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Part Manufacturer Description PDF & SAMPLES
HA9P2556-9Z Intersil Corporation 57MHz, Wideband, Four Quadrant, Voltage Output Analog Multiplier; SOIC16; Temp Range: -40° to 85°C
HA3-2556-9 Intersil Corporation ANALOG MULTIPLIER OR DIVIDER, 57MHz BAND WIDTH, PDIP16
HA1-2556-9 Intersil Corporation ANALOG MULTIPLIER OR DIVIDER, 57MHz BAND WIDTH, CDIP16
MPY534TH Texas Instruments Precision Analog Multiplier 10-TO-100
MPY534JH Texas Instruments Precision Analog Multiplier 10-TO-100
MPY534LH Texas Instruments Precision Analog Multiplier 10-TO-100

"Analog Multiplier 4-Quadrant"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: MT-079 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 , quadrant" multiplier, and the output will also be unipolar. If one of the signals is unipolar, but the other may have either polarity, the multiplier is a "two quadrant" multiplier, and the output may have , . Rev.0, 10/08, WK Page 1 of 8 MT-079 Figure 2: AD539 Analog Multiplier Block Diagram The Analog Devices
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ISBN-10 ISBN-13
Abstract: Multiplier Utilising TRAC Introduction A circuit that forms the product of two analog waveforms is called a , for a Single Quadrant Multiplier (SQM) which can deal with inputs of positive polarity has been , Multiplier (4QM) for producing the product of signals in second, third, and fourth quadrant. The required , -Y + + + XY Where X, Y < 1 Figure 1. Standard Four Quadrant Multiplier (4QM) The multiplier and multiplicand, X and Y, can assume positive or negative polarity. The single quadrant Fast Analog Solutions
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HIGH SPEED ANALOG MULTIPLIER AN29 design ideas signal path designer TRAC TRAC020
Abstract: TRAC Application Note AN5 Issue 1 September 1998 Single Quadrant and Four Quadrant Multiplier , HAB/RIo -kT/q Log E >/RIo NEG + NEG Figure 1 Single Quadrant DC Multiplier (SQM , quadrant multiplier will provide excellent temperature independent multiplication for inputs of the , outlined by the algorithm in the previous section. Figure 2 Four Quadrant Multiplier (4QM) The multiplier and multiplicand, X and Y, can assume positive or negative polarity. The single quadrant Fast Analog Solutions
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TAN-54
Abstract: principles of a high-speed, monolithic, dual-channel analog multiplier, you can realize useful , -MHz (typ) AD539 analog multiplier, and by carefully choosing companion operational amplifiers for such , %-lineari-ty voltage-controlled filter with center frequencies as high as 100 kHz. A basic 2-quadrant multiplier Before looking , - Fig 1â'"A basic 2-quadrant multiplier, in conjunction with an op amp, multiplies two input voltages Vx , device is a 4-quadrant multiplier. A second class of multiplier accepts a bipolar input at its linearly -
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AN-309 VF100 inverter Sheingold ad611 transresistance amp Sansen Technology Non-Linear Circuits Handbook 60-MH AD539- AD539-BASED
Abstract: . Wideband Two Quadrant Analog Multiplier. Wideband Two Quadrant Analog Multiplier. Wideband Four Quadrant Voltage Output Analog M ultiplier. Wideband Four Quadrant Current Output Analog M ultiplier. Low , . Four Quadrant Analog Multiplier -
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CA555 LM555 CA3189 ICL8048 Analog Multiplier lm555 Harris CA1391 CA1394 CA3089 CA3126
Abstract: principles of a high-speed, monolithic, dual-channel analog multiplier, you can realize useful , -MHz (typ) AD539 analog multiplier, and by carefully choosing companion operational amplifiers for such , %-lineari-ty voltage-controlled filter with center frequencies as high as 100 kHz. A basic 2-quadrant multiplier Before looking , '"A basic 2-quadrant multiplier, in conjunction with an op amp, multiplies two input voltages Vx and Vy to , device Is a 4-quadrant multiplier. A second class of multiplier accepts a bipolar input at its linearly -
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ADLH0032 AD509 square-law AN309 ADLH003 AD558
Abstract: analog Integrated Circuit devices Multiplier, Divider, Squarer, Square Rooter Guaranteed ±0.5% Max 4-Quadrant Accuracy (AD530L , DESCRIPTION The Analog Devices AD5 30 is the industry's first integrated circuit multiplier to include the , , please refer to Analog Devices' AD5 30 Technical Bulletin, and Multiplier Handbook. PIN CONFIGURATION & , typically twice that achievable in the 4-quadrant multiplier mode. TRIM PROCEDURES Multiplier. 1. With X -
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AD530J AD530K AD530S AD530 Square Rooter multiplier divider squarer XY/10 10Z/X 30S/883
Abstract: analog Integrated Circuit devices AD530 FEATURES Totally Self-Contained Multiplier, Divider, Squarer, Square Rooter Guaranteed ±0.5% Max 4-Quadrant , typically twice that achievable in the 4-quadrant multiplier mode. TRIM PROCEDURES Multiplier. 1. With , 's, J) PRODUCT DESCRIPTION The Analog Devices AD5 30 is the industry's first integrated circuit multiplier to include the transconductance multiplying element, stable reference, and output amplifier on a -
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10YD 4-Quadrant Multiplier AD530D AD530S/883 AD530SV883
Abstract: analog Integrated Circuit devices Multiplier, Divider, Squarer, Square Rooter Guaranteed ±0.5% Max 4-Quadrant Accuracy (AD530L , DESCRIPTION The Analog Devices AD5 30 is the industry's first integrated circuit multiplier to include the , the square root mode is typically twice that achievable in the 4-quadrant multiplier mode. TRIM , with 10Z/X transfer function, and square roots in one (1) quadrant with a transfer function of - Vioz -
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Abstract: analog Integrated Circuit devices Multiplier, Divider, Squarer, Square Rooter Guaranteed ±0.5% Max 4-Quadrant Accuracy (AD530L , DESCRIPTION The Analog Devices AD5 30 is the industry's first integrated circuit multiplier to include the , the square root mode is typically twice that achievable in the 4-quadrant multiplier mode. TRIM , with 10Z/X transfer function, and square roots in one (1) quadrant with a transfer function of - Vioz -
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zc 5094 squarer
Abstract: ® HARRIS SEMICONDUCTOR ICL8013 Four Quadrant Analog Multiplier Description The ICL8013 is a four quadrant analog multiplier whose out put is proportional to the algebraic product of two , . MULTIPLIER BLOCK DIAGRAM SPECIAL ANALOG CIRCUITS ICL8013 Division If the Z terminal is used as an , versatility of the ICL8013 make it ideal for all multiplier applications in control and instrumentation , Specified TEST CONDITIONS 1 ICL8013A ICL8013B MAX ICLB013C TYP I C E S I 1 UNITS PARAMETER Multiplier -
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ICL8013ACTX CL8013 ICL8013AMTX ICL8013BMTX ICL8013CMTX ICL8013BC ICL8013CC
Abstract: describes the use of a high-side current-sense amplifier and a four quadrant analog multiplier to produce , , achieves ±1% accuracy. A current sensor (U2) measures output current, and a 4-quadrant analog voltage multiplier (U1 and U3) generates the product of output voltage and current. An optional unity-gain inverter , :49 PM] Power Meter Is ±1% Accurate the inverted multiplier output. This power meter is most accurate for multiplier inputs (J1 and J2) between 3V and 15V. Choose the current-sense resistor Rsense as Maxim Integrated Products
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MAX427 MAX4372H mc1495 HIGH accurate ANALOG MULTIPLIER current voltage power meters AC DC 10w sinewave inverter MC1495 10VDC
Abstract: Prime Double Balanced Mixer MLT04 1 Analog Devices 4 Channel, 4 Quadrant Multiplier , Quadrant Multiplier OP413 1 Analog Devices Quad Operational Amplifiers ADM660 1 Analog , Analog devices ADM660 Capacitor 10uf DESIGN PERFORMANCE ·Uses 4 quadrant analog multipliers , Comparator AD835 2 Analog Devices Multiplier American Microsystems , 0,4 10 1 W1=0.4(RXDI)2 W3 0,4 Diode 1N4148 4 Y1 Y3 13 Analog Devices MLT04 American Microsystems
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SX043 HFA3424 HFA3624 HFA3524 LM360 costas loop QPSK DSSS resistor 1k inverter bill of material AD835 circuit HFA3724 HFA3925
Abstract: iii MULTIPLIERS SOME BASICS In its simplest conceptual form, an analog multiplier is a , greater accuracy below 1V. POLARITY ·The AD534 is a 4-quadrant multiplier. This means that , for its , reciprocation, and an AD534 multiplier was used for squaring. A linearized temperature sensor using analog , , while certainly workable , is primarily intend ed to show th e key role of the analog multiplier and , (t < -ci) ~" 7 , 0 Copyright © 1978 by Analog Devices, Inc. Printed in U.S.A. All Analog Devices
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2n3773 power Amplifier circuit diagrams AD533 as a multiplier Q1/840
Abstract:   Wideband Two Quadrant Analog Multiplier M 1993 arch Features Description The HA-2546 is a monolithic, high speed, two quadrant, analog multiplier constructed in the Harris Dielectrically Isolated , TEMPERATURE Theory ot Operation The HA-2546 is a two quadrant multiplier with the following three , , percentage calculations, etc. Please refer to the HA-2556 four quadrant multiplier for additional , PARAMETER TEMP MIN MULTIPLIER PERFORMANCE Multiplication Error (Note 2) Multiplication Error -
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HFA0002
Abstract: September 1998 Figure 2 TRAC Single Quadrant Multiplier Figure 3 TRAC Single Quadrant Multiplier , Kambiz Pourhady The TRAC family of totally reconfigurable Field Programmable Analog Devices offers , Voltage TRAC Multiplier Current AError Power Reference Demand Figure 1 HID Driver block , , TRAC has been configured as a Multiplier. Compared to presently available Multiplier ICs (where the output product is always scaled and the multiplier device needs a number of Resistors, Capacitors and Fast Analog Solutions
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FZT789 TL5001 hid lamp controller AN10 Analog Solutions zetex fzt789 TAN10-2 TAN10-3 TAN10-4
Abstract: Balanced Modulator Demodulator AD632 Internally Trimmed Precision IC Multiplier AD734 10 MHz Four Quadrant Multiplier AD834 500 MHz Four Quadrant Multiplier October 1999 Page 2 of 4 Analog , ) 562-7352, lawrence-m.lin@analog.com FAX # (408) 562-7167 Address: Analog Devices, Inc. P.O. Box 58020 (MS B6-01) Santa Clara, CA 95052-8020 USA Analog Devices, Inc. Obsolescence List AEROSPACE , LC2MOS Quad SPST Switch ADG506A LC2MOS 16-Channel Analog Multiplexer ADG508A LC2MOS 8-Channel Analog Analog Devices
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IC TTL 741 OP AMP OP-AMP ic 741 datasheet datasheets of op-amp ic 741 DATASHEET OF IC 741 op-amp 741 OP Amp OP 741 AD570 AD573 AD674B AD872 AD7820 AD7821
Abstract: [ /Title (ICL80 13) /Subject ( 1MHz, Four Quadrant Analog Multiplier ) /Autho r () /Keywords (Intersil Corporation, semiconductor, analog multiplier, four quadrant, high accuracy , ICL8013 November 2000 File Number 2863.5 1MHz, Four Quadrant Analog Multiplier Features The ICL8013 is a four quadrant analog multiplier whose output is proportional to the algebraic , bandwidth, and increased versatility of the ICL8013 make it ideal for all multiplier applications in Intersil
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ICL8013CCTX ICL8013BCTX 1-888-I 20VP-P ISO9000
Abstract: HA-2547 ® HARRIS S E M I C O N D U C T O R Wideband Two Quadrant Analog Multiplier , 5MHz. . . -50dB The HA-2547 is a monolithic, high speed, two quadrant, ana­ log multiplier , current output, two quadrant multiplier with one differential signal channel, VY+ and Vr , and one , HA-2547 rivals the best analog multipliers currently available including hybrids. â'¢ Wide Signal , ANALOG CIRCUITS HA1-2547-5 Specifications HA-2547 Absolute Maximum Ratings (Note 1) Operating -
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100MH
Abstract: Quadrant Analog Multiplier Features · High Speed Voltage Output. 300V/ns · , The HA-2546 is a monolithic, high speed, two quadrant, analog multiplier constructed in the Harris , Theory of Operation The HA-2546 is a two quadrant multiplier with the following three differential inputs , supply pins minimizing lead inductance. Adjusting Scale Factor The HA-2546 two quadrant multiplier may be , 15V, v- = -15V, r l = ik ij, cL= 50pF, Unlass otherwise Specified MULTIPLIER PERFORMANCE -
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MIL-STD-883 HA-2546/883
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