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CS5508-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20-Bit 4-Ch ADC
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CS5509-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC Single-Supply 16-Bit ADC
CS5512-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20-Bit 8-Pin Delta Sigma ADC
CS5532-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC 16-Bit ADCs w/UltraLw Noise PGIA

"digital to synchro"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: derived from synchro to digital converters contained in separate modules. Figures 1 and 2 show the , digital information from the two coarse digits from a separate synchro to digital converter on the fine shaft. The digital output is a combination of the fine synchro to digital converter digits and the , FEATURES Contains 10 Bit Synchro to Digital Converter Contains Two Speed Processor Works With Any Fine Synchro to Digital Converter Military Version Available 400Hz or 60Hz Operation DESCRIPTION Models -
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synchro to digital converter transformer 400Hz 1630/X2Y
Abstract: the TSL1612. The digital reading from the fine synchro is made to dominate in the overlapping region , used for combining the digital outputs of two Synchro- or Resolver-to Digital Converters in a mechanically or electrically geared coarse/fine system in order to produce a single unambiguous digital word , with ratios of 2:1 thru 35:1 are available on request. The digital inputs to the TSL1612 are up to 14 , required. The output is up to 19-bits parallel binary angle data. The module may be used with any Synchro -
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SDC1725 SDC1726 TSL1612500 TSL1612600 resolver-to-digital resolvertodigital synchro resolver digital synchro conversion 19-BIT
Abstract: one synchro to digital converter. The inputs and outputs are either three wire synchro or four wire , the output signals. The coupling between the 16 bit synchro to digital converter and the SCDX (1) has , gives out 0+0 or 0-0. The interconnections between the synchro to digital converter and the SCDX (2 , frequency response characteristic of the synchro to digital converter in Fig. 5 is shaped for the particular , frequency response of the synchro to digital converter or putting some dominant lag around the loop should -
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resolver 90 motor resolver RESOLVER SCDX1623 SCDX/RCDX1623 400H7
Abstract: removes constraints associated with Digital to Synchro converters. DIGITAI INPUT ANGLE ip Figure 1. SSCT , . The system using the SSCT provides an alternative to the use of a digital to synchro converter , conjunction with synchro to digital converters (SDC's) and solid state control transformers (SCDX's) which are , that the mechanical inputs have been replaced by digital inputs. The SSCT is for three wire synchro , time, synchro or digital Less than 1 milli-second input Synchro/Resolver input -All standard 60Hz -
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ely transformers synchro amplifier schematic DSC 10 servo resolver resolver motor 400Hz converter schematic SSCT1621 SSCT/RSCT1621 SSCT/1621 1636/XYZ
Abstract: Full Accuracy 2.5kHz Low Foed through APPLICATIONS Digital to Synchro Conversion Displays Axis , synchro transmitter on the antenna and a Synchro to Digital converter. The synchro signal representing the antenna angle is converted to a 14 bit natural binary representation by the Synchro to Digital converter , to be able to scale the voltages electrically. Figure 5 shows how a Synchro to Digital converter and , -, BIT DIGITAL ANGLE Figure 5. Synchro to invariant Sine/Cosine Using the SDC1704 and DTM1716 POWER -
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DTM1717 DTM1717600 synchro to digital conversion DTM1717500 DTM1716600 DTM1716500 SDC1700 SDC1702 SBCD1752/1753/1756 DSC1710
Abstract: -14410 is a low cost, high reliability synchro or resolver to digital converter with 10 bit resolution , and minimum input impedance balanced) Synchro V 11.8V L-L 90 V L-L Z,N Line to Line Ohm 47K 360K , TECHNICAL INFORMATION INTRODUCTION The SDC-14410 Series are small, 36 pin DDIP synchro or resolver to , switched in. The digital input to the control transformer is latched. The resultant DC error at the output , from logic 0 to 1 if the synchro or resolver inputs are disconnected. With disconnected inputs -
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sdc 7500 resolver ddc synchro transmitter 26V 400 HZ SDC S1 S2 S3 digital to synchro converter scott-t transformer SDC-144108 MIL-STD-883C SDC-14410-X MIL-STD-883
Abstract: synchro/resolver to digital converter singie module two speed 16 bit series 168H500 FEATURES â  1 , 168H500 is a complete two-speed, high performance, synchro (or resolver) to digital converter packaged in , synchro to digital (S/D) converter is explained first. The same principles apply for a resolver to digital , into a single 16 bit digital word with no velocity induced errors at up to specified tracking rates , by comparing a digital feedback angle 0 with the synchro input angle. When the difference between the -
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818 vco ddc synchro to digital digital to synchro converter 90v rms RESOLVER 26V 400 HZ resolver to digital converter Sciences SDC-361
Abstract: relia­ bility synchro or resolver to digital con­ verter with 10 bit resolution. Packaged in a 36 , INTRODUCTION The SDC-14410 Series are small, 36 pin DDIP synchro or resolver to digital converters. As shown , INPUT CHARACTERISTICS (voltage options and minimum input impedance balanced) Synchro Z,N Line to Line , Input Impedance DIGITAL INPUT/OUTPUT Logic Type Inputs _ _ Inhibit (INH) Enable Bits 1 to 8 (EM , this time, the resolver input is disconnected and a zero input is switched in. The digital input to -
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SDC14410
Abstract: -14560 series accepts broadband inputs: 360 Hz to 1 kHz, or 47 Hz to 1 kHz. The digital angle output from the , impedance balanced) Synchro Zin Line to Line Zin Each Line to Gnd Resolver Zin Single Ended Zin Differential , buffered prior to conversion. FIGURE 2 illustrates synchro and resolver signals as a function of the angle , to occur whenever synchro or resolver are switched on and off. For instance, a 1000 V transient can , digital interface circuitry has three main functions: to latch the output bits during an inhibit command Data Device
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SDC-14560 step motor em 483 passive scott -t transformer SDC-14565 IR 21049 21044 SDC14560 T-12/09-0 1-800-DDC-5757 AS9100 A5976
Abstract: . 21,50 applications, for synchro and resolver systems: coordinate transformation (polar to rectangular).97 using an S/D in the CT mode in a servo system.98 using the Velocity (VEL) output to , . 323-336 analog to digital (A/D) converters.329 commercial aerospace , .81-82 analog integrator (see integrator) analog output interface,accommodation to converter .62 , /D or R/D with an IBM PC/AT/XT 98 using BIT to speed up slew rate. 100 -
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sdc 339 SIM-31200 DTC-19300 Motorola xt 912 API-30602 SIM-36010 RDC-19220
Abstract: difference between the synchro or resolver angle input and the digital angle input, modulated by the carrier , synchro or resolver angles. They are used to provide angle offsets or correction angles when a resolver or synchro type output is required, and are especially adapted to computer controlled systems. Because of , two inputs: an analog synchro or resolver signal, and a 14 bit digital angle. It provides two AC , Impedance i Balanced) Z|N Z|N. Eac*1 Synchro (HSCDX) Line to Line Line to GND 90V L-L (Option H) 130 KH -
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input scott-t transformer transformer mtbf 2104S HRCT-14 scott-t schematic Signal Transformer HSCDX-14
Abstract: installing voltage suppressors as shown. Voltage transients are likely to occur whenever synchro or resolver , ground and +5 V. The CB output is a positive, 0.8 to 3.0 s pulse. The digital output data changes , transferred. Note: For further understanding refer to the beginning of this section (i.e., Digital Interface , (e, PIN 12) The AC error is proportional to the difference between the input angle and the digital , digital output will have a transient until it settles to the new velocity scaling at a speed determined by Data Device
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SD-14531 MIL-PRF-38534 K-03/07-0
Abstract: MULTI-SPEED SYNCHRO SYSTEMS TSD SERIES DESCRIPTION The TSD series are digital combiners for use with standard synchro to digital converters to provide combined two speed digital synchro data for non-binary , built into a standard SDC-410, 10 Bit synchro to digital converter module. This module is used as the , , unambiguous, and high accuracy two speed synchro to digital converter system, ideally suited for military or industrial control systems. SPECIFICATIONS - PART #TSD-36 -
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SDC40 sr10 computer conversions Computer Conversions Corporation TSD36 Resolvers and Synchros SR10L 000Q4 SR10-L SR10-H 15VDC SR10-1
Abstract: , in a 1.3 x 2.6 x .35 inch size (TSL1x36) â'¢ 14 and 16-bit Digital to Synchro/Resolver converters , -bit microprocessor-compatible digital to synchro/ resolver converter with double buffered inputs and 1 arc-minute accuracy , variation (sin, cos conformance) â'¢ 4-quadrant digital to sin/cos conversion â'¢ dc-coupled reference , Synchro/Resolver outputs to assure excellent performance over the operating temperature range. All gain , amplifier to obtain a low level buffered reference. A digital input word representing the angle in natural -
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HDSR2504-14S HDSR2504 application CD4060 data application circuit for CD4060 CD4060 or its equivalent 2SD412 programmable oscillator for resolver doppler radar MIL-STD-883B 445/USA HSRD1006 HDSR2006
Abstract: converter produces a digital angle which tracks the analog input angle to within the specified Data Device Corporation www.ddc-web.com 4 (e) in the converter. A digital position error will result due to the , converted to resolver format; sincost and coscost. FIGURE 3 illustrates synchro and resolver signals as a , installing voltage suppressors as shown. Voltage transients are likely to occur whenever synchro or resolver , ground and +5 V. The CB output is a positive, 0.8 to 3.0 us pulse. The digital output data changes Data Device
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transformer 21049 H-05/04-0
Abstract: converter produces a digital angle which tracks the analog input angle to within the specified Data Device Corporation www.ddc-web.com 4 (e) in the converter. A digital position error will result due to the , converted to resolver format; sincost and coscost. FIGURE 3 illustrates synchro and resolver signals as a , installing voltage suppressors as shown. Voltage transients are likely to occur whenever synchro or resolver , ground and +5 V. The CB output is a positive, 0.8 to 3.0 us pulse. The digital output data changes Data Device
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ms 14531 SD14531 xxxxx3
Abstract: continuously com paring the digital output angle ( , , which makes the angle 0 equal to the angle 4) · Thus, the digital output represents the input shaft , are connected in a scott-tee configuration to convert from synchro to sine/cosine format. The low , specifications of the phasing o f the synchro signals. The demodulated error is applied to an "integrator/filter , brought directly out of the 570 and are the digital representation of the input synchro angle. The counter -
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natel engineering synchro natel resolver to synchro SD570/RD570 NATES012 HDSC2026 HDSC2036 HDR2116 HCDX3106
Abstract: ⡠ANALOG DEVICES Ultra-Low Profile (0.35") Three-State Latched Output Synchro to Digital , tracking Synchro/Resolver to Digital Converters which employ a type 2 servo loop and contain three-state latches on the digital outputs. The input signals can be either 3 wire synchro plus reference or 4 wire , /Resolver to Digital converter currently available. MODELS AVAILABLE The two Synchro/Resolver to Digital , is a Synchro to Digital Converter the 3 wire synchro output will be connected to SI, S2 and S3 on the -
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SDC1725611 26v 400Hz synchro to digital converter scott-t 115v 400Hz resolver synchro to digital converter 11 bits DC1725511 SDC1725512 SDC1725612 RDC1725518 RDC1725618
Abstract: MULTI-SPEED SYNCHRO SYSTEMS TSD SERIES _7=^7 DESCRIPTION The TSD series are digital combiners for use with standard synchro to digital converters to provide combined two speed digital synchro data for non-binary , built into a standard SDC-410, 10 Bit synchro to digital converter module. This module is used as the , , unambiguous, and high accuracy two speed synchro to digital converter system, ideally suited for military or industrial control systems. SPECIFICATIONS - PART#TSD-36(2) FINE SYNCHRO INPUT: Up to 14 bits parallel -
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S-PNSR10 Synchro to digital convertor synchro to dc angle synchro computer conversions fan speed control S310600 SR10-21
Abstract: 2.5kHz Low Feedthrough APPLICATIONS Digital to Synchro Conversion Displays Axis Rotation Simulators , generators using signals derived from a synchro transmitter on the antenna and a Synchro to Digital converter , representation by the Synchro to Digital converter SDC1704. The digital angle is applied to the digital input of , scale the voltages electrically. Figure 5 shows how a Synchro to Digital converter and the DTM1716 may , digital angular input. $ ranges from 0 to 360°. The analog input has a range of ±10V; the analog output -
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SDC1740 DRC1745 space vector modulation 6 step DTM1716/1717 DRC1765 DSC1705
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