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AN489 Analysis and Basic Operation of the MC1595

Catalog Datasheet MFG & Type PDF Document Tags

AN489 Analysis and Basic Operation of the MC1595

Abstract: MC1595 OPERATION AND APPLICATIONS INFORMATION THEORY OF OPERATION The MC1495 is a monolithic, four-quadrant multiplier which operates on the principle of variable transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis , ) (4) Hence, the output voltage is the ratio of Vz to Vx and provides a divide function. This analysis , chosen. This takes best advantage of the dynamic range and insures linear operation in the Y-channel
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AN489 Analysis and Basic Operation of the MC1595 AN489 MC1495 AN489 Analysis and Basic Operation of the MC1495 MC1495L MC1595L application note AN489 MC1495/1595 SO-14

AN489 Analysis and Basic Operation of the MC1595

Abstract: MC1595 b le transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential output current , DATA 11-33 MC1495 O PERATIO N AND APP LIC A TIO N S INFORM ATIO N Theory of Operation The MC1495 , offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-lnput Offset (a , V x and provides a divide function. This analysis is, of course, the ideal condition. If the
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motorola AN489 Analysis and Basic Operation of the mc1595 1495B 1495D 1495P G10211D

AN489 Analysis and Basic Operation of the MC1595

Abstract: AN489 AN489, Analysis and Basic Operation of the MC1595, The result of this analysis is that the differential output current of the multiplier is given by: 1~-lB=Al=R3 where, 1A and IB are the currents into Pins , value of 1.0 kQ is chosen. This takes best advantage of the dynamic range and insures linear operation , of Operation o The MCI 495 is a monolithic, four-quadrant multiplier which operates on the , =+25°C and 113= 13= 1.0 mA, 3T=*T=52Q. ql13 q13 ~nearit~~~f maybe measured by either of the following
Motorola
Original
mc14951 MC1495P AN-489 AN489 MC1595 MC1495BP MC1495D MC1495/D V12-V7 MC1495B 1PHX3602H OW21W15 MC14951D

AN489 Analysis and Basic Operation of the MC1495

Abstract: AN489 Analysis and Basic Operation of the MC1595 which operates on the principle of variable transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis , INFORMATION Theory of Operation be ignored. Figures 17 and 18 show the error expected from this source as a function of the values of RX and RY with an operating current of 1.0 mA in each side of the , and provides a divide function. This analysis is, of course, the ideal condition. If the multiplier
ON Semiconductor
Original
MC1495 equivalent 2N2905A MC1741C

MC1495

Abstract: AN489 Analysis and Basic Operation of the MC1595 AN489, Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential , the offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-Input , VZ to VX and provides a divide function. This analysis is, of course, the ideal condition. If the , best advantage of the dynamic range and insures linear operation in the Y-channel. Since the X-input , Theory of Operation The MC1495 is a monolithic, four-quadrant multiplier which operates on the
Motorola
Original

AN489 Analysis and Basic Operation of the MC1595

Abstract: ic mc1495 OPERATION AND APPLICATIONS INFORMATION Theory of Operation The MC1495 is a monolithic, four-quadrant multiplier which operates on the principle of variable transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this , used to null the offsets and set the scale factor for the multiply mode of operation, (see Figure 21 , of the dynamic range and insures linear operation in the Y-channel. Since the X-input varies
Motorola
Original
ic mc1495 SSB Modulator DESIGN Motorola MC1456 mc1456

MC1495

Abstract: KC113 , Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential output , offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-Input Offset (a , output voltage is the ratio of VZ to VX and provides a divide function. This analysis is, of course, the , of 1.0 k is chosen. This takes best advantage of the dynamic range and insures linear operation in , Theory of Operation The MC1495 is a monolithic, four-quadrant multiplier which operates on the
ON Semiconductor
Original
KC113 V14-V1 V1-V12 V12-V9

AN489 Analysis and Basic Operation of the MC1595

Abstract: MC1495 , Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential output , should be used to null the offsets and set the scale factor for the multiply mode of operation, (see , ratio of VZ to VX and provides a divide function. This analysis is, of course, the ideal condition. If , . This takes best advantage of the dynamic range and insures linear operation in the Y-channel. Since the , INFORMATION Theory of Operation The MC1495 is a monolithic, four-quadrant multiplier which operates on the
Motorola
Original
D2PAK erx

AN489 Analysis and Basic Operation of the MC1595

Abstract: motorola AN489 Application Note AN-489 M ULTIPLIER S E R IE S - PART I ANALYSIS AND BASIC OPERATION OF , characteristic of the device. A few basic applications are given to assist the designer in his system design. MOTOROLA S e m ic o n d u c to r Products inc. M O T O R O L A IN C . 1975 ANALYSIS AND BASIC OPERATION OF THE MC1595 modulated by one input and the other input modulates the width. The area o f the , device. This note will be concerned with an analysis o f the M CI595, the basic operating and design
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AN-489 motorola motorola AN261 MCI595 AN489 analysis and basic operation MC1595 square-law C1595 AN489/D

1495L

Abstract: MC1595 covered in Application Note AN489, Analysis and Basic Operation o f the MC1595. The result of this , OPERATION AND APPLICATIONS INFORMATION THEORY OF OPERATION The MC1495 is a monolithic, four-quadrant , one side of the input amplifier to ``cutoff" and cause nonlinear operation. Current I3 and l-j3 are , the offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-lnput , chosen. This takes best advantage of the dynamic range and insures linear operation in the Y-channel
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1495L 1595L AN-489 MC1495 theory 1595D

analog multiplier MC1496

Abstract: AN531 MC1496 ," EEE Magazine, Vol. 17, No. 5, May 1969. 5. "Analysis and Basic Operation of the MC1595," ON , constant current sources for the lower differential amplifier Q5­Q6. The analysis of operation of the , . It is followed by an appendix containing a detailed mathematical ac and dc analysis of the device , frequency for single ended operation. The nulling circuit permits nulling of the LO signal and results in , been explored. The basic device characteristics of providing an output signal at the sum and
ON Semiconductor
Original
MC1496 analog multiplier MC1496 AN531 MC1496 balanced modulator MC1496 operation theory MC1496 application note AN531 AN531/D

AN-489

Abstract: MC1495E AN489, Analysis and Basic Operation o l the MC1595. The result of this analysis is that the differential output current of the multiplier is given by: ia 3 dB Bandwidth and Phase Shift Bandwidth is prim , Exceeding this value will drive one side of the input am plifier to "c u to ff and cause nonlinear operation , 1C DEVICE DATA 1 1 -33 MC1495 OPERATION AND APPLICATIONS INFORMATION Theory of Operation , error of 5%. - ib = a i =. 2 VXVV R x R y '3 where, Ia and Ib are the currents into Pins 14 and 2
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MC1495E AM MODULATOR using multiplier IC C1495

AN-489 motorola

Abstract: mc1594l identical to the MCI595 and is discussed in detail m Application Note AN-489. "Analysis and Basic Operation of the MC1595". The result of this analysis is that the differential output current of the multiplier , ) resistors, R (Figure 16) can be omitted. If the MC1594 is used in an ac mode of operation and capacitive , voltage. As shown in Figure 15, the MC1594 consists of a multiplier proper and associated peripheral , External Components For low frequency operation the circuit of Figure 16 is recommended For this circuit
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MC1494L mc1594l MC1494 equivalent MC1596 MC1596 frequency doubler circuit cermet Potentiometers quality data MC1594/1494 MCI494 MC1594L 100-H TCV00

SPICE model for UC3844

Abstract: UC3843 spice model Boosts Performance Threefold Analysis and Basic Operation of the MC1595 High Fidelity Switching Audio , Rectifier Physics, Basic Properties of Semiconductors, the SPICE Diode Model, Diode Specifications and , the effective use of its Analog, Discrete and Logic product families across a broad range of practical , is presented in the form of Application Notes (AN's), Article Reprints1 (AR's) and Engineering , the user's knowledge and understanding of ON Semiconductor's products. However, before attempting to
ON Semiconductor
Original
SPICE model for UC3844 UC3843 spice model tl494 spice model EB407 Basic Halogen Converter MTP2N10 180V - 240V igbt dimmer BR1522/D

MFC6030

Abstract: mfc8040 G E A B IL IT Y G U ID E and C R O S S R E F E R E N C E L IS T IN G The following listing of , designed to insure re lia b ility and performance of the finished product. The processing and q ua lity , . The information in this book has been carefully checked and is believed to be reliable; however, no , microelectronic devices any license under the patent rights of any manufacturer. First Edition December, 1971 , specification differences and therefore are not exact replacements. In many cases the "similar to " device
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MC1335 MC1352 MC1353 MFC6030 mfc8040 germanium TRANSISTOR C1741 mc1345 mc1304 MC1303 MC1304 MC1305 MC1306 MC1307 MC1326

74ls219

Abstract: billion transformer e 3103 308 30631 can turn to the one source that has become the first step in the critical selection of iCs, Boards and , is kept current with the IC UPDATE magazine. Each issue of IC UPDATE covers all new and discontinued , directory. In addition, the Part Number Index includes basic part numbers for Microcomputer Boards and , temperature ranges, packaging variations, and functions. An invaluable tool for the e imination of costly and , Guide, covering virtually every facet of the industry, organizes ICs and related components and systems
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74ls219 billion transformer e 3103 308 30631 Panasonic DM 20201 SILICON pnp transistor LA3350 tdc1007j tca280 S2000 J24616 J26487 K25582 CH-5404 54070Z

A5 GNC mosfet

Abstract: SL1626 Manual. This contains tutorial and reference data for assembly language pro gramming of the AMI 6800 , prototyping board and system, plus software programs, runs 98 pages and comes only with purchase of the EVK , -page compendium of information on the AMI 6800 system, and complete data sheets on each circuit in the family , '™ll find it out in seconds by using the MASTER. . The 1C MASTER saves you time and lots of it. no , abstract, and includes identity of both the authoring manufacturer and the specific application note number
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A5 GNC mosfet SL1626 HA1452 TCA345 INTERSIL application bulletin teledyne 39843 AMI6800H AMI6800 VMI6800

bpl color tv Circuit Diagram schematics

Abstract: Solar Garden Light YX 805 4 pin telephones from any location, 7 days a week and 24 hours a day. A number of features are offered within the , , information on product groups, full search capabilities of device models, a listing of the domestic and , Device Data Vol. I This publication presents technical information for the broad line of Analog and , numbers for other industry products. One chapter is devoted showing all of the Tape and Reel Options. All , , high­reliability processing, and abstracts of available Applications and Product Literature. The information in
Motorola
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bpl color tv Circuit Diagram schematics Solar Garden Light YX 805 4 pin 7-level cascaded H-bridge inverter hardware design TL494 car charger schematic diagram LG color tv Circuit Diagram schematics atx power supply UC3842 diagram LM2575 MC78BC00 MC78FC00 MC78LC00

MC1709CL

Abstract: MC1741L , function or design. M o to ro la does not assum e any liability arising out of the application or use of , rights nor the rights of others. P rin te d in U.S.A. Series C Fourth P rin tin g © M O TO R O , technical inform ation on a portion of M oto ro la L in earâ'™s product offering. D etailed inform ation on , contains the following: â'¢ C ross-R eference â'¢ S elector G uides (by Product C ategory) â'¢ D ata Sheets â'¢ Package Inform ation â'¢ Abstracts Covering Application Notes and Engineering Bulletins M
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MC1709CL MC1741L mc1394 delta inverter dac 08N mc1709cp2 TRANSISTOR 7808a EB-51 EB-87 EB-52 MC3380 EB-88 EB-20

uln2803 spice model

Abstract: RADIO SHACK PARTS CROSS REF a week and 24 hours a day. A number of features are offered within the Mfax system, including , search capabilities of device models, a listing of the domestic and international sales offices, and , Data Vol. II This publication presents technical information for the broad line of Analog and , numbers for other industry products. One chapter is devoted showing all of the Tape and Reel O ptions , , high-reliability processing, and abstracts of available A pplications and Product Literature. The information in
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MCCF33093 uln2803 spice model RADIO SHACK PARTS CROSS REF MC3340 equivalent murata cfj 455 hall marking code A04 siemens semiconductor manual MC33341 MC33347 MC33348 MC33363A MC33364 MC33368
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