AD633 AN Search Results

amplitude modulation using AD633

Abstract: SPICE MODEL AD633
Contextual Info: Low Cost Analog Multiplier AD633 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale

Contextual Info: ANALOG DEVICES Low Cost Analog Multiplier AD633 FEATURES Four-Quadrant Multiplication Low Cost 8-Pin Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs

Contextual Info: Low Cost Analog Multiplier AD633 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale

amplitude modulation using AD633

Abstract: ad633 AD633 an AD633ARZ 1N914S wideband linear four-quadrant multiplier AD633JN Quadrature Oscillator
Contextual Info: Low Cost Analog Multiplier AD633 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale

AD633JNZ

Abstract: amplitude modulation using AD633 AD633ANZ AD633ARZ AD633JN DC to 500 MHz RMS-to-DC Converter AD7121 AD736 1N4148 AD633A
Contextual Info: Low Cost Analog Multiplier AD633 CONNECTION DIAGRAMS 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale Differential high impedance X and Y inputs

AD633-EVALZ

Contextual Info: Low Cost Analog Multiplier AD633 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM X1 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale

Contextual Info: Low Cost Analog Multiplier AD633 ANALOG DEVICES FEATURES Four-Quadrant M ultiplication Low Cost 8-Lead Package C om plete— No External Components Required Laser-Trimmed Accuracy and Stability Total Error W ithin 2% of FS Differential High Impedance X and Y Inputs

amplitude modulation using AD633

Abstract: AD633 AD633ANZ AD633JNZ AD7121 AD633A multiplier divider squarer AD736 AD633AR AD633JN
Contextual Info: Low Cost Analog Multiplier AD633 FEATURES FUNCTIONAL BLOCK DIAGRAM 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale Differential high impedance X and Y inputs

amplitude modulation using AD633

Abstract: AD633JNZ AD633 AD633 application notes AD736 AD633AN AD633JN 1N4148 AD633A AD633J
Contextual Info: Low Cost Analog Multiplier AD633 FEATURES CONNECTION DIAGRAMS 4-quadrant multiplication Low cost, 8-lead SOIC and PDIP packages Complete—no external components required Laser-trimmed accuracy and stability Total error within 2% of full scale Differential high impedance X and Y inputs

Analog Multipliers

Abstract: AD633
Contextual Info: Selection Tree Analog Multipliers/Dividers AD834 Selection Guides Analog Multipliers/Dividers Multipliers/Dividers Model AD834 AD539 AD734 AD633 AD532 AD632 AD534 AD538 BW MHz typ1 >500 60 10 1 1 1 \ 0.4 Accuracy % FS max ±2 ±1.5-2.5 ±0.25-0.4 ±2 ±1-2

Contextual Info: ANALOG COMPUTATION CIRCUITS: MULTIPLIER/DIVIDERS MODEL NUMBER TRAnsFER FUNCTION AD532 AD532 AD632 AD632 AD534 AD534 AD534 AD534 AD534 AD633 Vout= X1-X2 *(Y1-Y2)/10 Vout=(X1-X2)*(Y1-Y2)/10 Vout=(X1-X2)*(Y1-Y2)/10+Z2 Vout=(X1-X2)*(Y1-Y2)/10+Z2 Vout=(X1-X2)*(Y1-Y2)/10-(Z1+Z2)

10k resistor rn8

Abstract: amplitude modulation using AD633 ad633 AD633A AD633AN AD633AR AD633AR-REEL AD633AR-REEL7 AD633J AD633JN
Contextual Info: a FEATURES 4-Quadrant Multiplication Low Cost 8-Lead Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

ad6331

Abstract: AD633 AD7121 1N95236 AD633 application notes AD633A AD633AN AD633AR AD633AR-REEL AD633AR-REEL7
Contextual Info: a FEATURES Four-Quadrant Multiplication Low Cost 8-Lead Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

Contextual Info: ANALOG DEVICES □ FEATURES Four-Quadrant Multiplication Low Cost 8-Pin Package Complete — No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Sum ming Input

amplitude modulation using AD633

Abstract: AD7116 ad633 Square Rooter AD633 application notes HIGH accurate ANALOG MULTIPLIER AD711 AD633JN 1N4148 1N5236
Contextual Info: a FEATURES Four-Quadrant Multiplication Low Cost 8-Pin Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

AD633

Abstract: amplitude modulation using AD633 AD633A AD633AN AD633AR AD633AR-REEL AD633AR-REEL7 AD633J AD633JN 1N95236
Contextual Info: a FEATURES Four-Quadrant Multiplication Low Cost 8-Lead Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

1N95236

Abstract: AD633J AD633JN Quadrature AD736 quadrature oscillator 50/zener diode y1
Contextual Info: a FEATURES Four-Quadrant Multiplication Low Cost 8-Lead Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error Within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

amplitude modulation using AD633

Abstract: AD633 AD633JN ad633r 10k resistor rn8 AD633A AD633AN AD633AR AD633AR-REEL AD633AR-REEL7
Contextual Info: a FEATURES 4-Quadrant Multiplication Low Cost 8-Lead Package Complete—No External Components Required Laser-Trimmed Accuracy and Stability Total Error within 2% of FS Differential High Impedance X and Y Inputs High Impedance Unity-Gain Summing Input Laser-Trimmed 10 V Scaling Reference

MLT04

Abstract: AD532 AD534 AD538 AD539 AD632 AD633 AD734 AD834 AD835
Contextual Info: ANALOG COMPUTATION CIRCUITS: MULTIPLIER/DIVIDERS MODEL NUMBER TRANSFER FUNCTION SMALL FULL SIGNAL POWER BW BW MHZ SLEW RATE V/usec SETTLE TIME typ usec TOTAL NONLINEARITY ERROR @25C @Tmax X Input Y Input % FS % FS % FS % FS FEEDTHROUGH CMRR WIDEBAND NOISE

AD835

Abstract: AD532 AD534 AD538 AD539 AD632 AD633 AD734 AD834 MLT04
Contextual Info: ANALOG COMPUTATION CIRCUITS MODEL NUMBER TRANSFER FUNCTION SMALL FULL SIGNAL POWER BW BW MHZ SLEW RATE V/usec SETTLE TIME typ usec TOTAL NONLINEARITY ERROR @25C @Tmax X Input Y Input % FS % FS % FS % FS FEEDTHROUGH CMRR WIDEBAND NOISE 1% Y=20 X=20 mV RMS typ

AD734

Abstract: "Analog Multipliers" ad639 datasheet Analog Multipliers AD632 application AD534 ad633 AD633 application notes AD835 NS-5
Contextual Info: ANALOG COMPUTATION CIRCUITS MODEL NUMBER TRANSFER FUNCTION SMALL FULL SLEW SIGNAL POWER RATE BW BW MHZ V/usec SETTLE TOTAL NONLINEARITY FEEDTHROUGH CMRR WIDEBAND NOISE 1% TIME ERROR Y=20 X=20 mV RMS typ AMPLITUDE typ @25C @Tmax X Input Y Input X=0 Y=0 10 HZ

AD835

Abstract: Z2 J diode AD532 AD534 AD538 AD539 AD632 AD633 AD734 AD834
Contextual Info: ANALOG COMPUTATION CIRCUITS: MULTIPLIER/DIVIDERS MODEL NUMBER TRAnsFER FUNCTION SMALL SIGNAL BW MHZ FULL POWER BW 1 1 1 1 1 1 1 1 1 1 -3dB @ 8 -3dB @ 8 -3dB @ 8 -3dB @ 0.4 -3dB @ 0.4 SLEW RATE V/usec SETTLE TIME typ usec TOTAL NONLINEARITY FEEDTHROUGHCMRR WIDEBAND NOISE

lvdt accelerometer

Abstract: Analog Devices AD7752 AD1845 AD22057 strain gauge OP07 REF01 AD1892 OP181 AD594 AD8541 AD215
Contextual Info: ANALOG DEVICES CD REFERENCE CATEGORY SUBCATEGORY A/D Converter < 1 MSPS Encoders no T/H, Multiple Supplies AD1376 AD5212 AD5215 AD570 AD571 AD573 AD574A AD578 AD673 AD674B AD7572 AD7572A AD7578 AD7582 AD7672 AD774B ADADC71 ADADC72 ADADC80 ADADC84 ADADC85 ADC912A

Contextual Info: MT-080 TUTORIAL Mixers and Modulators MIXER AND MODULATOR OVERVIEW An idealized mixer is shown in Figure 1. An RF or IF mixer (not to be confused with video and audio mixers) is an active or passive device that converts a signal from one frequency to another.