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HIGH accurate ANALOG MULTIPLIER
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Gilbert CellAbstract: MT079 TUTORIAL Analog Multipliers ANALOG MULTIPLIER BASICS An analog multiplier is a device , . Figure 1: Basic Analog Multiplier and Definition of Multiplier Quadrants From a mathematical point of , . Rev.0, 10/08, WK Page 1 of 8 MT079 Figure 2: AD539 Analog Multiplier Block Diagram The , furnished by Analog Devices applications and development tools engineers is believed to be accurate and , quadrant" multiplier, and the output will also be unipolar. If one of the signals is unipolar, but the 
Analog Devices Original 

Gilbert Cell ISBN10 ISBN13 
Analog Devices 435JAbstract: 435K ï»¿ANALOG DEVICES INC MÃ¼ DÃ'Ã DfllbflÃ¼a GQG7ÃS1 7 T7329 V. C ANALOG DEVICES Precision Multiplier, Divider, , 1/4%, 1/10% Square Rooter r rgfii.iBgWMaa. > FEATURES High Accuracy Without , Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is , have been made one can further appreciate the importance of starting with an accurate, high speed , multiplier that combines factory trimmed accuracy to within 0.1% max with output offset drift of only 0.002 
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Analog Devices 435J 435K nonlinear circuits Nonlinear circuits handbook 435J 1N914 
Abstract: relative amplitude and timing misalignments that are problematic at high frequencies. The new multiplier , ADL5391 is fabricated on Analog Devicesâ' proprietary, high performance 65 GHz SOI complementary SiGe , Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog , DC to 2.0 GHz Symmetric Multiplier ADL5391 Preliminary Technical Data FEATURES UltraFast Symmetric Multiplier Function: VW= Î±Ã(VX x VY)/ 1V + VZ Unique Design Ensures Absolute XYSymmetry 
Analog Devices Original 

100MH PR0605903/06 
Abstract: relative amplitude and timing misalignments that are problematic at high frequencies. The new multiplier , ADL5391 is fabricated on Analog Devicesâ' proprietary, high performance 65 GHz SOI complementary SiGe , Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog , DC to 2.0 GHz Symmetric Multiplier ADL5391 Preliminary Technical Data FEATURES UltraFast Symmetric Multiplier Function: VW= Î±Ã(VX x VY)/ 1V + VZ Unique Design Ensures Absolute XYSymmetry 
Analog Devices Original 

TC1113M PR0605906/06 ADL5391ARUZ 
Model 436AAbstract: AD2026 ï»¿ANALOG DEVICES High Accuracy, Two Quadrant Analog Divider FEATURES Two Quadrant: Numerator Range: Â±10V High Accuracy: 0.5% max (436A), 0.25% max (436B) over 100:1 Dynamic Range No Trimming , inherently more accurate than inverted multiplier devices, they are limited to singlequaclrant operation by , accuracy than the most accurate available multiplier (43 5 K) for a 100:1 change in denominator. With , , twoquadrant variable transconductance analog divider featuring guaranteed accuracy of Â±0.5% (model 436A) and 
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Model 436A AD2026 AC1041 436B analog divider 436J3 
MPY634 multipliers circuitsAbstract: circuit application of MPY634 DESCRIPTION The MPY634 is a wide bandwidth, high accuracy, fourquadrant analog multiplier. Its accurately , ® MPY634 Wide Bandwidth PRECISION ANALOG MULTIPLIER FEATURES q WIDE BANDWIDTH: 10MHz typ q , configuration as a multiplier, squarer, divider, squarerooter, and other functions while maintaining high , : MPY634, Wide Bandwidth Precision Analog Multiplier All Semiconductors _ , /PKG  SAMPLES  APPLICATION NOTES MPY634, Wide Bandwidth Precision Analog Multiplier DEVICE STATUS 
BurrBrown Original 

SBOA092A MPY634 multipliers circuits circuit application of MPY634 AB172 SBOA081 SLYT027 SLOA024A SBOA093A 
Abstract: be used single ended Low noise, high linearity Accurate, temperature stable gain scaling , multiplication and summing High frequency analog modulation Adaptive antennas (diversity/phased array , analog multiplier products. It provides the same general mathematical function that has been field , at high frequencies. The new multiplier core eliminates these misalignments by offering symmetric , approximately 130 mA. The ADL5391 is fabricated on Analog Devices proprietary, high performance, 65 GHz, SOI 
Analog Devices Original 

ADL5391ACPZ MO220VEED2 CP163 ADL5391ACPZR2 ADL5391ACPZR71 ADL5391ACPZWP1 
ADL5391EVALZAbstract: balun tc1113m used single ended Low noise, high linearity Accurate, temperature stable gain scaling Singlesupply , High frequency analog modulation Adaptive antennas (diversity/phased array) Squarelaw detectors and , GENERAL DESCRIPTION The ADL5391 draws on three decades of experience in advanced analog multiplier , amplitude and timing misalignments that are problematic at high frequencies. The new multiplier core , . Rev. 0 Information furnished by Analog Devices is believed to be accurate and reliable. However, no 
Analog Devices Original 

ADL5391EVALZ balun tc1113m RMS262 AD835 ADL5391ACPZWP AD8132 ADL5391EVALZ1 D0605907/06 
Model 429BAbstract: HIGH accurate ANALOG MULTIPLIER ) Differential Monolithic Construction Vol. I 637 VOL. II, 64 ANALOG MULTIPLIERS'DIVIDERS ANALOG DEVICES Accurate, Wideband, Multiplier, Divider, Square Rooter MODEL 429 FEATURES: 1.0%/0.S% Accuracy without , considerations have been made, one can further appreciate the importance of starting with an accurate, high speed , ï»¿Selection Guide Analog Multipliers/Dividers MODEL 429 1.0%/0.5% Accuracy Without Trimming , Detection Instrumentation Calculations Analog Computer Functions Adaptive Process Control Trigonometric 
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AD535 AD535K Model 429B HIGH accurate ANALOG MULTIPLIER 429A 429B 
ad2003Abstract: Model 434 dividers that use logantilog circuits are inherently more accurate than inverted multiplier devices , than the most accurate available multiplier (435K)for a 100: 1 change in denominator. With external , facilitates accurate online monitoring and control of vital system parameters. '. 4 Analog Devices , ,. W , : t10V High Accuracy: 0.5% (436AI. 0.25% (436B) over 100:1 Dynamic Range No Trimming Required 1000:1 
Analog Devices Original 

ad2003 Model 434 multiplier logantilog roip I436A 
synchros applicationAbstract: Resolvers tools engineers is believed to be accurate and reliable, however no responsibility is assumed by Analog , robotics manufacturers use resolvers and synchros to provide accurate angular and rotational information , reliability, absolute position measurement, high accuracy, and lownoise operation. SYNCHROS AND RESOLVERS , converter seeks to adjust the digital angle, , continuously to become equal to, and to track , the analog angle being measured. V sin t ROTOR REFERENCE V sin t sin COSINE MULTIPLIER STATOR INPUTS 
Analog Devices Original 

ISBN0130328480 AD2S90 AN230 AN263 synchros application Resolvers Resolvers and Synchros scottt transformer resolver sine multiplier MT030 
Abstract: . The ispLSI 2032 also provides the user with a more accurate circuit because of its high system , Phase Locked Loops (PLL) in High Speed Designs Introduction This application note describes the , circuits that emulate analog functions, more designers are moving away from analog. Many functions can now , Detector The phase detector circuit in Figure 2 is analogous to an analog PLL, it could be considered a , method of operation between the analog and digital versions is different. There are different types of 
Lattice Semiconductor Original 

1800LATTICE 
phase detectorAbstract: digital phase detector the user with a more accurate circuit because of its high system performance. # (!V & Q2.PIN & , Phase Locked Loops (PLL) in High Speed Designs to generate the desired output frequency. Figure , digital circuits that emulate analog functions, more designers are moving away from analog. Many , reference signal. Phase Detector The phase detector circuit in Figure 2 is analogous to an analog PLL , be the same, even though the method of operation between the analog and digital versions is 
Lattice Semiconductor Original 

phase detector digital phase detector Phase detectors application note phase detector and up down counter frequency generator single phase ups block diagram 
phase detector and up down counterAbstract: phase detector the user with a more accurate circuit because of its high system performance. # (!V & Q2.PIN & , digital circuits that emulate analog functions, more designers are moving away from analog. Many , reference signal. Phase Detector The phase detector circuit in Figure 2 is analogous to an analog PLL , be the same, even though the method of operation between the analog and digital versions is , outputs (UP and DN) remain high. For use with a VCO, only one output is used, and the other is pulled up 
Lattice Semiconductor Original 


HIGH accurate ANALOG MULTIPLIERAbstract: ax1 Tools Engineers is believed to be accurate and reliable, however no responsibility is assumed by Analog , Tools Engineers is believed to be accurate and reliable, however no responsibility is assumed by Analog , a Engineer To Engineer Note EE153 Technical Notes on using Analog Devices' DSP components , ADSP2191 includes a clock multiplier, which provides more flexibility for multiple clock modes than , multiplier mode enables the chip to run faster than the input clock rate. The PLL can also be brought up at 
Analog Devices Original 

ax1 ADSP218 
book ic 555Abstract: BurrBrown 4340 memory and peak detection Recommended Analog Circuit Function Multiplier, Divider, Multifunction , ANALOG CIRCUIT FUNCTIONS SELECTION GUIDES The Selection Guides show parameters for the high grade. Refer , ANALOG CIRCUIT FUNCTIONS Analog circuits act as building blocks with which to perform a variety , systems. The analog circuit functions include multipliers, dividers, multifunction converters, true , building blocks has broadened the scope o f practical analog circuit systems and greatly simplified analog 
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book ic 555 BurrBrown 4340 MPY634P burrbrown Model 4302 analog peak detector circuit voltage to frequency converter using ic 555 UAF41 UAF21 REF10M REF101M REF200M 
process flow diagram of energy metersAbstract: ADE7759 ADE7756: High Speed and accurate Energy measurement E N E R G Y Sampling time of Energy measurement , electromechanical meters in China and India. Analog Devices addresses this market by providing ADE775x family of , Measurement Voltage sensing Analog Front end Current sensor connection Digital calibration Energy , . Technology at a glance nADE7756 application nBlock Diagram High Resolution Data Conversion nQuality nFeatures n n n n n n n n n Analog Front end Current sensor connection Digital calibration 
Analog Devices Original 

ADE7754 ADE7759 process flow diagram of energy meters AD7755 Pt 100 sensor connection Pt 1000 sensor connection AD7751 ADE775 
LH00321Abstract: LH0032 analog ï»¿ANALOG Wideband DualChannel DEVICES_Linear Multiplier/Divider AD539 FEATURES Two Quadrant , BASE COMMON CHAN2 OUTPUT PRODUCT DESCRIPTION The AD539 is a lowdistortion analog multiplier having , furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed , analog multiplier or divider careful attention must be paid to the matter of scaling, particularly in , multiplier, using op amps to provide useful output power and the AD539 feedback resistors to achieve accurate 
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LH0032 LH00321 LH0032 analog 59628980901EA AD539J AD539JN AD539K AD844 AD827 AD811 
IC TTL 741 OP AMPAbstract: OPAMP ic 741 datasheet Quadrant Multiplier AD834 500 MHz Four Quadrant Multiplier October 1999 Page 2 of 4 Analog , ) 5627352, lawrencem.lin@analog.com FAX # (408) 5627167 Address: Analog Devices, Inc. P.O. Box 58020 (MS B601) Santa Clara, CA 950528020 USA Analog Devices, Inc. Obsolescence List AEROSPACE , Interface 12Bit, 10 MSPS ADC 8Bit, High Speed ADC with Track/Hold 8Bit, High Speed ADC with Track/Hold , Precision Comparator Precision High Speed Dual Comparator D/A Converters AD558 AD562 AD767 AD7224 
Analog Devices Original 

IC TTL 741 OP AMP OPAMP ic 741 datasheet datasheets of opamp ic 741 DATASHEET OF IC 741 opamp 741 OP Amp OP 741 AD570 AD573 AD674B AD872 AD7820 AD7821 
CI 4553Abstract: Absolute Value Circuit Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices , exponentiation. 2. High accuracy analog division with a wide input dynamic range. 3. Onchip +2 V or +10 V , a onequadrant analog multiplier with 10 volt scaling. If 2 volt scaling is desired, Vx can be tied , undertaking, particularly where high accuracy and very low nonlinearity are important. In conventional analog , ï»¿âº ANALOG DEVICES RealTime Analog Computational Unit (ACU) FEATURES 'OUT Transfer 
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AD538 CI 4553 Absolute Value Circuit AD639 equivalent kd 617 AD538AD AD639 AD547 
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