3310 CS3310-KS MS-013
Contextual Info: CS3310 Stereo Digital Volume Control Features Description • Complete Digital Volume Control The CS3310 is a complete stereo digital volume control designed specifically for audio systems. It features a 16bit serial interface that controls two independent, low dis­

Contextual Info: HC-5504B HARRIS S E M I C O N D U C T O R SLIC Subscriber Line Interface Circuit January 1997 Description Features The Harris SLIC incorporates many of the B O R SH T functions on a single IC chip. This includes DC battery feed, a ring relay driver, supervisory and hybrid functions. This device is

batb5

Abstract: MMC-2 DB10 GCH721 WS267
Contextual Info: CS5032 A Cirrus Logic Company 12-Bit, 400kSPS, Sampling A/D Converter General Description Features • Monolithic C M O S A/D Converter 0.5 is Track/Hold Amplifier 2.0 |is A/D Conversion 2.5 V Voltage Reference Parallel, Serial and Byte Interface. • 12-Bit ADC Linearity Error: 0.5 LSB

TK 2837

Abstract: journal op-amp 741 long range jammer gsm qpsk modulation experiment discussion tv jammer cir 2272 tv jammer data sheet Motorola Microwave power Transistor electromagnetic pulse generator jammer MZP RELAY
Contextual Info: PLL Performance, Simulation, and Design 4th Edition Dean Banerjee “Make Everything as Simple as Possible, but not Simpler.” Albert Einstein To my wife, Nancy, and my children, Caleb, Olivia, and Anabelle Preface I first became familiar with PLLs by working for National Semiconductor as