MEAN ABSOLUTE DIFFERENCE Search Results

SR620

Abstract: Sigma Designs
Contextual Info: AN02 Integrated Circuit Systems, Inc. Clock Generators Application Note Understanding ICS Data Sheet Jitter Specifications Jitter, Absolute is the maximum deviation that would be expected plus or minus from a mean clock period. Introduction ICS clock generator devices utilize frequency synthesis based

Contextual Info: ANALOG DEVICES FEATURES High Accuracy 0.02% Max Nonlinearity, 0 to 2V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8MHz at IV RMS Input 600kHz at lOOmV RMS Computes: True RMS Square Mean Square Absolute Value dB Output 60dB Range

AD637

Abstract: AD637J AD637JD AD637K AD637KD AD637S AC DC supplies MEAN WELL diagrams vm200
Contextual Info: ANALOG DEVICES INC 5JE II AN ALO G DEVICES FEATURES High Accuracy 0.02% Max Nonlinearity, 0 to 2V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8MHz at 1V RMS Input 600kHz at lOOmV RMS Computes: True RMS Square Mean Square Absolute Value

D637S

Contextual Info: ANALOG DEVICES □ FEATURES High Accuracy 0.02% M ax Nonlinearity, 0 to 2V RMS Input 0.10% Additional Error to Crest Factor of 3 W ide Bandwidth 8M Hz at I V RMS Input 600kHz at 100mV RMS Computes: True RMS Square Mean Square Absolute Value dB O utput 60dB Range

Absolute Value Circuit

Abstract: AD637 AD637JR AD637AQ AD637AR AD637BQ AD637BR AD637JD AD637KD AD637S
Contextual Info: a FEATURES High Accuracy 0.02% Max Nonlinearity, 0 V to 2 V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8 MHz at 2 V RMS Input 600 kHz at 100 mV RMS Computes: True RMS Square Mean Square Absolute Value dB Output 60 dB Range Chip Select-Power Down Feature Allows:

ad508

Abstract: TEL LAB Q81 AD637 AD637AQ AD637AR AD637BQ AD637BR AD637JD AD637S AD637JQ
Contextual Info: a FEATURES High Accuracy 0.02% Max Nonlinearity, 0 V to 2 V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8 MHz at 2 V RMS Input 600 kHz at 100 mV RMS Computes: True RMS Square Mean Square Absolute Value dB Output 60 dB Range Chip Select-Power Down Feature Allows:

ad508j

Abstract: Absolute Value Circuit TEL-LAB Q81 12KV SCR AD508 AD711 MULTIPLEXER diode a4s 59 specifications of scr 12kv AD637 AD637AQ
Contextual Info: a FEATURES High Accuracy 0.02% Max Nonlinearity, 0 V to 2 V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8 MHz at 2 V RMS Input 600 kHz at 100 mV RMS Computes: True RMS Square Mean Square Absolute Value dB Output 60 dB Range Chip Select-Power Down Feature Allows:

TEL LAB Q81

Abstract: ad508j Absolute Value Circuit AD508 TEL-LAB Q81 TEL LAB Q81 PRECISION RESISTOR AD637 AD637AQ AD637AR AD637BQ
Contextual Info: a FEATURES High Accuracy 0.02% Max Nonlinearity, 0 V to 2 V RMS Input 0.10% Additional Error to Crest Factor of 3 Wide Bandwidth 8 MHz at 2 V RMS Input 600 kHz at 100 mV RMS Computes: True RMS Square Mean Square Absolute Value dB Output 60 dB Range Chip Select/Power-Down Feature Allows:

ad8270

Contextual Info: Precision Dual-Channel, Difference Amplifier AD8270 FEATURES Instrumentation amplifier building blocks Level translators Automatic test equipment High performance audio Sine/Cosine encoders 13 –VS _ _ + + 10kΩ 20kΩ 20kΩ 10kΩ 10kΩ 10kΩ AD8270

AD8270

Abstract: AD628 AD629 AD8202 AD8203 AD8205 AD8206 AD8216 AD8273 AMP03
Contextual Info: Precision Dual-Channel, Difference Amplifier AD8270 Instrumentation amplifier building blocks Level translators Automatic test equipment High performance audio Sine/Cosine encoders 13 –VS 14 OUTB _ _ + + 10kΩ 20kΩ 20kΩ 10kΩ 10kΩ 10kΩ AD8270 20kΩ

Contextual Info: INA159 SBOS333A − JULY 2005 − REVISED SEPTEMBER 2005 Precision, Gain of 0.2 Level Translation DIFFERENCE AMPLIFIER FEATURES DESCRIPTION D GAIN OF 0.2 TO INTERFACE ±10V SIGNALS TO SINGLE-SUPPLY ADCs D D D D D D GAIN ACCURACY: ±0.024% max WIDE BANDWIDTH: 1.5MHz

AD8273

Abstract: 12k resistor AD628 AD629 AD8202 AD8203 AD8205 AD8206 AD8216 AD8270
Contextual Info: Dual-Channel, Audio Difference Amplifier AD8273 FEATURES FUNCTIONAL BLOCK DIAGRAM +VS Two gain settings Gain of ½ −6 dB Gain of 2 (+6 dB) 0.05% maximum gain error 10 ppm maximum gain drift Excellent ac specifications 20 V/ s minimum slew rate 800 ns to 0.01% settling time

D11118

Abstract: AD8479
Contextual Info: Very High Common-Mode Voltage Precision Difference Amplifier AD8479 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM ±600 V common-mode voltage range Rail-to-rail output Fixed gain of 1 Wide power supply range of ±2.5 V to ±18 V 550 A typical power supply current

AD8273

Abstract: AD628 AD629 AD8202 AD8203 AD8205 AD8206 AD8270 AD8274 AMP03
Contextual Info: Very Low Distortion, Dual-Channel, High Precision Difference Amplifier AD8273 FEATURES FUNCTIONAL BLOCK DIAGRAM +VS ±4000 V HBM ESD Very low distortion 0.00025% THD + N 20 kHz 0.0015% THD + N (100 kHz) Drives 600 Ω loads Two gain settings Gain of ½ (−6 dB)

Contextual Info: Very Low Distortion, Dual-Channel, High Precision Difference Amplifier AD8273 FUNCTIONAL BLOCK DIAGRAM FEATURES +VS ±4000 V HBM ESD Very low distortion 0.00025% THD + N 20 kHz 0.0015% THD + N (100 kHz) Drives 600 Ω loads Two gain settings Gain of ½ (−6 dB)

Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665kΩ VREF OUT1 4.99kΩ IRF1 SCL1 VBIAS VNEG I TEMPERATURE LOG COMPENSATION 451Ω LOG1 14.2kΩ IPD1 INP1 OUT2 IRF2 80kΩ REFERENCE GENERATOR VOUT2 4.99kΩ

3NA10

Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665k VREF OUT1 4.99k IRF1 SCL1 VBIAS VNEG I TEMPERATURE LOG COMPENSATION 451 LOG1 14.2k IPD1 INP1 OUT2 IRF2 80k REFERENCE GENERATOR VOUT2 4.99k

AD8304

Abstract: AD8305 ADL5306 ADL5310
Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665kΩ VREF OUT1 4.99kΩ IRF1 SCL1 VBIAS VNEG I TEMPERATURE LOG COMPENSATION 451Ω LOG1 14.2kΩ IPD1 INP1 OUT2 IRF2 80kΩ REFERENCE GENERATOR VOUT2 4.99kΩ

ADL5310

Abstract: AD8304 AD8305 ADL5306 IRF110 ADL5310ACP
Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665kΩ OUT1 The ADL5310 employs an optimized translinear structure that utilizes the accurate logarithmic relationship between a bipolar transistor’s base-emitter voltage and collector current, with

Contextual Info: INA120 Precision INSTRUMENTATION AMPLIFIER FEATURES DESCRIPTION ● LOW OFFSET VOLTAGE: 25µV max ● LOW OFFSET VOLTAGE DRIFT: 0.25µV/°C max ● PIN-STRAPPED GAINS: 1, 10, 100, 1000 The INA120 is a precision instrumentation amplifier ideal for accurate signal acquisition. It combines precision, protected-input operational amplifiers, lasertrimmed gain-setting resistors, and a high commonmode rejection difference amplifier on a single chip.

Burr-Brown IC free

Contextual Info: INA INA154 154 For most current data sheet and other product information, visit www.burr-brown.com High-Speed, Precision DIFFERENCE AMPLIFIER G = 1 FEATURES APPLICATIONS ● DESIGNED FOR LOW COST ● DIFFERENTIAL INPUT AMPLIFIER ● LOW OFFSET VOLTAGE: ±750µV max

buf634

Contextual Info: INA157 INA 157 For most current data sheet and other product information, visit www.burr-brown.com High-Speed, Precision DIFFERENCE AMPLIFIER FEATURES APPLICATIONS ● DESIGNED FOR LOW COST ● DIFFERENTIAL INPUT AMPLIFIER ● LOW OFFSET VOLTAGE: ±500µV max

Contextual Info: INA157 INA 157 For most current data sheet and other product information, visit www.burr-brown.com High-Speed, Precision DIFFERENCE AMPLIFIER FEATURES APPLICATIONS ● DESIGNED FOR LOW COST ● DIFFERENTIAL INPUT AMPLIFIER ● LOW OFFSET VOLTAGE: ±500µV max

CBT3384A

Abstract: CBT3384
Contextual Info: TEXAS INSTRUMENTS Qualification Notification for the CBT3384A, Die Revision C October 6, 1995 Abstract Texas Instruments Advanced System Logic has qualified the CBT3384A, die revision C to replace the CBT3384, die revision A. Die revision C was redesigned to improve ESD and AC data sheet