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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC3026IMSE-1#TRPBF Linear Technology LTC3026-1 - 1.5A Low Input Voltage VLDO Linear Regulator; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LT1965ET#PBF Linear Technology LT1965 - 1.1A, Low Noise, Low Dropout Linear Regulator; Package: TO-220; Pins: 5; Temperature Range: -40°C to 85°C
LT3009EDC-1.8#TRMPBF Linear Technology LT3009 - 3µA IQ, 20mA Low Dropout Linear Regulators; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LT3009ESC8-3.3#TRMPBF Linear Technology LT3009 - 3µA IQ, 20mA Low Dropout Linear Regulators; Package: SC70; Pins: 8; Temperature Range: -40°C to 85°C
LT3020EDD-1.2#PBF Linear Technology LT3020 - 100mA, Low Voltage, Very Low Dropout Linear Regulators; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LT3020EMS8-1.5#PBF Linear Technology LT3020 - 100mA, Low Voltage, Very Low Dropout Linear Regulators; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C

Linear inductosyn Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
inductosyn

Abstract: Linear inductosyn Linear inductosyn digital readout RESOLVER IRDC1731 IRDC1730 inductosyn absolute IRDC1731650 IRDC1731550 revolution counter
Text: CONVERTERS VOL II, 13-29 USE OF THE IRDC1731 WITH AN INDUCTOSYN FOR MEASURING LINEAR DISPLACEMENT The IRDC1731 can be used very effectively with an Inducto-syn to provide a very accurate linear displacement , ) APPLICATIONS Digital Display of Inductosyn or Resolver Information in Robotics or Machine Tool Axis , represent 1 revolution of the shaft or from an Inductosyn slider via external pre-amps in which case the 4000 counts represent a distance corresponding to 1 pitch of the Inductosyn track. The converter is of


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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
inductosyn

Abstract: Linear inductosyn inductosyn farrand 220A100 inductosyn resolver resolver to digital converter remote preamplifier digital to resolver converter 210A100 268B300
Text: Precision linear and rotary measurement systems, Machine tool controls. (The 220A100 is recommended for use , Inductosyn slider are low level signals on the order of millivolts and require amplification and buffering in , Inductosyn slider, whether it be slider or amplifier mismatch, contributes to the system error. The 220A100 , Inductosyn . Provisions are included for trimming the gains of the amplifier if it becomes necessary. The , pF. This is suited to machine tool applications where the Inductosyn /Resolver-to-digital converter is


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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: Linear inductosyn inductosyn farrand inductosyn resolver 220A100 210A100 268B300 resolver to digital converter
Text: capacity 10,000 pF • Low power consumption (150 mWtyp.) APPLICATIONS • Precision Linear and Rotary , converter and the 210A100 power oscillator.) GENERAL DATA The outputs from an Inductosyn slider are low , Inputs to a Resolver/ Inductosyn to digital converter. The 220A100 provides the necessary gain for this , digital converters. Any gain mismatch between the sine and cosine outputs of the Inductosyn slider , match over temperature contributes an error of 0.23 micron using a 2 mm pitch Inductosyn . Provisions are


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PDF 220A100 220A100 268B300 210A100 inductosyn Linear inductosyn inductosyn farrand inductosyn resolver resolver to digital converter
1981 - Linear inductosyn

Abstract: ddc synchro osc-15802
Text: A linear or rotary Inductosyn ® consists of a slider and a scale. As the slider moves over the scale , OSC-15802 SYNCHRO/RESOLVER/ INDUCTOSYN ® REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , , Linear Variable Differential Transformer (LVDT), Rotary Variable Differential Transformer (RVDT) and 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


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

Abstract: inductosyn 268B300 inductosyn farrand 210A100 digital to resolver converter 74HC191 220A100 ST 9509 inductosyn resolver
Text: Clock output APPLICATIONS • Precision Linear and Rotary Measurement Systems • Machine Tool , DATA The Series 268B300 is a third generation, Inductosyn / resolver to digital converter packaged in a , pitches per second in the case of the Inductosyn . Operation can be specified over a frequency range of 2.6 , 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


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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
1981 - Linear inductosyn

Abstract: inductosyn
Text: OSC-15801 L-8/08-0 Inductosyn ® Typical Connection A linear or rotary Inductosyn ® consists of a , 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 , programmable output voltage and frequency capabilities, makes it an excellent choice for use in Inductosyn


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PDF OSC-15801 18-Pin OSC-15801 1-800-DDC-5757 A5976 L-8/08-0 Linear inductosyn inductosyn
1981 - Transformer Inspection Testing

Abstract: osc-15802
Text: OSC-15802 ® SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , , Linear Variable Differential Transformer (LVDT), Rotary Variable Differential Transformer (RVDT) and 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. ·


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PDF OSC-15802 OSC-15802 OSC15802 1-800-DDC-5757 A5976 Transformer Inspection Testing
c1730

Abstract: 400hz sine oscillator Linear inductosyn inductosyn IRDC1731 Dtm 1716 schematic RESOLVER IRDC1730 API1620 resolver 90
Text: datum can th en be set electronically. USE OF THE IRDC1730 WITH AN INDUCTOSYN FOR MEASURING LINEAR OR , Resolvers 12-Bit Parallel Word Representing Resolver Shaft Angle or Distance Moved Through Inductosyn Pitch , e angle of th e resolver sh aft or from an Inductosyn slider via external pre-am ps in w hich case th e 12-bit w ord represents the distance m oved through an Inductosyn pitch. The converters are o f , f an Inductosyn in p u t used a t these fre quencies, th ey will track a t a m axim um rate o f 170


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PDF 12-Bit, 12-Bit 400Hz, 10kHz) c1730 400hz sine oscillator Linear inductosyn inductosyn IRDC1731 Dtm 1716 schematic RESOLVER IRDC1730 API1620 resolver 90
1981 - Rotary variable differential transformer

Abstract: No abstract text available
Text: OSC-15802 ® SYNCHRO/RESOLVER/ INDUCTOSYN REFERENCE OSCILLATOR DESCRIPTION The OSC-15802 is a , , Linear Variable Differential Transformer (LVDT), Rotary Variable Differential Transformer (RVDT) and 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. ·


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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
1981 - inductosyn

Abstract: Linear inductosyn
Text: Inductosyn Applications • Programmable Output Frequency from 400 Hz to 20 kHz • Small 18-Pin DDIP â , Inductosyn applications. The oscillator’s outputs are pin-programmable for both frequency and amplitude , frequency capabilities, makes it an excellent choice for use in Inductosyn applications. WARNING: ITAR , Corporation ® Inductosyn is a registered trademark of Farrand Controls Corporation Data Device , and reference will now be in phase. A linear or rotary Inductosyn® consists of a slider and a


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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: , sim ultaneously, making the OSC15802 ideally suited for synchro, resolver, Linear Variable Differential Transformer (LVDT), Rotary Variable Differential Transformer (RVDT) and Inductosyn applications , capabilities, makes it an excellent choice for synchro, resolver, LVDT, RVDT and Inductosyn applica­ tions. ADI Alternate Source Quadrature Reference Output Voltages for Inductosyn Applications Programmable , ) 1981 ILC Data Device C orporation ) Inductosyn is a registered tra d e m a rk of Farrand C ontrols C


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PDF OSC-15802 OSC-15802 OSC15802 1-800-DDC-5757 F-01/98-500
zener diode bzy88

Abstract: inductosyn 5s70 BZY88 Linear inductosyn 74ls74 pin configuration ipa1764 "synchro and resolver conversion" 5s72 synchros application
Text: drive capacitive loads greater than 5pF. 6. CONNECTING INDUCTOSYN TO AS2S80A/AD2S81A The AD2S80A and , types of Inductosyns available: linear and rotary Inductosyns. Inductosyns are not inherently absolute , . The output signals from an Inductosyn slider are at a low level of the order of millivolts. These signals can be amplified with the hybrid Inductosyn preamplifier, IPA1764, to provide the necessary input , to provide the drive for energization of the Inductosyn track. CONSTANT VELOCITY CONDITIONS A O/P


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PDF AN-265 AD2S81A AD2S80A AD2S80A 36l-Vs AD2S80A/AD2S81A zener diode bzy88 inductosyn 5s70 BZY88 Linear inductosyn 74ls74 pin configuration ipa1764 "synchro and resolver conversion" 5s72 synchros application
1981 - Not Available

Abstract: No abstract text available
Text: ® REFERENCE OSCILLATOR ® FEATURES • Quadrature Reference Output Voltages for Inductosyn , , making the OSC-15801 ideally suited for Inductosyn applications. The oscillator’s outputs are , in Inductosyn applications. FOR MORE INFORMATION CONTACT: Data Device Corporation 105 Wilbur , Data Device Corporation ® Inductosyn is a registered trademark of Farrand Controls Corporation , be in phase. A linear or rotary Inductosyn® consists of a slider and a scale. As the slider


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PDF OSC-15801 18-Pin OSC-15801 A5976 N-9/09-0
2006 - Not Available

Abstract: No abstract text available
Text: ® REFERENCE OSCILLATOR ® FEATURES • Quadrature Reference Output Voltages for Inductosyn , reference and quadrature signals, simultaneously, making the OSC-15801 ideally suited for Inductosyn , capabilities, makes it an excellent choice for use in Inductosyn applications. FOR MORE INFORMATION CONTACT , respective owners. © ® 1981, 1999 Data Device Corporation Inductosyn is a registered trademark of , RD converter reference so that the RD input and reference will now be in phase. A linear or


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PDF OSC-15801 18-Pin OSC-15801 1-800-DDC-5757 A5976 K-11/06-0
1981 - Not Available

Abstract: No abstract text available
Text: , Linear Variable Differential Transformer (LVDT), Rotary Variable Differential Transformer (RVDT) and 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 1-800-DDC-5757 G-09/03-0
inductosyn absolute

Abstract: RESOLVER synchro resolver digital
Text: Orientation S/D Converters These products constitute a complete line of devices for the digi tal measurement and control of angular and linear displacements by means of synchros, resolvers, Inductosyn ®, and LVDT transducers. All use the tracking conversion technique whereby the digital output , supported. LVDT-to-Digital Converters Linear Variable Displacement Transducer-to-digital converters provide , /resolver signal condi tioning (AD2S75) resolver-to-synchro output transformer (STM1683), and Inductosyn


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PDF comp5400 inductosyn absolute RESOLVER synchro resolver digital
inductosyn

Abstract: 74LS169B servomotor synchro receiver SYNCHRO DRIVER RDC19202 DSC 10 servo drivers
Text: slave shaft motor. A separate start-up circuit is needed because the output of the SSCT is only linear , #10: Using an S/D With an Inductosyn . Figure 11.14 shows how some of the new wide band width S/Ds , converters are excellent for inductosyn appli cations because of their noise immunity, negligible drift, and fresh data. In adapting an R/D to an inductosyn a few key points must be kept in mind. Although conceptually quite similar, the resolver is an inductive device whereas the inductosyn is resistive; phase


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PDF
binary to BCD 8421

Abstract: DTM1716 DSC1706 SDC1704 Linear inductosyn inductosyn 11-M3 SAC1763 synchro transmitter 26V 400 HZ m50450
Text: converter, with 2 microsecond converter time. SAC 1763 a synchro to linear dc converter with tracking conversion plus a velocity output. IDC 1703 is a 12-bit inductosyn to digital converter with 150 revs/sec


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PDF SDC1700, SDC1702 SDC1704 SDC1700 13-bit 12-bit DSC1705 DSC1706 binary to BCD 8421 DTM1716 Linear inductosyn inductosyn 11-M3 SAC1763 synchro transmitter 26V 400 HZ m50450
Not Available

Abstract: No abstract text available
Text: combines high density and low power CMOS logic with high accuracy bipolar linear circuitry. ‘ Inductosyn is a registered tradem ark of Farrand, Industries, Inc. Th is information applies to a product


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PDF Hz-20 20-Pin AD2S99 AD2S99
1999 - ecg semiconductors master replacement guide

Abstract: ECG transistor replacement guide book free ad620 strain gauge pressure sensor SD-020-12-001 schematic weigh scale AD7730 Linear inductosyn ad7730 pcb circuit example pcb ad7730 op amp 741 model PSpice Schaevitz e100
Text: and Thermal Management High Speed Design Techniques Practical Analog Design Techniques Linear , POSITION AND MOTION SENSORS n Linear Variable Differential Transformers (LVDTs) n Hall Effect , linear . For example, if R = 100 and R = 0.1 (0.1% 2.4 BRIDGE CIRCUITS change in resistance), the , , and one on the bottom. Note that this configuration is linear , and like two-element Case (1), has , all-element varying bridge produces the most signal for a given resistance change and is inherently linear


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PDF ADSP-2100 ADSP-2101 OP113, OP177, OP177A, OP181, OP184, OP191, OP193, ecg semiconductors master replacement guide ECG transistor replacement guide book free ad620 strain gauge pressure sensor SD-020-12-001 schematic weigh scale AD7730 Linear inductosyn ad7730 pcb circuit example pcb ad7730 op amp 741 model PSpice Schaevitz e100
Not Available

Abstract: No abstract text available
Text: , low pow er C M O S logic w ith b ip o lar linear circuitry. * Inductosyn is a registered tradem ark


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PDF AD2S99 20-Pin AD2S99 P-20A) 00457flb
2003 - DRC1745

Abstract: t350V synchro resolver digital drc1765 SDC1740 SDC1742 26v 400Hz synchro to digital converter
Text: originates in the control loop near the Sin (0 0) null point. This voltage is not linear with error and , 105°C. Inductosyn -5- ~-~ is a trademark of Farrand Industries Inc. ANALOG


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PDF 14-BitHybrid 14-Bit 12-Bit 12-BiI 400H7. DRC1745 t350V synchro resolver digital drc1765 SDC1740 SDC1742 26v 400Hz synchro to digital converter
inductosyn

Abstract: DRC1745 Linear inductosyn SDC1740 26v 400Hz inductosyn farrand scott-t transformer RDC1768 inductosyn absolute IRDC1732
Text: in the control loop near the Sin (0 - 0) null point. This voltage is not linear with error and should , °C to + 105°C. Inductosyn is a trademark of Farrand Industries Inc. . OV to + 17V dc . 0V to - 17V dc


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PDF 14-Bit 12-Bit SDC/RDC1767 SDC/RDC1768 400Hz inductosyn DRC1745 Linear inductosyn SDC1740 26v 400Hz inductosyn farrand scott-t transformer RDC1768 inductosyn absolute IRDC1732
inductosyn farrand encoder

Abstract: Tachogenerator IPA1764 Linear inductosyn 4606 servo 10v 10KHz resolver
Text: output offering a linear voltage-speed relationship. Only one external resistor is required to scale the , . Inductosyn ® is a registered trademark of Farrand Industries, Inc. REV. A S/D CONVERTERS 3-127


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PDF 40-Pin 10kHz 1S14/1S24/1S44/1S6410-, 14-and 16-Bit 1S10/1S20/1S40/1S60/1S61IR 1751O 1754O 1758IP inductosyn farrand encoder Tachogenerator IPA1764 Linear inductosyn 4606 servo 10v 10KHz resolver
inductosyn farrand encoder

Abstract: tachogenerator
Text: output offering a linear voltage-speed relationship. Only one external resistor is required to scale the , 50°C GB. MIL operating temperature range and spec, options available. Inductosyn ® is a registered


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PDF 40-Pin 10kHz 1S14/1S24/1S44/1S6410-, 14-and 16-Bit /1S20/1S40/1S6 1OSC1754OSC1758IPA1764MCI1794InductosynTM inductosyn farrand encoder tachogenerator
Supplyframe Tracking Pixel