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Part Manufacturer Description PDF & SAMPLES
5962-87677012A Intersil Corporation SAMPLE AND HOLD AMPLIFIER, CQCC20, CERAMIC, QCC-20
HA1-2425-5 Intersil Corporation SAMPLE AND HOLD AMPLIFIER, 3.2us ACQUISITION TIME, CDIP14
HA1-5320-5 Intersil Corporation SAMPLE AND HOLD AMPLIFIER, 1us ACQUISITION TIME, CDIP14
HA4P2425-5 Intersil Corporation SAMPLE AND HOLD AMPLIFIER, 3.2us ACQUISITION TIME, PQCC20
HA1-5330-2 Intersil Corporation SAMPLE AND HOLD AMPLIFIER, 0.65us ACQUISITION TIME, CDIP14
HA3-5330-5 Intersil Corporation SAMPLE AND HOLD AMPLIFIER, 0.65us ACQUISITION TIME, PDIP14

"diode sampling bridge"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: new aspect of the diagram is the diode bridge switch. Borrowed from classical sampling oscilloscope , diode array.6 A3 and associated components temperature control the sampling diode bridge by comparing a , ­ DAC REF 0V TO 10V TRANSITION + OUTPUT AMPLIFIER DIGITAL INPUTS SAMPLING BRIDGE DRIVER SAMPLING BRIDGE SWITCH RESIDUE AMPLIFIER R SETTLE NODE ×1 × 40 R OUTPUT TO , PULSE GENERATOR VARIABLE DELAY VARIABLE WIDTH PULSE GENERATOR SAMPLING BRIDGE TEMPERATURE Linear Technology
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LT1597 74H123 74hc123 Spice darlington array with clamp diode 2A AN7418 2N3440 HARRIS SEMICONDUCTOR 2N2222 2N2907 2N5415 2N3440 AN74-46
Abstract: aspect of the diagram are the diode bridge switches. Borrowed from classical sampling oscilloscope circuitry, they are the key to the measurement. The diode bridge's inherent balance eliminates charge , ­ V+ ON OFF Figure 5. Diode Sampling Bridge Switch Trims Include AC and DC Balance and Switch , , although the switch must be fast and devoid of drive artifacts. The diode bridge's balance, combined , few nanoseconds. The diode clamp to ground prevents excessive bridge drive swings and ensures that Linear Technology
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2N2369 Spice HP355C CA3039 2N2369 AVALANCHE PULSE GENERATOR HP1120A 2N2369 avalanche AN79-29 AN79-30 AN79-31 AN79-32
Abstract: These beam lead Schottky bridge quads are commonly used in sampling and modulator applications. The , . High speed switching, a necessary sampling requirement, is accom plished with the Schottky diode , sampler will not cause the diodes in the bridge to conduct. T he diode circuit configuration is show n on , Lead and Packaged Bridge Quads MA4E400 Series V3 .00 Diode Circuit Configuration T1 RF INPUT SAMPLING OUTPUT Sampling Circuit Bridge Quad u Case Styles (S e e appendix for com plete dim -
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MA4E400L MA4E400M MA4E400H
Abstract: most striking new aspect of the diagram is the diode bridge switch. Borrowed from classical sampling , ­ DAC REF 0V TO 10V TRANSITION + OUTPUT AMPLIFIER DIGITAL INPUTS SAMPLING BRIDGE SWITCH SAMPLING BRIDGE DRIVER RESIDUE AMPLIFIER R SETTLE NODE ×1 × 40 R OUTPUT TO , PULSE GENERATOR VARIABLE DELAY SAMPLING BRIDGE TEMPERATURE CONTROL VARIABLE WIDTH PULSE GENERATOR AN74 F04 Figure 4. Block diagram of DAC-settling-time measurement scheme: diode bridge Linear Technology
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LTC1650 Digital Oscilloscope Preamplifier Digital Oscilloscope Wideband amplifier Oscilloscope Wideband preamplifier LTC1597 LTC1595
Abstract: with the diode. The 100A current is split by the bridge. This light current saves power, but , change normally associated with temperature. A power MOSFET in a diode bridge switches 26VAC to the , AN23-1 Application Note 23 The platinum sensor is placed in a current driven bridge with the 1k resistors. The LM334 current source drives the bridge and its associated resistors set a 100A operating level. The diode provides temperature compensation (see LM334 data sheet). The 39k resistor Linear Technology
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IC CD4066 IC 74C14 74C905 circuit diagram of ic cd4066 APPLICATION NOTE CD4066 catalyst 2736 AN23-23 LT1022 LT1010 AN23-24
Abstract: temperature tracking with the diode. The 1(%A current is split by the bridge. This light current saves power , normally associated with temperature. A power MOSFET in a diode bridge switches 26VAC to the heater , bridge with the 1k resistors. The LM334 current source drives the bridge and its associated resistors set a 100/xA operating level. The diode provides temperature compensation (see LM334 datasheet). The 39k , differentially from the bridge to provide the circuit's output. Normally, the platinum sensor's slightly -
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CI 74C00 capacitor 100vf AN23-2 catalyst research corp catalyst research corp 2736 PTC104 C-400 LT1G22 LT101Q
Abstract: Style 906) Applications These beam lead Schottky bridge quads are commonly used in sampling and , input to the sampler will not cause the diodes in the bridge to conduct. The diode circuit configuration , (1344) 300 020 Schottky Barrier Beam Lead and Packaged Bridge Quads Diode Circuit Configuration , Schottky Barrier Beam Lead and Packaged Bridge Quads Features q q q q MA4E400 Series V3 , Parasitics for Broadband Designs Description Each Schottky barrier diode quad consists of four closely M/A-COM
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MA-4E402L
Abstract: -19500/483D 3.4.3 Parallel diode construction. For bridge design that employs more than one diode for each , diode in the bridge at the below specified conditions shall be +175C. The test shall be performed in , , THREE PHASE, FULL WAVE BRIDGE RECTIFIER, TYPES M19500/483-01 THROUGH M19500/483-04, JANTX This , -phase, full wave bridge rectifiers intended for use in applications at frequencies of 1 kHz or less. One , VRWM Bridge (1) Bridge (2) IO1 at TC = +55C IO2 at TC = +100C IF(surge) Barometric pressure DEPARTMENT OF DEFENSE
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m19500/483 M19500/483-03 MIL-PRF-19500/483 TM1027 MIL-PRF-19500/483D MIL-PRF-19500/483C MIL-PRF-19500 M19500/483-
Abstract: Schottky barrier diode quad consists of four closely matched diodes connected in a bridge configuration , Applications These beam-lead Schottky dual barrier bridge quads are primarily used in sampling and modulator , components. High speed switching, a necessary sampling requirement, is accomplished w iih the Schottky diode , the diodes in the bridge to conduct. The diode circuit configuration is shown at the right. MAXIMUM , Ajfocm MA4E400 Series Schottky B arrier Beam-Lead and Packaged Bridge Quads Features SMALL -
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Abstract: means for diode excitation. In some instances, resistor biasing (2 element bridge with voltage , temperature in a variety of environments Thermocouple B U R R -B R O W N ® RTD Thermistor Diode , are the thermocouple, RTD, thermistor, and diode. And within each of these sensor families exist a , , any generic, garden variety, diode can be used for temperature sensors, as well as diodes optimized , ). Temperature Measurement Thermocouples · Getting Rid Of The Ice Bath With Diode CJC -
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motorola mts 102 Wheatstone Bridge amplifier ina114 nonlinear handbook MTS102 equivalent DATA ACQUISITION SEMINAR 3 phase ac motor speed control PCM1760
Abstract: pulse in the diode bridge is carefully controlled to be 6-8 ns. This is the sampling period, commonly , of a diode bridge circuit), a hold capacitor, and an output buffer. Both the Input buffer and the , load of up to 40 pF. The diode bridge (switching cell) merely provides either a high Impedance path or , is capable of driving 10 mA Into the capacitive load C13 (hold capacitor). The diode bridge acts as , CLKB (to be discussed later), the diode bridge will enter a dynamic state where the Impedance between -
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141O VA730 VC018 0GG14E DD014E 99D0T427
Abstract: sampling diode bridge. FET parasitic gate to channel capacitances result in large gate drive originated , aspects of the diagram are the diode bridge switch and the multiplier. The diode bridge's balance , nanosecond . The diode clamp to ground prevents excessive bridge drive swings and ensures that non-ideal , to be observed, inducing overload and obviating the switches' purpose. The diode bridge is better , Settling Time" utilized such a sampling bridge and it is detailed in that text. See Reference 3 Linear Technology
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AN128 IN5711 TELEDYNE PHILBRICK multiplier subtleties settling time nanosecond pulse generator Avtech an128f 100MH HP1105/1106/8A AN128-23 AN128-24
Abstract: /D allows direct connection to the sensor bridge with no signal conditioning electronics in between , microcontroller. Bridge Bias Delta Sigma A/D CS5532 Bridge + Isolation Boundary Bridge Iso SD Out , isolate multiple s. Bridge Bias Delta Sigma A/D CS5532 Bridge + Bridge Isolation Boundary Iso , IL261 OSC 1 Bridge Bias Delta Sigma A/D CS5532 Bridge + Bridge - Iso SD Out SD In Iso , shows a multi-channel sampling system with separate A/D cells. The IL262 is used to control the SPI NVE
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AB-11 4-20ma ADC INPUT OPTOCOUPLER USED IN SPI SIGNAL ISOLATOR IL7X PCM1681 IL717 IL260 IL614 IL610 IL611 ISB-AP-11
Abstract: ) SINGLE 2 BRIDGE QUAD 3 4 2 SERIES CATHODE 3 1 C COMMON CATHODE 2 1 , . Typical applications of these Schottky diodes are mixing, detecting, switching, sampling, clamping , , assuring the highest degree of match. M 3 BRIDGE QUAD 6 5 1 2 4 P 6 3 1 , board. Electrical Specifications TC = 25°C, Single Diode[4] Part Package Number Marking Lead HSMS , Unconnected Pair Ring Quad[5] Bridge Quad[5] Cross-over Quad Single Series Common Anode Common Cathode Agilent Technologies
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HSMS-282K 282P variable power divider marking c2 diode HSMS-282x Series 2-82K HSMS-282 RS-481 SC-70 5968-2356E 5968-5934E
Abstract: greater the number of ADC bits, the smaller the step size and the greater the . 1.5 Sampling and , 11 12 13 TIME Input Sinewave 4-bit (16 level) ADC sampling a sinewave input, time , reproduced with a DAC, the affects of sampling and quantization would be easily noticed. Sampling means , output value is held constant. The rate at which the input is sampled is known as the sampling frequency , . Sampling faster than this minimum rate is known as oversampling. The delta sigma ADCs exploit the benefits Burr-Brown
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REF200 MPC506 PGA206 ADS1211 IR LED and photodiode heart rate 4-20ma interface WITH ADC PT100 REF200 RTD signal conditioning theory pt100 interface WITH ADC INA118 PT100 ADS7804 REF1004
Abstract: sampling circuits, as shown in Figure 15. Note that the bridge is closed at opposite ends by external , applications, including DC biased detecting; mixing; switching; sampling; clipping and clamping; and wave , Applications · HSMS-282a - good general purpose diode, specifically for: ­ DC biased detection at < 2.5 GHz ­ , clipping and clamping applications · HSMS-281a - low 1/f @ 1 GHz mixing 6 BRIDGE QUAD 5 4 6 RING , Specifications" for appropriate package marking. 2 Electrical Specifications, TC = +25°C, Single Diode [1 Hewlett-Packard
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HSMS-282a HP SOT363 BK hsms-280 HSMS-280K NN SOT-143 HSMS-280K/L HSMS-281K/L HSMS-282K/L HSMS-28 5966-2049E
Abstract: , detecting, switching, sampling, clamping, and wave shaping. The Package Lead Code Identification, SOT , Lead Code Identification, SOT-323 (Top View) SINGLE 2 BRIDGE QUAD 3 4 2 SERIES , , assuring the highest degree of match. M 3 BRIDGE QUAD 6 5 1 2 4 P 6 3 1 , board. Electrical Specifications TC = 25°C, Single Diode[4] Part Package Number Marking Lead HSMS , Unconnected Pair Ring Quad[5] Bridge Quad[5] Cross-over Quad Single Series Common Anode Common Cathode Agilent Technologies
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circuit and working lcr meter diode ring mixer phase detector 65 marking sot23 SOT143 C9 sot-23 DIODE marking code D3 marking code C4 Sot 23-5 5968-8014E 5989-0279EN
Abstract: The HSMS-28aP is open bridge quad is designed for sampling circuits, as shown in Figure 15. Note , UNCONNECTED PAIR â'¢ HSMS-282a â'" good general purpose diode, specifically for: - DC biased detection at , '" BRIDGE QUAD . âºH âºh -C r3Cr N RING QUAD 6|~i 5 r~ 4r i r1 -| iriN â'" 3l â , , including DC biased detecting; mixing; switching; sampling; clipping and clamping; and wave shaping. This , Unconnected Pair Unconnected Trio Common Cathode Quad Common Anode Quad Bridge Quad Ring Quad High -
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281K/L
Abstract: . Clamping Four Lines. The HSMS-28*P is open bridge quad is designed for sampling circuits, as shown in , conductivity for higher power dissipation Applications â'¢ HSMS-282a â'" good general purpose diode , UNCONNECTED PAIR TRIO 2 3 K COMMON CATHODE QU AD 2 3 L COMMON ANODE QUAD BRIDGE QUAD RING QUAD Pin Connections , ; sampling; clipping and clamping; and wave shaping. This sériés offers a wide range of specifications and , Cathode Quad 280N N N Common Anode Quad 280P AP P Bridge Quad 280R 0 R Ring Quad -
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Voltage-HSMS-282A SOT-363 marking jf SOT 363 marking CODE LA HSMS-280A sot-363 tn MARKING CODE LA sot363 280K/L/M/N/P/R 282K/L/M/N/P/R HSMS-281
Abstract: Sample-Holds FEATURES â'¢ 10 MHz sampling rate â'¢ 30 Nanoseconds acquisition time â'¢ 30 Picoseconds aperture uncertainty â'¢ Diode bridge switch â'¢ 45 MHz bandwidth GENERAL DESCRIPTION The SHM-UH series , diode bridge switch, and a high impedance output buffer amplifier. The unique pulse transformer driven diode bridge switch is a key design feature in attaining a 30 nanosecond acquisition time for a 10V , Delay Time.12 nsec.6 Aperture Uncertainty Time. 200 psec. Sampling Rate, max. . 10 MHz -
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SHM-UH3 SHM-UH ltkt sample hold nanosecond SHM Series TL-X1 02048-1194/TEL 339-3000/TLX174388/FAX
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