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ad654 Datasheet

Part Manufacturer Description PDF Type
AD654 Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654 Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654 N/A The Industrial Linear IC Data Book 1993 Scan
AD654JCHIPS Analog Devices Original
AD654JN Analog Devices AD654 - IC VOLTAGE-FREQUENCY CONVERTER, 0.5 MHz, PDIP8, MINI, PLASTIC, DIP-8, Analog Special Function Converter Original
AD654JN/+ Analog Devices AD654 - IC VOLTAGE-FREQUENCY CONVERTER, 0.5 MHz, PDIP8, MINI, PLASTIC, DIP-8, Analog Special Function Converter Original
AD654JN Analog Devices Voltage to Frequency Converter, 500KHz FS Frequency, DIP Package Original
AD654JN Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654JN/+ Analog Devices V2F and F2V, Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654JN Analog Devices Over 600 obsolete distributor catalogs now available on the Datasheet Archive - Converter, Voltage to Frequency, Monolithic, Pkg Style 8 Lead Mini DIP Scan
AD654JN Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Scan
AD654JN N/A The Industrial Linear IC Data Book 1993 Scan
AD654JNZ Analog Devices AD654 - IC VOLTAGE-FREQUENCY CONVERTER, 0.5 MHz, PDIP8, MINI, PLASTIC, DIP-8, Analog Special Function Converter Original
AD654JNZ/+ Analog Devices AD654 - IC VOLTAGE-FREQUENCY CONVERTER, 0.5 MHz, PDIP8, MINI, PLASTIC, DIP-8, Analog Special Function Converter Original
AD654JNZ Analog Devices V2F and F2V, Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654JNZ/+ Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654JR Analog Devices AD654 - IC VOLTAGE-FREQUENCY CONVERTER, 0.5 MHz, PDSO8, SOIC-8, Analog Special Function Converter Original
AD654JR Analog Devices Voltage to Frequency Converter, 500KHz FS Frequency, SOIC Package Original
AD654JR Analog Devices Low Cost Monolithic Voltage-to-Frequency Converter Original
AD654JR Analog Devices Over 600 obsolete distributor catalogs now available on the Datasheet Archive - Converter, Voltage to Frequency, Monolithic, Pkg Style 8 Lead SOIC Scan
Showing first 20 results.

ad654

Catalog Datasheet MFG & Type PDF Document Tags

AD634

Abstract: COUNTER LED analog signals. REV. A V/F & F/V CONVERTERS 3-49 AD654 FREQUENCY DOUBLING Since the AD654's output is a , °C PACKAGE OPTIONS3 SOIC AD654JR Plastic DIP AD654JN NOTES 'Atfâ'žâ'ž = 250kHz; Rr = , °C CIRCUIT OPERATION The AD654's block diagram appears in Figure 1. A versatile operational amplifier serves , scale current with enough trim range to accommodate the AD654's 10% FS error and the components , maximum allowable drive. The AD654's positive input voltage range spans from â'" Vs (ground in single
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AD634 COUNTER LED Frequency counter icm7226 voltage frequency table ad654 tablet counter circuit diagram 74LS86 gate diagram

astable multivibrator 74LS14

Abstract: AD654 ICM7226 © Analog Devices, Inc., 1999 AD654­SPECIFICATIONS Model CURRENT-TO-FREQUENCY CONVERTER Frequency , AD654JN AD654JR ­40°C to +85°C ­40°C to +85°C 8-Lead Plastic DIP 8-Lead SOIC N-8 SO-8 REV , The AD654's block diagram appears in Figure 1. A versatile operational amplifier serves as the input , the AD654's 1 mV max voltage offset sufficiently low to forgo offset calibration. However, the input , vary as the bias currents drift over temperature. Therefore, to maintain the AD654's low offset, the
Analog Devices
Original
astable multivibrator 74LS14 AD654 ICM7226 voltage doubler using 555 timer AD6541 opto-isolator array ICM7226

voltage frequency table ad654

Abstract: AD654 so ) can protect the AD654's inputs from "below ­VS'' inputs as ­4­ REV. A AD654 shown in Figure 5 , . AD654­SPECIFICATIONS All testing done@ V = +5 V.) S Model CURRENT-TO-FREQUENCY CONVERTER Frequency Range , -8) AD654JR AD654JN NOTES 1 At fMAX = 250 kHz; RT = 1 k, CT = 390 pF, IIN = 0 mA­1 mA. 1 At fMAX = 500 , ­65°C to +150°C CIRCUIT OPERATION The AD654's block diagram appears in Figure 1. A versatile , absorption; other types will degrade linearity. The capacitor should be wired very close to the AD654. In
Analog Devices
Original
AD654 so ICM7226 Application note 555 VFC AD654 equivalent DAC 8048 AD592

4n137

Abstract: CAC02 series into two 500|xA legs, one to ground, and one into pin 3 of the AD654. Since the total input signal , Temperature Stability The stability of the AD654's output frequency is determined by several factors. Broadly , the AD654. Good V/F linearity definitely requires the use of a capacitor with low dielectric , illustrate this. Other Capacitor Considerations Since the voltage on the AD654's capacitor reverses , . Output Interfacing The AD654's logic output stage, available at pins 1-2, is designed to interface
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4n137 CAC02 series ic 7474 pin diagram full bridge inverter 500khz square wave ttl 7474 sine wave IC Timer Cookbook AN-278 AD654IC AD537 SC-11 AD650 CAC02/03/04/05

CI 74LS86

Abstract: voltage frequency table ad654 Copyrighted By Its Respective Manufacturer AD654 FREQUENCY DOUBLING Since the AD654's output is a , AD654-SPECIFICATIONS {twB= + 25°C and Vs (total) = 5 to 16.5V, unless othenMse specified. AM tasting done @VS=+5V). , AD654JR Plastic DIP AD654JN NOTES 'Atf^ = 250kHz; Rt = lkIl,CT = 390pF,IIN = 0-lmA. fm., = , Range.-65°C to + 150°C CIRCUIT OPERATION The AD654's block diagram appears in Figure 1. A , to provide a 1mA full scale current with enough trim range to accommodate the AD654's 10% FS error
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CI 74LS86 140S1 PIN CONFIGURATION OF THREE LEGS VARIABLE capacitor 250M AD589 MBD101

ad592c

Abstract: AD654JN , and thus regenerates the AD654's output square wave at the collector. T he supply voltage to the AD654 , 100 500 > + 1 -V s 0.2 1 4.5 4.5 ±5 1.5 2.0 -4 0 AD654JR AD654JN mA mA nA nA V p.s |XS , . -6 5 °C to + 150°C CIRCUIT OPERATION The AD654's block diagram appears in Figure 1. A , close to the AD654. In Figure 1, Schottky diode CR1 (MBD101) prevents logic common from dropping more , provide a 1mA full scale current with enough trim range to accommodate the AD654's 10% FS error and the
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ad592c ICM722 250MH 74LS86
Abstract: GUIDE Model1 AD654JN AD654JNZ AD654JNZ/+ AD654JR AD654JR-REEL AD654JR-REEL7 AD654JRZ AD654JRZ-REEL , device reliability. ESD CAUTION Rev. C | Page 3 AD654 CIRCUIT OPERATION The AD654's block , ://www.analog.com Fax: 781/461.3113 © Analog Devices, Inc., 2013 AD654­SPECIFICATIONS Model , provide a 1 mA full-scale current with enough trim range to accommodate the AD654's 10% FS error and the , is the maximum allowable drive. The AD654's positive input voltage range spans from ­VS (ground in Analog Devices
Original
MS-012-AA AD654JNZ/ 7/13--R 12/99--R D11523-0-7/13
Abstract: Fax: 781/326-8703 © Analog Devices, Inc., 1999 AD654â'"SPECIFICATIONS Model , Package Option AD654JN AD654JR â'"40°C to +85°C â'"40°C to +85°C 8-Lead Plastic DIP 8 , INPUT VOLTAGE OR CURRENT The AD654â'™s block diagram appears in Figure 1. A versatile operational , : scale and offset. In practice, most applications find the AD654â'™s 1 mV max voltage offset , temperature. Therefore, to maintain the AD654â'™s low offset, the application may require balancing the dc Analog Devices
Original

4n137

Abstract: CAC02 into two 500|xA legs, one to ground, and one into pin 3 of the AD654. Since the total input signal , Temperature Stability The stability of the AD654's output frequency is determined by several factors. Broadly , the AD654. Good V/F linearity definitely requires the use of a capacitor with low dielectric , illustrate this. Other Capacitor Considerations Since the voltage on the AD654's capacitor reverses , . Output Interfacing The AD654's logic output stage, available at pins 1-2, is designed to interface
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CAC02 CORNING CAC02 digital ic 7474 internal circuit diagram f-dyne CA3046 AD611K 6N135/6N136

74590

Abstract: ttl 7474 VFC AD650 ADI AD654 329-4700 AD651 AD654 1V 100kHz 10,000 5,000 AD654 VFC T1 AD654 500kHz 0.5V Intel 8051 8051 Intel MCS-51 8 "8051" Rev. 0 | Page 1 of 8 MCS , 50ms 1 50ms 8051 1 0 3s 1 RAM 500kHz 50ms 1. AD654 1 AD654 RT 500kHz T1 15 0 CT 4 R3 1 25,000 14 1V +1V 0 +1V AD654 0 8051 AJMP 1 2 2 , 32.77ms 4MHz fIN N 60Hz MC4044 50Hz 60Hz AD654 0 +1V 4 74LS393 AD654 491520Hz 60Hz
Analog Devices
Original
AN-276 SN7474 74590 ttl 7474 4020B 74.590 d 7474 ad6508 74LS04 AD650-MC6801 MC6801

in4733

Abstract: voltage to frequency converter using ic 555 timer analog output voltage which then controls the output frequency of an AD654 low cost voltage-to-frequency converter IC. The frequency output appears at Pin 1 of the AD654. Total chip cost for this , RT CT AD654 RT 3 6 4 5 5 COM 8 6 CT OSC CT 10 VIN­ VPR , AD654 RT 5 R2 C5 CT OSC C1 COM C4 0.1µF DRIVER LOGIC COM 9 OPTIONAL
Analog Devices
Original
in4733 voltage to frequency converter using ic 555 timer 147 kHz 555 timer 555cp IN4733 datasheet cmos 555 AN-411 ADXL05 555CP E2093

R1240

Abstract: MPX2000 Series 10 µ F TANTALUM FULL­SCALE VCC Ct Ct VSS 8 7 6 5 OUT GROUND 2 AD654 IN , MC33274 U2 1 8 V Regulator Motorola MC78L08ACP U3 1 AD654 Analog Devices AD654 U4 1 5 V Regulator Motorola MC78L05ACP U5 1 Small­Signal FET Motorola , then converted by the V/F converter to the nominal 1­10 kHz that has been specified. The AD654 V/F , full­scale voltage produced at pin 3 of the AD654 (U3). The input stage of the AD654 is an op­amp; thus, it
Motorola
Original
AN1316 R1240 MPX2000 Series Instrumentation Amplifier IC schematic sensor absolute mpx2200 transistor r1240 MPX2100DP AN1316/D MPX2000

proximity sensor interfacing with microcontroller

Abstract: Instrumentation Amplifier IC AD654 FOUT LogCom Rt +VIN C1 1 µF 3 + 2 11 C3 V 8 0.01 µF CC 7 Ct Ct 6 VSS 5 FULL-SCALE B , Testpoint BLUE Testpoint BLACK Testpoint GREEN Testpoint Quad Op Amp 8 V Regulator AD654 5 V Regulator , -104-01-04 TP-104-01-06 TP-104-01-00 TP-104-01-05 MC33274 MC78L08ACP AD654 MC78L05ACP BS107A MPX2100DP PHX , the nominal 1-10 kHz that has been specified. The AD654 V/F converter receives the amplified sensor , at pin 3 of the AD654 (U3). The input stage of the AD654 is an op-amp; thus, it will work to make the
Freescale Semiconductor
Original
proximity sensor interfacing with microcontroller TP1040104 mpx2050 DEVB150A DEVB160 AN1313

AD654

Abstract: AD654JN AD654 r-ra XAtlMISir A nWSA'iim L tz'\!l -AWilzSiWi-t % V-F 3 > Mâ'" 7 X-,ltit>li-t â'" -7v â  7JWV->im , 150Ï ItSVX-'ñiifttzi ii Si] s * It AD654JN s â'¢(â'¢ 'm* s * * (i flwsÅ"Å" 0 , 'XtlT y-Ztms/Km^-y'^-i') - 378 - AD654 (oot ) jESttAíiro v-F^SiSïg »v, I «5V TO -V, »301 (or «st) , ~16.5V( )V),T. = 25X:,1r s
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MC4044

Abstract: frequency counter using 8051 reader consult the individual AD650, AD651 and AD654 data sheets and the AD654 application note, all , the Analog Devices AD654 VFC output connected to the counter input, T1, of the Intel 8051 microcomputer. The AD654 is a low-cost, single-supply monolithic VFC with a full-scale frequency of up to 500kHz , genericaily refer to all members of the MCS-51 family. 23-10 VOLTAGE-TO-FREQUENCY CONVERTERS Figure 1. AD654 Pulse Counter The analog input of the AD654 in Figure 1 is a 0 to +1V signal. The timing resistor and
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frequency counter using 8051 Voltage-to-Frequency Converters 74LS221 74ls04hex 74ls221 circuits diagram 7208 display driver

AN1316

Abstract: voltage frequency table ad654 8 7 6 5 OUT GROUND 2 AD654 IN 1 Fout 2 LogCom 3 4 Rt +Vin 3 U4 , Regulator Motorola MC78L08ACP U3 1 AD654 Analog Devices AD654 U4 1 5 V , 1­10 kHz that has been specified. The AD654 V/F converter receives the amplified sensor output at pin , be chosen to provide 1 mA of drive current at the full­scale voltage produced at pin 3 of the AD654 (U3). The input stage of the AD654 is an op­amp; thus, it will work to make the voltage at pin 3 of
Motorola
Original
MPX2010 MPX2100 SS-12SDP2 MPX2200 MV57124A TP1040100

ttl 7474 sine wave

Abstract: 74590 individual A0650, AD651 and AD654 data sheets and the A0654 application note, all available from the Analog , ., a count of 5,000 corresponds to an input voltage of 0.5V. Figure Ï shows the Analog Devices AD654 VFC output connected to the counter input, T1, of the Intel 8051 microcomputer. The AD654 is a , of the MCS-51 family. VOL TAGE-TO-FREOUENCY CONVERTERS 23-5 O +5V + 5V 12MHc Figure 1. AD654 Pulse Counter The anatog input of the AD654 in Figure 1 is a O to + 1V signal. The timing resistor and
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INTERFACING OF SEVEN SEGMENT DISPLAY WITH 8051 74LS04* hEX INVERTER 74ls04 hex inverter ICM7208 74ls221 pin diagram hy 214 A Display

MPX2000 Series

Abstract: MPX2010 FULL-SCALE FOUT LogCom Rt +VIN OUT C3 VCC 8 0.01 µF 7 Ct Ct 6 VSS 5 GND 2 AD654 IN , U2 1 8 V Regulator Freescale MC78L08ACP U3 1 AD654 Analog Devices AD654 , that has been specified. The AD654 V/F converter receives the amplified sensor output at pin 8 of op , provide 1 mA of drive current at the full-scale voltage produced at pin 3 of the AD654 (U3). The input stage of the AD654 is an op-amp; thus, it will work to make the voltage at pin 3 of U3 equal to the
Freescale Semiconductor
Original
pressure sensor freescale MPX2200 Series inverter for pressure sensor pressure sensor freescale mpx2200

disadvantages of monostable multivibrator

Abstract: how to bistable multivibrator work Application Note: "Operation and Applications of the AD654 V-to-F Converter," is also available without charge , linear), we can build the FVC shown here, with an AD654 VFC. I. PLL USING AD654 AS A VOLTAGE-CONTROLLED
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AN-361 disadvantages of monostable multivibrator how to bistable multivibrator work 4046 application note pll Analog-Digital Conversion Handbook asynchronous VFC application note pll 4046

MPX2000 Series

Abstract: inverter for pressure sensor TANTALUM FULL­SCALE VCC Ct Ct VSS 8 7 6 5 OUT GROUND 2 AD654 IN 1 Fout 2 , MC33274 U2 1 8 V Regulator Motorola MC78L08ACP U3 1 AD654 Analog Devices AD654 U4 1 5 V Regulator Motorola MC78L05ACP U5 1 Small-Signal FET Motorola , /F converter to the nominal 1-10 kHz that has been specified. The AD654 V/F converter receives the , pin 3 of the AD654 (U3). The input stage of the AD654 is an op-amp; thus, it will work to make the
Motorola
Original
schematic sensor mpx2200 pressure sensor single op-amp amplification pressure to current converter Voltage-to-Frequency Interface MPX2100D MPX2700

Instrumentation Amplifier IC

Abstract: MPX2050 LogCom 3 4 Rt +Vin AD654 VCC Ct Ct VSS 8 7 6 5 C3 0.01 µ F R4 1.5 k B+ FULL­SCALE ­ , GREEN Testpoint Quad Op Amp 8 V Regulator AD654 5 V Regulator Small­Signal FET Pressure Sensor Bourns , ­104­01­05 MC33274 MC78L08ACP AD654 MC78L05ACP BS107A MPX2100DP PHX Contact Quality Tech. 1727023 MV57124A tantalum , AD654 V/F converter receives the amplified sensor output at pin 8 of op amp U1C. The full­scale , at pin 3 of the AD654 (U3). The input stage of the AD654 is an op­amp; thus, it will work to make the
Motorola
Original
KR102 connector CN1 X1MPX2100DP

MC140

Abstract: MC3407 FULL SCALE CAL. R11 4.3 k 3 4 U3 AD654 5 ­ V S 6 0 5V C T C O M , described in Figure 4. Its 0.5 to 4.5 V output is fed directly into an AD654 voltage-to-frequency converter. On the AD654, C3 sets nominal output frequency. Zero pressure output is calibrated to 1 kHz by , full scale frequency to 10 kHz. The output of the AD654 is then fed into a buffer consisting of Q1 and , of the AD654 or the output of Figure 3's Precision Instrumentation Amplifier Interface could by
Motorola
Original
AN1318 MC140 MC3407 mpx7000 Voltage-to-Frequency Interconnect isolated 4-20 ma sensor ic AN1318/D

XDCR1 MPX2000

Abstract: XDCR1 MPX7000 Series R2 820 R4 7.5 k U3 AD654 U2D 12 MC33274 14 13 + ­ R6 2 k R7 2 k 4 VIN 3 R11 4.3 k RT + V S ­ V S 5 10 , output is fed directly into an AD654 voltage­to­frequency converter. On the AD654, C3 sets nominal output , the AD654 is then fed into a buffer consisting of Q1 and R10. The buffer is used to clean up the edges , voltage­to­frequency converter. Alternately, an MPX5100 could be directly connected to pin 4 of the AD654 or the output
Motorola
Original
XDCR1 MPX2000 XDCR1 MPX7000 Series AN-1312 lucas zener AN1305 AN1315 AN1309 AN1312 AN1303
Showing first 20 results.