AD630 Search Results

examples using AD630

Abstract: LVDT e1000 DOUBLE BALANCED MODULATOR "current mirror" lockin amplifier ad630 equivalent HP5082-2811 AC bridge 3 phase bridge rectifier 400HZ Schaevitz lvdt AD630
Contextual Info: a FEATURES Recovers Signal from +100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable Closed Loop Gains of ؎1 and ؎2 0.05% Closed Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD 350 kHz Full Power Bandwidth

Contextual Info: ANALOG DEVICES □ Balanced Modulator/Demodulator AD630 1.1 Scope. This specification covers the requirements for a precision laser trimmed balanced modulator/ demodulator. 1.2 Part N um ber. The complete part number per Table 1 of this specification is as follows:

Contextual Info: ANALOG DEVICES □ FEATURES Recovers Signal from +100dB Noise 2MHz Channel Bandwidth 45V/|jls Slew Rate - 120dB Crosstalk @ 1kHz Pin Programmable Closed Loop Gains of ± 1 and 0.05% Closed Loop Gain Accuracy and Match IOOiiV Channel Offset Voltage AD630BD

examples using AD630

Abstract: Schaevitz AD630 Schaevitz lvdt 5962-89807012A 5962-8980701RA AD630B AD630BD AD630JN AD630KN
Contextual Info: a Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from 100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable, Closed-Loop Gains of ؎1 and ؎2 0.05% Closed-Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD

Contextual Info: A N A LO G D E V IC E S Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from + 100dB Noise 2MHz Channel Bandwidth 4SV/|ts Slew Rate -120dB Crosstalk @ 1kHz Pin Programmable Closed Loop Gains of ±1 and ±2 0.05% Closed Loop Gain Accuracy and Match

examples using AD630

Abstract: double channel double balanced demodulators AD630 5962-89807012A 5962-8980701RA AD630B AD630BD AD630JN AD630KN AD630S
Contextual Info: a Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from 100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable, Closed-Loop Gains of ؎1 and ؎2 0.05% Closed-Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD

AD831

Abstract: RF70M
Contextual Info: RF/IF Balanced Modulator/Demodualtor Model AD630 AD630 TRANSFER FUNCTION Open Loop Gain dB 90 100 Vout=G*Vin*±1 Vout=G*Vin*±1 Eos mV 0.5 0.1 POWER SUPPLIES Model Designator Temperature Range 0 -25 -40 -55 70 85 85 125 ±5>16.5V, ±5mA J A S K B Comp Response

Contextual Info: a Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from 100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable, Closed-Loop Gains of ؎1 and ؎2 0.05% Closed-Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD

AD630

Abstract: AD630BD AD630A AD630B AD630J AD630K AD630S AD630AD
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examples using AD630

Abstract: ad630 ic ad630 Schaevitz 1000 LVDT Schaevitz lvdt ad630 equivalent LVDT e1000 5962-89807012A 5962-8980701RA AD630B
Contextual Info: a Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from +100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable Closed Loop Gains of ؎1 and ؎2 0.05% Closed Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD

AD630

Abstract: AD831 AD8346
Contextual Info: ANALOG COMPUTATION CIRCUITS: MODULATORS/DEMODULATORS Balanced Modulator/Demodualtor Model AD630 AD630 TRANSFER FUNCTION Vout=G*Vin*±1 Open Loop Gain dB 90 100 Eos mV 0.5 0.1 Ib nA 300 Comp Response Time nsec 200 Comp Switch Window mV ±2 &1900MHz Phase Error

examples using AD630

Abstract: AD630 Schaevitz lvdt AC bridge AD630JN ic ad630 LVDT e1000 ad630 equivalent Schaevitz lvdt Recovers Signal from 100 Noise 5962-89807012A
Contextual Info: a FEATURES Recovers Signal from +100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable Closed Loop Gains of ؎1 and ؎2 0.05% Closed Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD 350 kHz Full Power Bandwidth

examples using AD630

Contextual Info: a Balanced Modulator/Demodulator AD630 FEATURES Recovers Signal from 100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable, Closed-Loop Gains of ؎1 and ؎2 0.05% Closed-Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD

examples using AD630

Abstract: Schaevitz lvdt AD630 LVDT e1000 5962-89807012A 5962-8980701RA AD630AD AD630B AD630BD AD630JN
Contextual Info: a FEATURES Recovers Signal from +100 dB Noise 2 MHz Channel Bandwidth 45 V/␮s Slew Rate –120 dB Crosstalk @ 1 kHz Pin Programmable Closed Loop Gains of ؎1 and ؎2 0.05% Closed Loop Gain Accuracy and Match 100 ␮V Channel Offset Voltage AD630BD 350 kHz Full Power Bandwidth

AD630

Abstract: AD8349 AD8345 AD8346 AD8347
Contextual Info: RF/IF: Modulators/Demodulators Model TRANSFER FUNCTION Open Loop Gain dB Eos mV Ib nA Comp Response Time nsec Comp Switch Window mV Unity Gain Slew Rate Settling Time CMRR PSRR MHz V/usec usec dB dB SUPPLIES Balanced Modulator/Demodualtor AD630 AD630 POWER

C949

Abstract: examples using AD630 AD630 AD569 AD569JN AD569JP AD569SD
Contextual Info: a FEATURES Guaranteed 16-Bit Monotonicity Monolithic BiMOS II Construction ؎0.01% Typical Nonlinearity 8- and 16-Bit Bus Compatibility 3 ␮s Settling to 16 Bits Low Drift Low Power Low Noise 16-Bit Monotonic Voltage Output D/A Converter AD569 FUNCTIONAL BLOCK DIAGRAM

Contextual Info: ► AN A LO G D E V IC E S LC2M0S 16-Bit Voltage Output DAC AD7846 FEATURES 16-Bit M onotonicity over Tem perature ± 2 LSBs Integral Linearity Error Microprocessor Com patible w ith Readback Capability Unipolar or Bipolar O utput M ultiplying Capability Low Power 100 mW Typical

Contextual Info: ANALOG DEVICES □ FEATURES Complete, Fully-Calibrated Synthesis System All Standard Functions: Sin, Cos, Tan, Cosec, Sec, Cot, Arcsin, Arccos, Arctan, etc. Accurate Law Conformance Sine to 0.02% Angular Range of ±500° (Sine Mode) Function Programmable by Pin Strapping

La 7846

Abstract: AD7846BD AD588 application note AD630 2721A AD784 T42E
Contextual Info: A N AL OG D E V I C E S INC t42E D A N A LO G D E V IC E S □ • OfllbflOO Q D S T Q T S b HANA T-5I-C9-/6 LC2M0S 16-Bit Voltage Output DAC AD7846 FEATURES 16-Bit Monotonicity over Temperature ±2LSBs Integral Linearity Error Microprocessor Compatible with Readback Capability

ad624 application

Abstract: AD624
Contextual Info: ANALO G D EVIC ES Precision Instrumentation Amplifier AD624 FEATURES Low Noise: 0.2 |iV p-p 0.1 Hz to 10 Hz Low Gain TC: 5 ppm max G = 1 Low Nonlinearity: 0.001% max (G = 1 to 200} High CMRR: 130 dB min (G = 500 to 1000) Low Input Offset Voltage: 25 |i,V, max

ISP12160A

Abstract: qlogic ISP12160A ISP12160 ISP1280 492-PIN
Contextual Info: QLogic Corporation ISP12160A/33 and ISP12160A/66 Intelligent, Dual SCSI Processors Data Sheet Features • Available in two versions collectively referred to as ISP12160A , with a maximum transfer rate of 528 Mbytes/sec over the PCI bus: ❒ 66-MHz, 64-bit PCI host bus interface

AD835

Abstract: AD532 AD534 AD538 AD539 AD632 AD633 AD734 AD834 MLT04
Contextual Info: ANALOG COMPUTATION CIRCUITS MODEL NUMBER TRANSFER FUNCTION SMALL FULL SIGNAL POWER BW BW MHZ SLEW RATE V/usec SETTLE TIME typ usec TOTAL NONLINEARITY ERROR @25C @Tmax X Input Y Input % FS % FS % FS % FS FEEDTHROUGH CMRR WIDEBAND NOISE 1% Y=20 X=20 mV RMS typ

block diagram of risc processor

Abstract: qlogic isp1040 SCSI Parallel Interfaces ISP1240 SCSI controller "external fifo" QLOGIC isp
Contextual Info: QLogic Corporation ISP1240 Intelligent, Dual SCSI Processor Data Sheet Features • ■ ■ ■ ■ ■ ■ ■ ■ ■ Product Description 64-bit PCI host bus interface, complaint with PCI Local Bus Specification revision 2.1 Compliance with ANSI Fast-20 standard

AD6537

Abstract: AD6833 AD6527 AD6488 AD6548 ad6555 AD6548 circuit AD7611 ad9924 ad6525
Contextual Info: Selection Trees Contents General-Purpose Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Application-Specific Circuits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3