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inductosyn

Abstract: Linear inductosyn inductosyn farrand 220A100 inductosyn resolver resolver to digital converter remote preamplifier digital to resolver converter 210A100 268B300
Text: remote from the measuring Inductosyn. APPLICATION The block diagram Inductosyn-to-digital converter shows a "hook up" with preamplifier, power oscillator and a 268B300 R/D converter with an Inductosyn. By , Ü1 CD Inductosyn™ preamplifier low noise_gain 1300 series 220A100 FEATURES ■2" X 2" module , Inductosyn. Provisions are included for trimming the gains of the amplifier if it becomes necessary. The , Inductosyn slider are low level signals on the order of millivolts and require amplification and buffering in


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PDF 220A100 16-bit 220A100 268B300 210A100 inductosyn Linear inductosyn inductosyn farrand inductosyn resolver resolver to digital converter remote preamplifier digital to resolver converter
inductosyn

Abstract: inductosyn absolute inductosyn farrand IPA1764 inductosyn farrand pin
Text: order millivolts and require amplification and buffering before transmission to an Inductosyn-to-digital , error of 0.23 micron using a 2mm pitch Inductosyn. By carefully controlling phase mismatch to less than 1°, the error contribution is only 0.2 micron in a 2mm pitch Inductosyn. The IPA1764 with an output , machine tool applications where the Inductosyn-to-digital converter is remote from the measuring Inductosyn. The IPA1764 is of hybrid manufacturing techniques, and available in two temperature range


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PDF IPA1764 1S10/20, 1S14/24 12-bit IPA1764 IPA1764/460 IPA1764, OSC17S8 inductosyn inductosyn absolute inductosyn farrand inductosyn farrand pin
inductosyn

Abstract: Linear inductosyn inductosyn farrand inductosyn resolver 220A100 210A100 268B300 resolver to digital converter
Text:  Inductosyn™ preamplifier low noise gain 1300 series 220A100 FEATURES • 2" X 2" module , match over temperature contributes an error of 0.23 micron using a 2 mm pitch Inductosyn. Provisions are , Inductosyn. APPLICATION The block diagram Inductosyn to digital converter shows a "hook up" with preamplifier, power oscillator and a 268B300 R/D converter with an Inductosyn. By variation of the gain , converter and the 210A100 power oscillator.) GENERAL DATA The outputs from an Inductosyn slider are low


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PDF 220A100 220A100 268B300 210A100 inductosyn Linear inductosyn inductosyn farrand inductosyn resolver resolver to digital converter
inductosyn

Abstract: Linear inductosyn Linear inductosyn digital readout RESOLVER IRDC1731 IRDC1730 inductosyn absolute IRDC1731650 IRDC1731550 revolution counter
Text: □ ANALOG 4000 Count, Tracking Inductosyn™ / DEVICES Resolver-to-Digital Converter IRDC1731 FEATURES Works on Amplitude Measurement Technique Can Be Used with Inductosyns or Resolvers 4000 Count , case of the Inductosyn. The continuous tracking principle gives the advantages of zero drift and , operates within the same pitch of the Inductosyn. OUTLINE DIMENSIONS Dimensions shown in inches and (mm). , ) APPLICATIONS Digital Display of Inductosyn or Resolver Information in Robotics or Machine Tool Axis


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PDF IRDC1731 IRDC1731 IRDC1731550 1RDC1731650 IRDC1731, IRDC1730 12-bit inductosyn Linear inductosyn Linear inductosyn digital readout RESOLVER inductosyn absolute IRDC1731650 revolution counter
1981 - Linear inductosyn

Abstract: ddc synchro osc-15802
Text: with inductosyns. 3. RH = Typical connection to RD converter 1 Ref Hi. RH2 = Low power +90 degree phase shifted signal for use with inductosyns. FIGURE 2. PROGRAMMING RESISTOR AND CAPACITOR , inductosyn" for further information. INDUCTOSYN SCALE INDUCTOSYN SLIDER DUAL MATCHED INDUCTOSYN PREAMPS , OSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , Inductosyn applications. The oscillator's outputs are pin-programmable for both frequency and amplitude. The


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PDF OSC-15802 OSC-15802 OSC15802 1-800-DDC-5757 A5976 H-11/06-0 Linear inductosyn ddc synchro
inductosyn

Abstract: inductosyn farrand encoder VEL 168L inductosyn farrand VALHALLA velocity robot 168L501 168L502 168L503 74LS169A
Text: resolver/ inductosyn™ to digital converter parallel output_12 bit series 168L500 FEATURES ■Inductosyn or resolver input ■Ratiometric conversion ■Resistive input scaling â , York GENERAL DATA The 168L500 series is a low cost, high performance, 12-bit Inductosyn™ or resolver-to-digital converter. The unit accepts inputs from either a resolver or from an Inductosyn slider via external preamps and outputs 4096 counts per resolver revolution or Inductosyn pitch. A direction output is


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PDF 168L500 168L500 12-bit 240bS inductosyn inductosyn farrand encoder VEL 168L inductosyn farrand VALHALLA velocity robot 168L501 168L502 168L503 74LS169A
inductosyn

Abstract: inductosyn absolute inductosyn farrand ipa1764 10v 10KHz synchro 10v 10KHz resolver IRDC1730 IRDC1731 OSC1754 IPA1751
Text: □ ANALOG Inductosyn™ Preamplifier DEVICES and Power Oscillator IPA1751,0SCÏ754~ FEATURES , Inductosyn. By carefully controlling phase mismatch to less than 1° the error contribution is only 0.2 micron in a 2mm pitch Inductosyn. The IPA1751 with an output resistance of less than 3 ohms and a , Inductosyn to digital converter is remote from the measuring Inductosyn. OSC1754 The OSC1754 provides the , with an Inductosyn. Precise application information is not possible as the Inductosyn in its


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PDF IPA1751 IPA1751 000pF OSC1754 IRDCH730 250mA inductosyn inductosyn absolute inductosyn farrand ipa1764 10v 10KHz synchro 10v 10KHz resolver IRDC1730 IRDC1731
IPA1764

Abstract: IPA1764/460 inductosyn
Text: Inductosyn-to-digital converter. The IPA1764 provides the necessary gain and output impedance for this purpose. Any , contributes an error of 0.23 micron using a 2mm pitch Inductosyn. By carefully controlling phase mismatch to less than 1°, the error contribution is only 0.2 micron in a 2mm pitch Inductosyn. The IPA1764 with , totally suited to machine tool applications where the Inductosyn-to-digital converter is remote from the measuring Inductosyn. The IPA1764 is of hybrid manufacturing techniques, and available in two temperature


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PDF IPA1764 IPA1764 1S10/20, 12-bit IPA1764/560. IPA1764, OSC1758 IPA1764/460 inductosyn
inductosyn

Abstract: IPA-15805-X inductosyn farrand
Text: DC ILC DATA DEVICE CORPORATION_ _ _ IPA-15805 INDUCTOSYN ® PRE-AMPLIFIER ADVANCE INFORMATION* FEATURES · · DESCRIPTION DDC's IPA-15805 is a dual channel Inductosyn pre-amplifier that amplifies the typically low level output of an Inductosyn to a higher value (2Vrms), providing the drive needed for an Inductosyn-toDigital converter. The IPA-15805 is a high gain, matched gain and phase hybrid that can be used as is , high differential and common mode input impedance. Inductosyn input signals can be differen tial or


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PDF IPA-15805 IPA-15805 IPA-15805-X MIL-STD883C, MIL-STD-883 inductosyn inductosyn farrand
Linear inductosyn

Abstract: inductosyn 268B300 inductosyn farrand 210A100 digital to resolver converter 74HC191 220A100 ST 9509 inductosyn resolver
Text: pitches per second in the case of the Inductosyn. Operation can be specified over a frequency range of 2.6 , DATA The Series 268B300 is a third generation, Inductosyn / resolver to digital converter packaged in a , and tolerance of lead length when located at a distance from the resolver or Inductosyn source. The , counters for Inductosyn applications or multi-turn resolver applications. _ Inductosyn is a registered , of the resolver or the direction in which the Inductosyn slider is moving is indicated by the DIR


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PDF 268B300 12-Bit 268B300 210A100 220A100 2600Hz 10KHz Linear inductosyn inductosyn inductosyn farrand digital to resolver converter 74HC191 ST 9509 inductosyn resolver
REF-15001

Abstract: inductosyn ILC Data Device converter
Text: correct current level required fo r the specific Inductosyn. A typical interconnection is shown in Figure , tpu t in quadra ture w ith +R and - R and is correctly compensated fo r the phase shift of Inductosyns. , ILC DATA DEVICE CORPORATION_ _ _ BO REF-15001 SERIES SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR FEATURES · DRIVES UP TO 6 RESOLVERS, SYNCHROS OR INDUCTOSYNS >2.5 KHz OR 10 KHz FOR HIGH , , ±5% 50 mA 160 mA ±18VDC ·Recommended for Inductosyn Applications TEMPERATURE RANGE Operating


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PDF REF-15001 REF-1500X-300 20KS2. inductosyn ILC Data Device converter
ipa1764

Abstract: inductosyn inductosyn farrand inductosyn farrand pin IPA1764-460
Text: order millivolts and require amplification and buffering before transmission to an Inductosyn-to-digital , error of 0.23 micron using a 2mm pitch Inductosyn. By carefully controlling phase mismatch to less than 1°, the error contribution is only 0.2 micron in a 2mm pitch Inductosyn. The IPA1764 with an output , machine tool applications where the Inductosyn-to-digital converter is remote from the measuring Inductosyn. The IPA1764 is of hybrid manufacturing techniques, and available in two temperature range


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PDF IPA1764 IPA1764 1S10/20, 1S14/24 12-bit 000pF IPA1764, OSC1758 inductosyn inductosyn farrand inductosyn farrand pin IPA1764-460
1981 - Linear inductosyn

Abstract: inductosyn
Text: converter Ref Hi. RH2 = Low power -90 degree phase shifted signal for use with inductosyns. FIGURE 2 , Conversion Handbook "Using an R/D with an inductosyn" for further information. INDUCTOSYN SCALE , OSC-15801 Make sure the next Card you purchase has. ® Synchro/Resolver/ Inductosyn ® Reference Oscillator FEATURES · Quadrature Reference Output Voltages for Inductosyn Applications · , , simultaneously, making the OSC-15801 ideally suited for Inductosyn applications. The oscillator's outputs are


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PDF OSC-15801 18-Pin OSC-15801 1-800-DDC-5757 A5976 L-8/08-0 Linear inductosyn inductosyn
Resolvers

Abstract: inductosyn resolver REF-15001 programmable oscillator for resolver synchro control transform ILC Data Device converter
Text: variety of standard syn chros, resolvers or Inductosyns. The output is fu lly protected against over , specific Inductosyn. A typical interconnection is shown in Figure 2. No trim s o r adjustm ents are , correctly compensated fo rth e phase shift o f Inductosyns. Figure 3 illustrates the circuit needed between , ILC DATA DEVICE CORPORATION_ _ _ BOB REF-15001 SERIES SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR FEATURES · DRIVES UP TO 6 RESOLVERS, SYNCHROS OR INDUCTOSYNS · 2.5 KHz OR 10 KHz FOR HIGH


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PDF REF-15001 REF15001 Resolvers inductosyn resolver programmable oscillator for resolver synchro control transform ILC Data Device converter
AD2S82A

Abstract: STM1680 drc1745 natel resolver to synchro inductosyn
Text: of 1250 ±5% 'S = Synchro; R = Resolver; I = Inductosyn. 2Package Options: 1 = Hermetic DIP , C I 3-97 'S = Synchro; R = Resolver; I = Inductosyn. 2Revs/sec equivalent to pitches/sec in the case of an Inductosyn ; in general, higher reference frequency options have higher tracking rates , Signal Conditioning AD2S75 (Sig & Ref Isolation) IPA1764 ( Inductosyn Preamp) Reference Oscillators AD2S99 , /82 Monolithic Sine Wave Oscillator Reference Hybrid Sine/Cosine Power Oscillator Inductosyn


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PDF AD2S46 16-Bit) AD2S47 AD2S80A AD2S82A AD2S83 AD2S82A STM1680 drc1745 natel resolver to synchro inductosyn
inductosyn

Abstract: inductosyn farrand IPA-15805 DATA DEVICE CORPORATION inductosyn farrand pin SVV10
Text:  □□□ ILC DATA DEVICE CORPORATION_ ^ / IPA-15805 INDUCTOSYN ® PRE-AMPLIFIER FEATURES ADVANCE INFORMATION* DESCRIPTION DDC's IPA-15805 is a dual channel In-ductosyn pre-amplifier that amplifies the typically low level output of an Inducto-syn to a higher value (2Vrms), providing the drive , and noise rejection capability with high differential and common mode input impedance. In-ductosyn , . Packaged in a small, 18 pin hermetically sealed DDIP, the IPA-15805 is an excellent choice for Inductosyn


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PDF IPA-15805 IPA-15805 IPA-15805-X MIL-STD-883 -9/87-3M-RMS inductosyn inductosyn farrand DATA DEVICE CORPORATION inductosyn farrand pin SVV10
1981 - inductosyn

Abstract: Linear inductosyn
Text: inductosyns. FIGURE 2. PROGRAMMING RESISTOR AND CAPACITOR CONNECTIONS Data Device Corporation , www.ddc-web.com 5 DS-OSC-15803 B-11/10-0 INDUCTOSYN ® TYPICAL CONNECTION Note that inductosyns , inductosyn” for further information. The figure below will convert each pitch to 360° of digital data. A , / INDUCTOSYN ® REFERENCE OSCILLATOR ® FEATURES • Quadrature Reference Output Voltages for Inductosyn Applications • Programmable Output Frequency from 400 Hz to 20 kHz • Small 18-Pin DDIP â


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PDF OSC-15803 18-Pin OSC-15803 1-800-DDC-5757 A5976 B-11/10-0 inductosyn Linear inductosyn
Not Available

Abstract: No abstract text available
Text: 000 ILC DATA D E V IC I _ _ CORPORATION_ OSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE OSCILLATOR FEATURES DESCRIPTION T h e O S C -1 5 8 0 2 is a q u ad ratu re pow er oscillator with two , ultaneously, m aking the OSC15802 ideally suited for synchro, resol ver, LV DT (RV DT), and Inductosyn , . · ADI Alternate Source · Quadrature Reference Output Voltages for Inductosyn Applica tions · , , resolver, LV D T (RV D T), and Inductosyn applications. G = +2 8 I r FIGURE 1. OSC-15802 BLOCK


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PDF OSC-15802 OSC15802 S883B, OSC-15802
OSC15801-300

Abstract: inductosyn farrand inductosyn
Text: ILC DATA DEVICE CORPORATIONS_ _ _ 0 QB OSC-15801 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE OSCILLATOR FEATURES · QUADRATURE REFERENCE OUTPUT VOLTAGES FOR INDUCTOSYN APPLICATIONS PROGRAMMABLE OUTPUT FREQUENCY FROM 400 Hz TO 20 KHz DESCRIPTION The OSC-15801 is a quadrature power oscillator with , simultaneously, making the OSC15801 ideally suited for Inductosyn applications. With the use of two capacitors , choice for Inductosyn applications. · SMALL 18 PIN DDIP E · SCALEABLE REFERENCE OUTPUT


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PDF OSC-15801 OSC-15801 OSC15801 IL-STD-883C, MIL-STD-202E. OSC15801-300 inductosyn farrand inductosyn
OSC-15802

Abstract: e15Q osc 15802 inductosyn inductosyn resolver
Text: ILC DATA DEVICE _ CORPORATION«_ 00(3 (JSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR FEATURES DESCRIPTION The OSC-15802 is a quadrature power oscillator with two outputs 90° out , OSC15802 ideally suited for synchro, resol ver, LVDT (RVDT), and Inductosyn applications. With the use of , Quadrature Reference Output Voltages for Inductosyn Applica tions APPLICATIONS Packaged in an 18 pin , choice for synchro, resolver, LVDT (RVDT), and Inductosyn applications. · Programmable Output


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PDF JSC-15802 OSC-15802 OSC15802 OSC-15802 OSC-15802-3 MIL-STD-883B, MIL-STD-202E, e15Q osc 15802 inductosyn inductosyn resolver
programmable oscillator for resolver

Abstract: No abstract text available
Text: L2 J12 ILC DATA DEVICE _ CORPORATION»_ OSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE , ly, m aking the O SC-15802 ideally suited for synchro, resolver, LVDT (RVDT), and Inductosyn a p p , . · ADI Alternate Source · Quadrature Reference Output Voltages for Inductosyn Applications · , Inductosyn applications. Temperature Range G = +2.8 -O PA OUT -15 VDC - C2 i . Cext REF OUT +90' FIGURE 1. OSC-15802 BLOCK DIAGRAM Çg) inductosyn is a registered trademark of Farrand


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PDF OSC-15802 SC-15802 035TYP MIL-STD-202E, OSC-15802 programmable oscillator for resolver
t90pA

Abstract: No abstract text available
Text: ILC DATA OBVICK CORPORATIONS_ _ Q Q Q OSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE , ultaneously, m aking the OSC15802 ideally suited for synchro, resol ver, LV D T (R V D T ), and Inductosyn , . · · ADI Alternate Source Quadrature Reference Output Voltages for Inductosyn Applica tions , Inductosyn applications. · Programmable Output Frequency to 10 kHz · Small 18 Pin DDIP · Scaleable , DIAGRAM ® Inductosyn it a r»gta!e<*d trademark of Farrand Control» Corporation. E-14 BBS ILC


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PDF OSC-15802 OSC15802 15Vdc MIL-STD-883B, MIL-STD-202E, Mtmod208C. OSC-15802 t90pA
1981 - Rotary variable differential transformer

Abstract: No abstract text available
Text: OSC-15802 ® SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , Inductosyn applications. The oscillator's outputs are pin-programmable for both frequency and amplitude. The , · ADI Alternate Source · Quadrature Reference Output Voltages for Inductosyn Applications , , makes it an excellent choice for synchro, resolver, LVDT, RVDT and Inductosyn applications. · , , 1999 Data Device Corporation ® Inductosyn is a registered trademark of Farrand Controls Corporation


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PDF OSC-15802 OSC-15802 OSC15802 Quadrature6-2482 1-800-DDC-5757 A5976 G-09/03-0 Rotary variable differential transformer
Not Available

Abstract: No abstract text available
Text: / INDUCTOSYN ® REFERENCE OSCILLATOR FEATURES DESCRIPTION · The OSC-15801 is a quadrature power oscillator , simultaneously, making the OSC-15801 ideally suited for Inductosyn applications. With the use of two capacitors , Reference Output Voltages for Inductosyn Applications APPLICATIONS Packaged in an 18 pin hermetic DDIP , Inductosyn applications. · Programmable Output Frequency from 400 H z to 20 kHz · Small 18 Pin DDIP , -158G1 BLOCK DIAGRAM > Inductosyn is a registered trademark of Farrand Controls Corporation. E-13 IL C


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PDF OSC-15801 OSC-15801 T01W3NCUM QSC-15801
1981 - Transformer Inspection Testing

Abstract: osc-15802
Text: OSC-15802 ® SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , Inductosyn applications. The oscillator's outputs are pin-programmable for both frequency and amplitude. The , · ADI Alternate Source · Quadrature Reference Output Voltages for Inductosyn Applications , , makes it an excellent choice for synchro, resolver, LVDT, RVDT and Inductosyn applications. · , Corporation ® Inductosyn is a registered trademark of Farrand Controls Corporation. TABLE 1. OSC


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PDF OSC-15802 OSC-15802 OSC15802 1-800-DDC-5757 A5976 Transformer Inspection Testing
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