CS501X Search Results

Three-axis inclinometers

Abstract: D flip-flop to T Flipflop circuit converter CS501X LM337 LM317L LM79L05AC Single R-S-T Flip-Flop LM78L05 74HC107 74HC14
Contextual Info: AN08 Application Note A Collection of Application Hints for the CS501X Series of A/D Converters By Jerome Johnston • Jam ADC into Coarse Charge for High Slew Signals • Single Control Input Acts as a "Start Convert" Command • Synchronizing Multiple CS501X Series A/D Converters

ideall crystal oscillator in microcontroller

Contextual Info: DE | 25Mb324 DDDDSbl 1 • ~D0561 CRYSTAL SEM IC ON DU CT OR DI , i r — bm*b& I'rir tm m m a m sra m D CSZ5116 tm m àm& m mm m r , Semiconductor Corporation 16-Bit 50kHz Sampling A/D Converter Features General Description • . • Monolithic CMOS A/D Converter

Contextual Info: I CRYSTAL SEMIC ON DU CT OR DI DEBESMbBEM □000SG3 ^ C SZ 5112 Semiconductor Corporation T - ^ / ~ /O " / 2 - 12-Bit, 100kHz Sam pling A /D C o n v e rte r Features General Description The CSZ5112 CMOS analog-to-dlgltal converter is an ideal front end for single- or multi-channel digital signal

a to d converter interface with 8051

Abstract: CS5503-AP AMV dc-dc BPL TV POWER SUPPLY circuit MCS51 CS5501 CS5503 2N7000 B15 2392 vfc
Contextual Info: CS5501 CS5503 Semiconductor Corporation Low-Cost, 16 & 20-Bit Measurement A/D Converter Features General Description The CS5501 and CS5503 are low-cost CMOS A/D con­ verters ideal for measuring low-frequency signals representing physical, chemical, and biological proc­

VRE100MA

Abstract: VRE101M VRE104 VRE104C VRE104CA VRE104M VRE104MA
Contextual Info: VRE104 VRE104 P r o d u c t IInnnnoovvaa t i o n FFr roomm Precision Voltage Reference Features ♦ Very High Accuracy: +4.5 V Output, ±0.4 mV ♦ Extremely Low Drift: 0.6 ppm/°C -55°C to +125°C ♦ Excellent Stability: 6 ppm/1000 Hrs. Typical ♦ Excellent Line Regulation: 6 ppm/V Typical

CS5501

Abstract: CS5503 LSB16 ic u11 ttl crystal oscillator using 74hct04
Contextual Info: CS5501 CS5503 Low-Cost, 16 & 20-Bit Measurement A/D Converter Features Description l Monolithic CMOS ADC with Filtering - 6-Pole, Low-Pass Gaussian Filter l Up to 4 kHz Output Word Rates - On Chip Self-Calibration Circuitry - Linearity Error: ±0.0003% - Differential Nonlinearity:

Pure Sinewave Inverter schematic diagram

Abstract: LSB12 CS5012A CS5014 CS5016 CS501X S5014
Contextual Info: CS5012A CS5014 CS5016 16-, 14-, & 12-bit Self-calibrating A/D Converters Features z Description Monolithic CMOS A/D Converters The CS5012A/14/16 are 12-, 14-, and 16-bit monolithic analog to digital converters with conversion times of 7.2 µs, 14.25 µs and 16.25 µs. Unique selfcalibration circuitry ensures excellent linearity and

2N7000 B15

Abstract: CS5501 CS5503 LSB16 CS5503-BP
Contextual Info: CS5501 CS5503 16 & 20-Bit A/D Converter Features Description Monolithic CMOS ADC with Filtering - 6-Pole, Low-Pass Gaussian Filter Up to 4 kHz Output Word Rates - On Chip Self-Calibration Circuitry - Linearity Error: ±0.0003% - Differential Nonlinearity:

smd transistor cy 813

Abstract: transistor NEC D 882 p circuit diagram CSS102A
Contextual Info: C S 5101A a m a m m r im C S 5102A m mmm* Semiconductor Corporation 16-Bit, 100 kHz/20 kHz A/D Converters Features General Description • Monolithic CMOS A/D Converters Inherent Sampling Architecture 2-Channel Input Multiplexer Flexible Serial Output Port

CS5012

Abstract: CS5014 CS5016 CS5101 CS5102 CS501X CS3902AC CS3902-SC
Contextual Info: CS3902 Semiconductor Corporation _ + 4.5V Precision Voltage Reference Features General Description • Very High Accuracy: + 4.500V ± 0.4 mV The C S 3902 is a precision voltage reference providing + 4.500V from an input voltage of 11V to 22V. It offers

CS5012A

Abstract: CS5014 CS5016 cs5016-jp32 BT 815 transistor atl64
Contextual Info: CS5016/14/12A 16, 14, & 12-Bit, Self-Calibrating A/D Converters Description Features - The CS5012A/14/16 are 12,14 and 16-bit monolithic an­ alog to digital converters with conversion times of 7.2 |js, 14.25 |js and 16.25 |j s . Unique self-calibration circuitry

Contextual Info: C S Z 5 1 1 6 Semiconductor Corporation 16-Bit, 50kHz Sampling A/D Converter General Description Features • Monolithic CMOS A/D Converter Inherent Sampling Architecture 3-State Output Buffers Microprocessor Interface The CSZ5116 CMOS analog-to-digital converter is an

CS5012A

Abstract: CS5014 CS5016
Contextual Info: CS5016 CS5014 CS5012A Semiconductor Corporation 16, 14 & 12-Bit, Self-Calibrating A/D Converters Features General Description CMOS A/D Converters • Monolithic Microprocessor Compatible The CS5012A/14/16 are 12, 14 and 16-bit monolithic analog to digital converters with conversion times of

CS5012-BD24

Abstract: KL14 diode CS5012A CS5014 CS5016
Contextual Info: CS5016 CS5014 CS5012A Semiconductor Corporation 16, 14 & 12-Bit, Self-Calibrating A/D Converters Features General Description CMOS A/D Converters • Monolithic Microprocessor Compatible The CS5012A/14/16 are 12, 14 and 16-bit monolithic analog to digital converters with conversion times of

BNC edge connector layout

Abstract: ir736 ltop07
Contextual Info: CDB5012 CDB5012A CDB5014 CDB5016 Semiconductor Corporation Evaluation Board for CS5012, CS5012A, CS5014, CS5016 ADC’s General Description Features The CDB5012/4/6 is an evaluation board that eases the laboratory characterization of any of tne CS5012, CS5012A, CS5014 and CS5016 A/D converters. The

CS5012

Abstract: transistor sc3 CDB5012 CDB5012A CDB5014 CDB5016 CS5012A CS5014 CS5016 interleave
Contextual Info: CDB5012 CDB5012A CDB5014 CDB5016 Semiconductor Corporation Evaluation Board for CS5012, CS5012A, CS5014, CS5016 ADC’s Features General Description • The CDB5012/4/6 is an evaluation board that eases the laboratory characterization of any of the CS5012,

k2717

Abstract: 74HC5958 SM5805 CS5126-KL CDB5126 74HC595 AND SPECIFICATIONS 79L05 pin DIAGRAM OF IC 74HC73 CS5126 CS5126-KP
Contextual Info: CS5126 16-Bit, Stereo A/D Converter for Digital Audio Features Description l Monolithic CMOS A/D Converter The CS5126 CMOS analog-to-digital converter is an ideal front-end for stereo or monaural digital audio systems. The CS5126 can be configured to handle two channels

74hc595 equivalent

Abstract: CS5102A cdb5101a CS5101A-JP8 CS5101A CS5101A-BP8 MetraByte
Contextual Info: CS5101A CS5102A 16-Bit, 100 kHz / 20 kHz A/D Converters Features Description l Monolithic CMOS A/D Converters The CS5101A and CS5102A are 16-bit monolithic CMOS analog-to-digital converters capable of 100 kHz 5101A and 20 kHz (5102A) throughput. The CS5102A’s low power consumption of 44 mW, coupled

polaroid is 426 owners manual

Abstract: fault codes for ericsson bts ericsson bts Technical specification digital dts dolby 5.1 ic amplifier circuits CS4816 ERICSSON BTS training Meridian 9516 EP7212-CV-D AN120 Dolby Digital Audio Transmitters
Contextual Info: Product Number Index CDB Standalone .179 CDBCAPTURE+ .178 CL-CR3470/CR3475 .174 CL-CR3480 .175 CL-CR3710 .176 CL-PS6700 .87 CL-PS7111 .88 CL-PS7500FE .93

401J

Contextual Info: C SZ5116 Semiconductor Corporation 16-Bitj 5 0 k H z S a m p lin g A /D C o n v e rte r F eatures • Monolithic CMOS A/D Converter Inherent Sampling Architecture 3-State Output Buffers Microprocessor Interface G eneral D e s c rip tio n The CSZ5116 CMOS analog-to-digital converter is an

TPL250

Abstract: 1X011 CS5501 CS5503 LSB16 FS1024
Contextual Info: Semiconductor Corporation Low-Cost, 16 & 20-Bit Measurement A/D Converter Features General Description The CS5501 and CS5503 are low-cost CMOS A/D con­ verters ideal for measuring low-frequency signals representing physical, chemical, and biological proces­

Contextual Info: CS3902 Semiconductor Corporation _ + 4.5V Precision Voltage Reference Features General Description • Very High Accuracy: + 4.500V ± 0.4 mV The CS3902 is a precision voltage reference providing +4.500V from an input voltage of 11V to 22V. It offers

ttl crystal oscillator using 74hct04

Abstract: cs5501-bp
Contextual Info: CS5501 CS5503 16 & 20-Bit A/D Converter Features Description Monolithic CMOS ADC with Filtering - 6-Pole, Low-Pass Gaussian Filter Up to 4 kHz Output Word Rates - On Chip Self-Calibration Circuitry - Linearity Error: ±0.0003% - Differential Nonlinearity:

CS31412

Contextual Info: Semiconductor Corporation CS31412 4 Channel Simultaneous Track and Hold Features • Completely Self-Contained Four Track-and-Hold Amplifiers On-Chip Hold Capacitors Two Output Buffer Amplifiers Microprocessor Interface • 800ns Acquisition Time to 0.01%