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HFA11XXEVAL Intersil Corporation 850MHz, Low Distortion Current Feedback Operational Amplifiers; visit Intersil
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synchro amplifier schematic

Catalog Datasheet MFG & Type PDF Document Tags

scott-t transformer

Abstract: synchro amplifier schematic transform a synchro format signal into a resolver format. A third amplifier is used to provide a , differ in the signal and reference differential amplifier circuits (e.g., an 11.8V signal synchro is , amplitudes. These devices can also be used with synchro format signals if an external circuit is employed which accomplishes the transformation from synchro tc resolver format. Traditionally, this conversion , Resolver Signals The operation of the synchro, Figure 4, is very similar to that of the resolver. The
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ely transformers

Abstract: DSC 10 servo resolver removes constraints associated with Digital to Synchro converters. DIGITAI INPUT ANGLE ip Figure 1. SSCT Schematic Diagram SYNCHRO & RESOLVER CONVERTERS VOL. II, 13-65 SPECIFICATIONS (typical @ +25°C and  , ±4 Minutes of Arc Low Power Dissipation Accommodates ±12.5° Error Angle About Null Synchro Input Isolation , that the mechanical inputs have been replaced by digital inputs. The SSCT is for three wire synchro , the 14 bit parallel binary input angle, "6" represents the input angle from the three wire synchro or
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400Hz converter schematic

Abstract: DRC1706 Amplifier SCHEMATIC DIAGRAM OF AN SPA1695 AMPLIFIER BEING USED TO DRIVE A CONTROL TRANSFORMER (CT) The , The SPA1695 is a two channel amplifier intended for use in conjunction with the DTM1716 and DTM1717 , to the load and therefore can be used in cases where the internal amplifiers of a Digital to Synchro , properties. The amplifier has no derating up to +105°C and is indefinitely short circuit protected at 25 C , amplifier is in resolver format at 7 volts rms max and should be fed into suitable transformers (see
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DRC1705 DRC1706 400Hz converter schematic synchro amplifier schematic 3 volt Regulated Power Supply Schematic Diagram without generator 400hz STM1686618 STM1687622 50/60H STM1736 400HZ STM1737

TEA5170

Abstract: synchro amplifier schematic RESISTOR OSCILLATOR CAPACITOR POUT GND ^ OUT VOLTAGE ERROR AMPLIFIER OUTPUT VOLTAGE ERROR AMPLIFIER , ISOURCE Power Supply Voltage Timing Resistor Timing Capacitor Oscillator Frequency Synchro Frequency , Conditions Min. Typ. Max. Unit ERROR VOLTAGE AMPLIFIER (Vcc = 12V) Ibias Gvol GB Input Bias Current , the voltage error amplifier as a follower Vcc = 5V to 12V Ta 1.9 -3 2 0.4 0.2 2.1 3 V mV , Maximum Synchro Frequency Synchro T riggering Threshold Synchro Triggering Pulse Width Positive Triggering
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TEA5170 TEA2164 SMPS SCHEMATIC DIAGRAM 12 Volt smps isolated 12v output pulse generator 70 duty cycle internaly TEA2260/61 AN408/0591
Abstract: VOLTAGE ERROR AMPLIFIER OUTPUT VOLTAGE ERROR AMPLIFIER EINVERTING INPUT 1/8 September 1993 , Unit 14 12 Synchro Frequency ISOURCE Max. 0.12 Oscillator Frequency Fsy Typ , = 1.2nF±0% 0.07 %/v 70°C x Fosc (25°C) ERROR VOLTAGE AMPLIFIER (Vcc = 12V) Ibias , amplifier as a follower 1.9 2 2.1 V AVref (Vcc) Line Regulation V- f , 3 ISINK ISOURCE SYNCHRONISATION Ftnq M ax Maximum Synchro Frequency Vtng Synchro T -
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BUV56A

Abstract: TEA2164 CAPACITOR POWER OUTPUT P OUT 3 6 GROUND GND 4 5 E OUT VOLTAGE ERROR AMPLIFIER OUTPUT VOLTAGE ERROR AMPLIFIER E INVERTING INPUT 5170-01.EPS SOFT-START CAPA CITOR September 1993 1/9 TEA5170 BLOCK DIAGRAM Rt 8 Comparator LOGIC (SYNCHRO) OSCILLATOR Ct 7 POWER OUTPUT STAGE 2.7V Csf 1 PWM SOFT START AND DUTY CYCLE LIMITING LOGIC Error Amplifier PWM E- 5 x , Fosc Oscillator Frequency Fsy Synchro Frequency Tamb Operating Ambient Temperature
STMicroelectronics
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BUV56A bc547c w 68 smps isolated 12v output 90w china tv schematic diagram free 12v 1a smps circuit diagram by218

BUV56A

Abstract: SMPS SCHEMATIC DIAGRAM 12 Volt CAPACITOR POWER OUTPUT P OUT 3 6 GROUND GND 4 5 E OUT VOLTAGE ERROR AMPLIFIER OUTPUT VOLTAGE ERROR AMPLIFIER E INVERTING INPUT 5170-01.EPS SOFT-START CAPA CITOR September 1993 1/9 TEA5170 BLOCK DIAGRAM Rt 8 Comparator LOGIC (SYNCHRO) OSCILLATOR Ct 7 POWER OUTPUT STAGE 2.7V Csf 1 PWM SOFT START AND DUTY CYCLE LIMITING LOGIC Error Amplifier PWM E- 5 x , Fosc Oscillator Frequency Fsy Synchro Frequency Tamb Operating Ambient Temperature
STMicroelectronics
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china tv schematic diagram BY218-600 PLR811 BA157 BC547C BY218-100

LVDT

Abstract: LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 MAX (15.49) 0.61 MAX (15.49) 0.30 MAX (7.62 , high impedance amplifier inputs (+C, -C, +S, -S, -VCO, VEL SJ1, and VEL SJ2) that are sensitive to , Reference, Synchro and Resolver inputs. TABLE 5. TRANSFORMERS INPUT SIGNAL TYPE Synchro Synchro INPUT VOLTAGE (Vrms) 11.8 90 11.8 26 90 Reference Synchro Reference INPUT FREQUENCY (HZ) 400 400 400 400 400 400 , 10 10 14 7 10 10 * 16 5 7 10 * Resolver Resolver Resolver Reference Synchro Reference * Not
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LVDT RD-19230 16-BIT DDC-49530 DDC-57470 DDC-49590 1-800-DDC-5757

BUV56A

Abstract: BY218 CAPACITOR POWER OUTPUT P OUT 3 6 GROUND GND 4 5 E OUT VOLTAGE ERROR AMPLIFIER OUTPUT VOLTAGE ERROR AMPLIFIER E INVERTING INPUT 5170-01.EPS SOFT-START CAPACITOR September 1993 1/9 TEA5170 BLOCK DIAGRAM Rt 8 Comparator LOGIC (SYNCHRO) OSCILLATOR Ct 7 POWER OUTPUT STAGE 2.7V Csf 1 PWM SOFT START AND DUTY CYCLE LIMITING LOGIC Error Amplifier PWM E- 5 x , RT Timing Resistor CT Timing Capacitor Fosc Oscillator Frequency Fsy Synchro
STMicroelectronics
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BY-218 philips capacitor 250V 220uf input 12v output 6-9 volt SGS-Thomson BA159 philips capacitor 1000uf 25V AN408

RD-19230

Abstract: sin cos encoder schematic FIGURE 6. TRANSFORMER LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 MAX (15.49) 0.61 MAX , . TRANSFORMER LAYOUT AND SCHEMATIC (REFERENCE INPUT - B-426) FIGURE 9. 60 HZ SYNCHRO AND REFERENCE , ground will not disturb the analog signals. 4) This device has several high impedance amplifier inputs , INPUT FREQUENCY TYPE (Vrms) (HZ) Synchro Synchro Resolver Resolver Resolver Reference Synchro Reference 11.8 90 11.8 26 90 Reference Synchro Reference 400 400 400 400 400 400 60 60 PART NUMBER 52034 52035
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sin cos encoder schematic rdc 19230 RDC-19230 RD19230 linear encoder schematic 10v 10KHz resolver D-05/00-500
Abstract: FIGURE 6. TRANSFORMER LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 MAX (15.49) 0.61 MAX , DIAGRAMS (SYNCHRO INPUT - 52039 / REFERENCE INPUT - 24133) FIGURE 8. TRANSFORMER LAYOUT AND SCHEMATIC , "¦ CVCO = 50 pF 4) This device has several high impedance amplifier inputs (+C, -C, +S, -S, -VCO, VEL , FREQUENCY TYPE (Vrms) (HZ) PART NUMBER FIGURE NUMBER Synchro 11.8 400 52034 6 Synchro 90 400 52035 6 Resolver 11.8 400 52036 7 Resolver 26 400 Data Device
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23TRX6B

Abstract: 11CDX4b pack aging of a typical dual power amplifier capable of coupling synchro or resolver format signals , the overload persists. When driving CT and CDX loads the synchro booster amplifier must have enough , that the SSCT performs exactly the same function as an electrome chanical synchro control transformer , electromechanical CDX - a synchro control differ ential transmitter. It is apparent from the block dia gram of , signal-level modules that may be required to drive electromechanical resolvers, is compatible with synchro
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23TRX6B 11CDX4b input scott-t transformer SIM-31200 18TRx6b synchro receiver transmitter 18TRX6B

synchro amplifier schematic

Abstract: DRC1706 Generators (DTM1716 and DTM1717) to Drive Control Transformers (CT's) Synchro/Resolver Power Amplifier GENERAL DESCRIPTION The SPA1695 is a two channel amplifier intended for use in conjunction with the , GENERATOR SPA1695 AMPLIFIER Implementation o f the SPA 1695 Am plifier SCHEMATIC DIAGRAM O F AN , and C osine feedback pins ( " Sin F /B " and " Cos F /B " ). SYNCHRO & RESOLVER CONVERTERS VOL II , " (8 8 m m x 6 8 m m x 25m m ) -5 5 °C t o + 105°C -5 5 °C to + 125°C 400H z, Synchro o u tp u t
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STM1686 resolver rt RESOLVER RTM1686 SPAI695

RD19230EX-300

Abstract: 16 20 +COS FIGURE 6. TRANSFORMER LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 , TABLE 4 for the appropriate values. 4) This device has several high impedance amplifier inputs (+C , to select the proper transformer for Reference, Synchro and Resolver inputs. The converter input , -426 Reference 400 115 3.4 N/A 0.81 0.61 0.32 8 52039-X Synchro 60 90 2 , Synchro transformers are active (requires ±15 Vdc power supplies) 400 Hz transformer temperature range
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RD19230EX-300 MIL-STD-883 A5976

rdc 19230 application manual

Abstract: inductosyn -SIN T1B S2 20 +COS FIGURE 6. transformer layout and schematic (synchro input - 52034 , . transformer layout and schematic (reference input - B-426) FIGURE 9. 60 Hz SYNCHRO AND REFERENCE , RESOLVER-TO-DIGITAL CONVERTER FEATURES · Accuracy up to 1.3 Arc Minutes · Use to Interpolate Synchro, Resolver , amplifier inputs (+C, -C, +S, -S, -VCO, VELSJ1, and VELSJ2) that are sensitive to noise coupling. External , , Synchro and Resolver inputs. INPUT CONFIGURATION The converter input can be configured using either
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rdc 19230 application manual inductosyn Beta Transformer Technology 52035 DS-RD-19230-AA AS9100

synchro booster amplifier

Abstract: 18TRX4A schematic diagram of a typical synchro load is shown in Figure 4. Zso is the impedance measured between one , /Z so = 3 /4 x (90)2/2 4 3 VA = 25.0 FIGURE 4 Synchro Load Schematic A b s o lu te M a x im , Re-transmission Systems Test Equipm ent free-up the synchro. In addition, the output stage is fully protected and , sequencing in large systems.Model 6206 is packaged in the same size as just the booster amplifier available , load) · · · · Built-in "KICK" Circuit (prevents synchro "hang-ups") Fully Isolated Operation (inputs
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SPA6200 synchro booster amplifier 18TRX4A natel spa natel resolver to synchro DSC6206 MIL-STD-883B

RD-19230

Abstract: 52036 20 +COS FIGURE 6. TRANSFORMER LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 MAX , several high impedance amplifier inputs (+C, -C, +S, -S, -VCO, VEL SJ1, and VEL SJ2) that are sensitive to , INPUT TRANSFORMERS Refer to TABLE 5 to select the proper transformer for Reference, Synchro and , 52037 52038 B-426 52039-X 24133-X TYPE S-R S-R R-R R-R R-R Reference Synchro Reference FREQUENCY (HZ , Synchro transformers are active (requires ±15 Vdc power supplies) 400 Hz transformer temperature range
Data Device
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52036 RD-19230EX-300
Abstract: .20 Figure 7. Transformer Layout and Schematic (Synchro Input â'" 52034/52035 , -19230-AB 5/13 INPUT TRANSFORMERS Figure 9. Transformer Layout and Schematic (Synchro Input â'" 52034 , trademarks are the property of their respective owners. DDC's Synchro/Resolver Solutions Synchro/Resolver-to-Digital | Digital-to-Synchro/Resolver Since introducing the first synchro converter module in 1968, DDC , our expert staff, the Synchro/Resolver Conversion Handbook was the first integrated reference source Data Device
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D-80993

TV flyback transformer

Abstract: TV flyback transformer 8 pin generator a triggerable ramp generator, a power amplifier, a blanking-pulse generator and safety systems , output and F. adjustment 6 Blanking output Power amplifier + input 8 Compensation Power amplifier â , -230 SP SUFFIX PLASTIC PACKAGE THOMSON-EFCIS Integrated Circuits 3/16 145 TEA 2015 A SCHEMATIC , Amplifier input bias current I(9) -1(7) 100 nA Synchronisation Pin 2 input current Input impedance Maximum , current increase and the amplitude must decrease. Synchro â  02 TEA2015 A 63,4 kS2 Voltage
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TV flyback transformer TV flyback transformer 8 pin block diagram of black and white t.v flyback tv configuration Thomson-EFCIS NT411 CB-230 NT4118-A

RD19230

Abstract: Beta Transformer Technology 52035 . TRANSFORMER LAYOUT AND SCHEMATIC (SYNCHRO INPUT - 52034/52035) 0.61 MAX (15.49) 0.61 MAX (15.49) 0.30 MAX , . FIGURE 8. TRANSFORMER LAYOUT AND SCHEMATIC (REFERENCE INPUT - B-426) FIGURE 9. 60 HZ SYNCHRO AND , ) This device has several high impedance amplifier inputs (+C, -C, +S, -S, -VCO, VEL SJ1, and VEL SJ2 , Refer to TABLE 5 to select the proper transformer for Reference, Synchro and Resolver inputs. INPUT , -X TYPE S-R S-R R-R R-R R-R Reference Synchro Reference FREQUENCY (HZ)* IN (VRMS)* OUT (VRMS)* 400 400
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ddc synchro amplifier transformer P-05/05-0
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