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Parts by Number for High Impedance Top

Part # Distributor Manufacturer Product Category Description
TC428 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided The TC426/TC427/TC428 are dual CMOS high-speed drivers. A TTL/CMOS input voltage level is translated into a rail-to-rail output voltage level swing. The CMOS output is within 25mV of ground or positive supply. The low impedance, high-current driver outputs swing a 1000pF load 18V in 30nsec...
TC7106 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided is below ±1 count. High impedance differential inputs offer 1pA leakage current and a 10 12 Ω input impedance. The differential reference input allows ratiometric measurements for ohms or bridge transducer measurements. The 15VP –P noise performance guarantees a "rock solid" reading...
TC1427 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided edge delays, tD1 and tD2, for processing short duration pulses in the 25 nanoseconds range. All of the above drivers are pin compatible. The high-input impedance TC1426/27/28 drivers are CMOS/TTL input-compatible, do not require the speed-up needed by the bipolar devices, and can be directly driven...
SS28B2035-3 Allied Electronics, Inc. LEADERTECH INC Not Provided Very High Impedance Multi-Turn Sleeve Snap, 3-Hole, With Serpentine Cable Thread
SSR21H-12150 Digi-Key Kemet Filters AC FILTER T/H HIGH IMPEDANCE
SD214DE Calogic, LLC Calogic LLC Not Provided High-Speed Analog N-Channel DMOS FETs; High Input to Output Isolation; Low On Resistance; No Protection Diode from Gate to Substrate for very high impedance application; ROHS Compliant
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Conduct Research Top

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    AN951 Amplifying High-Impedance Sensors - Photodiode Example and C reduce the output noise. The output noiseR N N Author: Kumen Blake and Steven Bible is also kept low by not over-compensating the feedback Microchip Technology Inc. loop. INTRODUCTION C F Embedded systems contain many types
  • A High Power Solid State T-R Switch
    are forward biased in the transmit state with the. series connected diode, D1, al owing a low insertion loss path between. transmitter and antenna and the receiver protected by the low impedance of the. shunt diode, D2. This low impedance is transformed by a quarter wave. transformer which projects high
  • Programming the HVA Series Precision High Voltage Amplifier
    to observe the polarity of the applied signal. The voltage is always positive because the current limiting circuitry seeks the absolute value of the current and limits the value -- without regard to polarity. The input characteristic is high impedance with a 10M O pulldown to ground. Enable/Disable
  • Care & Maintenance in High Purity Water (.pdf)
    the problems common to high purity applications,. such as: Reference Junction Potentials: There is a large electrical potential created between the. highly conductive KCl solution in the reference electrode and the low ionic process, causing. a high impedance (resistance) across the reference
  • AN-0300 - High Voltage Op-Amp Application Using Opto-Couplers
     be inserted in the inverting input to . further improve arc protection. . Due to the very high impedance of these circuits, Op‐Amps used for this . application should have FET inputs and reasonable bandwidth to support circuit . response compensation. . Cf, the compensation capacitor, must be finessed
  • Drive High Intensity White LEDs Efficiently Using the PIC16C781
    if the inductor current does not reach the. voltage, U1 enters Brown-out Reset keeping RA4 in the. intensity threshold. RESET high impedance state. During the discharge phase, the current in L1 is initially. identical to the current when the charge phase termi-. nated. The stored energy in L1 causes the voltage
  • Interfacing with the UltraVolt M and V Series of Microsize High Voltage Power Supplies
    is linear and proportional over the entire range; therefore, the numerical error can easily be compensated in the system. We recommend the use of a high impedance buffer. The 2kV, 2.5kV and 3kV output voltage units have a buffered E monitor with a 0-5V linear scale (or 0-2.5V scale for 5 Vdc input
  • High- Precision Data Acquisition Boards - Why You Should Buy, Not Design
    an input. ADC. DAC. Output. 7. 7. channel. This problem is solved with fault-. 5. 5. tolerant multiplexer ICs that can handle. 6. Sampling. 6. the voltage being removed while still. Rate = 7KHz. having the sensor voltage present. Having. = Sample Points. the multiplexer go into a high-impedance. Figure

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