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Part Manufacturer Description Datasheet Download Buy Part
LTC1595CCS8#PBF Linear Technology LTC1595 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC1596-1AISW#TRPBF Linear Technology LTC1596 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 16; Temperature Range: -40°C to 85°C
LTC1596BCSW#PBF Linear Technology LTC1596 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C
LTC1596CISW#TRPBF Linear Technology LTC1596 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 16; Temperature Range: -40°C to 85°C
LTC1595BIS8#TR Linear Technology LTC1595 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LTC1596-1ACSW Linear Technology LTC1596 - Serial 16-Bit Multiplying DACs; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C

analog multiplier Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
"analog multiplier"

Abstract: analog multiplier APP4030 Analog Multiplier current HIGH accurate ANALOG MULTIPLIER MAX4211 integrated ANALOG MULTIPLIER
Text: multiplier , current sense Jun 02, 2008 APPLICATION NOTE 4030 Analog Multiplier Improves the Accuracy , how to use an analog multiplier integrated with a high-side currentsense amplifier to measure battery , improves the measurement accuracy by feeding the ADC reference voltage to one of the analog multiplier , precision of the reference voltage. This application note shows how to use an analog multiplier integrated , 's reference voltage to one of the analog multiplier 's inputs. High-Side vs. Low-Side Current Measurement


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PDF com/an4030 AN4030, APP4030, Appnote4030, "analog multiplier" analog multiplier APP4030 Analog Multiplier current HIGH accurate ANALOG MULTIPLIER MAX4211 integrated ANALOG MULTIPLIER
"Analog Multiplier"

Abstract: 4134 mosfet analog multiplier AN-4134 max4210 APP4134 MAX4477
Text: Maxim > App Notes > Amplifier and Comparator Circuits Keywords: MAX4210 analog multiplier power Dec 05, 2007 APPLICATION NOTE 4134 Using a Generic 0 to 1V Analog Multiplier to Ensure Accurate , simple analog multiplier (from the MAX4210D/E/F) that is capable of multiplying two input signals , truly analog multiplier . These devices can directly multiply battery current by an input voltage from 0 , analog multiplier . This circuit can multiply two independent input voltages up to 1V each. Page 1 of


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PDF MAX4210 com/an4134 MAX4210: AN4134, APP4134, Appnote4134, "Analog Multiplier" 4134 mosfet analog multiplier AN-4134 APP4134 MAX4477
2011 - low voltage analog multiplier

Abstract: 2SK425-LX14
Text: iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER Rev B1, Page 1/7 FEATURES o o o o o o o MLT04 , Four-Channel, Four-Quadrant Analog Multiplier Y2 X2 GND2 Y3 X3 0.4 0.4 GND3 W2 W3 iC-BM , MULTIPLIER Rev B1, Page 2/7 DESCRIPTION iC-BM features four analog multipliers. Each fourquadrant multiplier , GND4 W4 Channel 1: Analog multiplier output Channel 1: Ground Channel 1: First input of multiplier , Channel 2: First input of multiplier Channel 2: Ground Channel 2: Analog multiplier output Channel 3


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PDF MLT04 SO18W D-55294 low voltage analog multiplier 2SK425-LX14
2010 - Analog Multiplier for am modulation

Abstract: MV-203 G003 MLT04 "Analog Multiplier" 102 m x1 y1
Text: iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER y inar im prel Rev A1, Page 1/7 , VEE http://www.ichaus.com iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER y inar im , VCC Y2 X2 GND2 W2 W3 GND3 X3 Y3 VEE Y4 X4 GND4 W4 Channel 1: Analog multiplier output , 2: Ground Channel 2: Analog multiplier output Channel 3: Analog multiplier output Channel 3 , : Ground Channel 4: Analog multiplier output iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER y


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PDF MLT04 SO18W D-55294 Analog Multiplier for am modulation MV-203 G003 "Analog Multiplier" 102 m x1 y1
2010 - SO18W

Abstract: "Analog Multiplier" analog multiplier MV203V Analog Multiplier for am modulation ic-bm icbm MLT04 Analog Multiplier current low voltage analog multiplier
Text: iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER Rev A2, Page 1/7 FEATURES APPLICATIONS , X4 Y1 Y4 GND4 GND1 0.4 0.4 Four-Channel, Four-Quadrant Analog Multiplier Y2 Y3 , ://www.ichaus.com iC-BM FOUR-CHANNEL FOUR-QUADRANT ANALOG MULTIPLIER Rev A2, Page 2/7 DESCRIPTION iC-BM features four analog multipliers. Each fourquadrant multiplier consists of a Gilbert cell multiplier with , VEE Y4 X4 GND4 W4 Channel 1: Analog multiplier output Channel 1: Ground Channel 1: First


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PDF MLT04 SO18W D-55294 SO18W "Analog Multiplier" analog multiplier MV203V Analog Multiplier for am modulation ic-bm icbm Analog Multiplier current low voltage analog multiplier
circuit integrate TB 1226 CN

Abstract: RC4200ANB RC4200ADE RC420 RM4200 rv4200nb "analog multiplier" RC4200NB rc4200 raytheon
Text: heart of a multiplier , and can therefore provide superior AC response in comparison to other analog , Analog Multiplier Absolute Maximum Ratings Supply Voltage , Analog Multiplier RC4200 Electrical Characteristics (Over Operating Temperature Range, Vs = -15V , three inputs and the ou tp u t is: h h Analog Multiplier as a m ultiplier. Power drain of the op , RC4200 Extended Range Analog Multiplier , V re f Rc Rcx Vr ef! RaRb _ T he in p u t and o u tp u


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PDF T-73PRODUCT RC4200 RC4200 RV4200NB RC4200NB RV4200ANB RC4200ANB circuit integrate TB 1226 CN RC4200ADE RC420 RM4200 "analog multiplier" rc4200 raytheon
2009 - Gilbert Cell

Abstract: No abstract text available
Text: 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 , . Rev.0, 10/08, WK Page 1 of 8 MT-079 Figure 2: AD539 Analog Multiplier Block Diagram The , 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


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PDF MT-079 ISBN-10: ISBN-13: Gilbert Cell
CY8C27443-24PXI

Abstract: MODULATOR DSM sample project of digital signal processing IOT02 analog Isolator analog multiplier low voltage analog multiplier Single-Bit ADCs in a Nutshell
Text: block diagram below is of an analog multiplier . With the inputs tied together the output is the square , XNORed result would always be high.) Fig. 6: Analog Multiplier Configured As A Squaring Circuit Again , below is of the 4 Vpp 100 Hz sine wave and the filters output. Fig. 7: Analog Multiplier Configured , correctly implemented. This is a four-quadrant multiplier and the four-quadrant analog multiplier is the , explored how to build delta-sigma modulators, handy little devices that convert an analog input into


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SOL18

Abstract: SOL-18 sol18 package MLT04GS mlt04specifications MLT04GP MLT04GBC MLT04 ln4148-type analog multipliers
Text: ► ANALOG DEVICES Four-Channel, Four-Quadrant Analog Multiplier MLT04 FEATURES Four , MLT04 Multiplier Each of the MLT04's analog multipliers is based on a Gilbert cell multiplier , the above expression yields expressions for all the errors in an analog multiplier : Term Description , the table, the primary static errors in an analog multiplier are input offset voltages, output offset , Divider Connections The most commonly used analog divider circuit is the "inverted multiplier


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PDF MLT04 18-Lead SOL18 SOL-18 sol18 package MLT04GS mlt04specifications MLT04GP MLT04GBC MLT04 ln4148-type analog multipliers
1996 - transistor C1845

Abstract: VX w1 C1845 C1845 equivalent SOL18 SOL18 package PDIP-18 BW70 MLT04GP MLT04
Text: a Four-Channel, Four-Quadrant Analog Multiplier MLT04 FEATURES Four Independent Channels , -quadrant analog multiplier with single-ended voltage inputs and voltage outputs. The functional block diagram , signals is not provided. ANALOG MULTIPLIER ERROR SOURCES Multiplier errors consist primarily of input , the output of a real analog multiplier is given by: V O = ( K + K ){(VX + X OS )(V Y + Y OS ) + ZOS + , expression yields expressions for all the errors in an analog multiplier : ­VS Figure 3. Functional


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PDF MLT04 18-Lead transistor C1845 VX w1 C1845 C1845 equivalent SOL18 SOL18 package PDIP-18 BW70 MLT04GP MLT04
2009 - Not Available

Abstract: No abstract text available
Text: inputs. They are multipliers, modulators, and mixers. An analog multiplier generally has two signal , minimal intermodulation distortion. MIXING USING AN IDEAL ANALOG MULTIPLIER Figure 2 shows a greatly simplified RF mixer by assuming the use of an analog multiplier . RF INPUT VX IF OUTPUT VX • VY LO INPUT VY ANALOG MULTIPLIER , e.g., AD834 Figure 2: Mixing Using an Analog Multiplier Ideally , the other at the difference frequency, ωRF – ωLO. In practice, an analog multiplier would be a


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PDF MT-080 ISBN-10: ISBN-13:
1996 - C1845 equivalent

Abstract: SOL18 Mlt 04 MLT-04 mlt04specifications c1845 sol18 package
Text: Modulation and Demodulation Four-Channel, Four-Quadrant Analog Multiplier MLT04 FUNCTIONAL BLOCK DIAGRAM , is a complete, four-channel, voltage output analog multiplier packaged in an 18-pin DIP or SOIC , , 4-quadrant analog multiplier with single-ended voltage inputs and voltage outputs. The functional , summing signals is not provided. +VS X1, X2, X3, X4 ANALOG MULTIPLIER ERROR SOURCES Multiplier errors , core. An expression for the output of a real analog multiplier is given by: V O = ( K + K ){(VX + X OS


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PDF MLT04 18-Lead C1845 C1845 equivalent SOL18 Mlt 04 MLT-04 mlt04specifications sol18 package
bimetallic strip sensor

Abstract: transistor 3669 bimetallic thermal sensor ir sensor simple circuit analog multiplier AN3669 bimetallic-strip APP3669 Bimetallic strip as fuse currentmirror
Text: current-sensing circuit with voltage output and an analog multiplier . The high-side current sensor provides an , consists of an integrated current sensor and analog multiplier . (See Figure 1b above.) The multiplier , voltage is required. Like the current sensor, the analog multiplier can also be factory-trimmed to , input of the analog multiplier . The other multiplier input connects to a voltage-divider connected to , sensor. Page 1 of 9 Figure 1b. A basic power sensor integrates the current sensor and analog


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PDF MAX4172 MAX4211EEVKIT com/an3669 MAX4006: MAX4210: AN3669, APP3669, Appnote3669, bimetallic strip sensor transistor 3669 bimetallic thermal sensor ir sensor simple circuit analog multiplier AN3669 bimetallic-strip APP3669 Bimetallic strip as fuse currentmirror
Not Available

Abstract: No abstract text available
Text: Four-Channel, Four-Quadrant Analog Multiplier MLT04 ANALOG ► DEVICES FUNCTIONAL BLOCK , specification are n o t implied. - 2- REV. 0 MLT04 FUNCTIONAL DESCRIPTION ANALOG MULTIPLIER ERROR SOURCES T he M L T 04 is a low cost quad, 4-quadrant analog multiplier with single-ended voltage , expression for the output of a real analog multiplier is given by: V0 = ( K + A K ) {( V x + X os) ( V y + , algebra to simplify the above expression yields expressions for all the errors in an analog multiplier


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PDF MLT04 18-Lead
Not Available

Abstract: No abstract text available
Text: Four-Channel, Four-Quadrant _ Analog Multiplier A N A LO G D E V IC E S □ MLT04 , Demodulation GENERAL DESCRIPTION The MLT04 is a complete, four-channel, voltage output analog multiplier , DESCRIPTION The MLT04 is a low cost quad, 4-quadrant analog multiplier with single-ended voltage inputs and , offset voltage, or additional summing signals is not provided. ANALOG MULTIPLIER ERROR SOURCES , the multiplying core. An expres­ sion for the output of a real analog multiplier is given by: VQ


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PDF MLT04 18-Lead MLT04 lN4148-type IO71R
Not Available

Abstract: No abstract text available
Text: Current Output Analog Multiplier M 1993 arch Features Description • Low Multiplication E , , four quadrant, analog multiplier constructed in Harris’ Dielectrically Isolated High Frequency Process. The high frequency performance of the HA-2557 rivals the best analog multipliers currently , HA1-2557-9 -40°C to +85°C 16 Lead Ceramic DIP SPECIAL ANALOG CIRCUITS HA9P2557-9 For , Full TYP MAX UNITS - 1.5 3 %FS - 3.0 6 %FS VC MULTIPLIER


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PDF -50dB 100MHz HA-2557 100MHz 100mV/Div. 20ns/Div.
similar of AD534

Abstract: "Analog Multiplier" AD534 M1L-STD-883 AD534SH/883B HIGH accurate ANALOG MULTIPLIER ad534 application analog multiplier
Text: AD534SH/883B REVISION NONE May, 1988 Precision ANALOG MULTIPLIER FEATURES • ±0.5% MAX 4 , accuracy, general purpose four-quadrant analog multiplier . Its accurately laser-trimmed transfer , SPECIFICATION MICROCIRCUITS, LINEAR ANALOG MULTIPLIER MONOLITHIC, SILICON 1. SCOPE 1.1 Scope. This specification covers the detail requirements for a monolithic four-quadrant precision analog multiplier . 1.2 , single four-quadrant analog multiplier . There are two electrical performance grades (S and T grade).


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PDF AD534/883B AD534TD/883B AD534TH/883B AD534SD/883B AD534SH/883B 10MHz MIL-STD-883 AD534 O-100 15VDC similar of AD534 "Analog Multiplier" M1L-STD-883 AD534SH/883B HIGH accurate ANALOG MULTIPLIER ad534 application analog multiplier
2000 - MPY634 multipliers circuits

Abstract: circuit application of MPY634 MPY634 "analog multiplier" SBOA092A
Text: ® MPY634 Wide Bandwidth PRECISION ANALOG MULTIPLIER FEATURES q WIDE BANDWIDTH: 10MHz typ q , DESCRIPTION The MPY634 is a wide bandwidth, high accuracy, four-quadrant analog multiplier . Its accurately , : MPY634, Wide Bandwidth Precision Analog Multiplier All Semiconductors _ , /PKG | SAMPLES | APPLICATION NOTES MPY634, Wide Bandwidth Precision Analog Multiplier DEVICE STATUS , , four-quadrant analog multiplier . Its accurately laser-trimmed multiplier characteristics make it easy to use in


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PDF MPY634 10MHz MPY634 MPY634AM MPY634BM MPY634KP MPY634KU MPY634KU/1K MPY634KP MPY634 multipliers circuits circuit application of MPY634 "analog multiplier" SBOA092A
PDS-766

Abstract: "analog multiplier" AD532
Text: CO CO Precision ANALOG MULTIPLIER Q FEATURES • ±1% MAX 4-QUADRANT ERROR • STABLE AND RELIABLE MONOLITHIC CONSTRUCTION • MIL-STD-883 COMPLIANT APPLICATIONS • PRECISION ANALOG SIGNAL , purpose The AD532/883B is manufactured in full compliance four-quadrant analog multiplier . Its accurately , MICROCIRCUITS, LINEAR ANALOG MULTIPLIER MONOLITHIC, SILICON I. SCOPE 1.1 Scope. This specification covers the , four-quadrant analog multiplier . There is a single electrical performance grade (S grade). This grade features


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PDF AD532/883B AD532SD/883B AD532SH/883B MIL-STD-883 MIL-STD-883. PDS-766 "analog multiplier" AD532
APP4470

Abstract: MAX4210 AN4470
Text: voltage independently, and multiplies the corresponding signals together with an internal analog multiplier . Applying the multiplier output to the inverting input of an error amplifier lets you apply a , contains a current monitor that measures load current, a buffer that measures load voltage, and an analog multiplier that multiplies the two together, producing an output voltage proportional to load power. The


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PDF MAX4210) MAX4210: com/an4470 AN4470, APP4470, Appnote4470, APP4470 MAX4210 AN4470
2005 - Not Available

Abstract: No abstract text available
Text: powermonitoring ICs integrate a precision current-sense amplifier and an analog multiplier for a variety of , multiplier for powersensing applications (see the Analog Multiplier section). The current-sense amplifiers , given in Table 1. Analog Multiplier The MAX4210/MAX4211 integrate an analog multiplier that enables , analog multiplier multiplies these two voltages to obtain an output voltage proportional to the load power. The analog multiplier is designed only to operate in the positive quadrant, that is, the inputs


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PDF MAX4210/MAX4211 MAX4210 MAX4210A/B/C MAX4210D/E/F MAX4210/MAX4211
1N5436

Abstract: K/20 amp MOSFET
Text: ) Low Start-up Supply Current Fixed-Frequency PWM Drive Low-Offset Analog Multiplier /Divider 1 Amp , line-current distortion. To do this, the TK83854 contains a voltage amplifier, a precision analog multiplier , DESCRIPTIONS (CONT.) MULTOUT (Pin 5) ( Multiplier Output and Current Sense Plus): The output of the analog , differen tially. IAC (Pin 6) (Input AC Current): This input to the analog multiplier is a current. The , r, VAoUT, REF, GTDRV, Ta = Operating Range SYMBOL Multiplier ^OM(IAC) lOM(ZC) 'oMfSET) 'OM !om


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PDF TK83854 UC2854, UC3854 TK83854 1N5436 K/20 amp MOSFET
Not Available

Abstract: No abstract text available
Text: Supply Current Fixed-Frequency PWM Drive Low-Offset Analog Multiplier /Divider 1ATotem-Pole Gate Driver , do this, the UC1854 contains a voltage amplifier, an analog multiplier /di­ vider, a current , sense plus): The output of the analog multiplier and the non-inverting input of the current amplifier , ) (input AC current): This input to the analog multiplier is a current. The multiplier is tailored for , MULTIPLIER Multiplier Gain Constant (Note 5) -1 .0 V OSCILLATOR Oscillator Frequency RsET


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PDF UC1854 UC2854 UC3854 UC1854 U-134
IC 741 cn OPAMP

Abstract: Voltage multiplier using 741 opamp 4200d RC4200 RC4200ANB "analog multiplier" RC4200DE analog multiplier RC4200ADE frequency response of inverting op-amp IC 741
Text: integrated Precision Analog Multiplier FEA TU RES · High a ccu ra cy N o n -lin e a rity - 0 .1 % m , Analog Multiplier A B S O L U T E M A X IM U M R A T I N G S (above which the useful life may be , designed to p recisely im p le m en t the relatio nship Precision Analog Multiplier plier th is m atch , : 7-52 EjWTHEOW ^ Precision Analog Multiplier T h e referen ce voltage V r m ust be p ositive , Precision Analog Multiplier F ig u re 3. F o u r- Q u a d ra n t, G en eral-P u rpo se M u ltip lie r


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PDF RC4200 liRV4200D RC4200DE RV4200AD RC4200AD RV420GN RC4200N RV4200AN RC4200AN RV4200N IC 741 cn OPAMP Voltage multiplier using 741 opamp 4200d RC4200ANB "analog multiplier" analog multiplier RC4200ADE frequency response of inverting op-amp IC 741
2005 - MARK PSRI

Abstract: MAX4210CETT T MAX4210-MAX4211 "16pin" ahg DSA0042785
Text: current-sense amplifier and an analog multiplier for a variety of current and power measurements. The MAX4211 , current at IOUT (MAX4211). This voltage is fed to the analog multiplier for multiplying the load current , proportional to the load current. This voltage is also fed to the analog multiplier for powersensing applications (see the Analog Multiplier section). The current-sense amplifiers feature three gain options , Multiplier The MAX4210/MAX4211 integrate an analog multiplier that enables real-time monitoring of power


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PDF MAX4211) 100mV/150mV MAX4210) 220kHz MAX4210/MAX4211 MAX4210/MAX4211 21-0066I U16-2* MARK PSRI MAX4210CETT T MAX4210-MAX4211 "16pin" ahg DSA0042785
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