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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
PIC24FJ128GA308 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided performance. Single Cycle Instruction Execution. 16 x 16 Hardware Multiply, & 32-bit x 16-bit Hardware Divider. C Compiler Optimized Instruction Set System Select Peripherals: 10/12-bit Differential ADC, 24 channels, 200/500 Ksps with Threshold Detect. Peripheral Pin Select allows I/O remapping...
TC7116 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided to less than 1 count.Roll-over error (the difference in readings for equal magnitude but opposite polarity input signals)is below ±1 count.High-impedance differential inputs offer 1 pA leakage current and a 10 12 Ω input impedance.The 15 µVP-P noise performance guarantees a "rock solid...
MCP3423 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided The MCP3423 is a two channel low-noise, high accuracy delta-sigma A/D converter with differential inputs and up to 18 bits of resolution. The on-board precision 2.048V reference voltage enables an input range of ±2.048V differentially. The device uses a two-wire IC ™ compatible serial...
SCC30D Powell Electronics, Inc. HONEYWELL Not Provided Pressure Sensors: Measurement Type: Differential, Gage; 0 psid to 30 psid Operating Pressure, Constant Current, Button package - No Port
1800-02D-L4L-B Honeywell Sensing and Control Honeywell Sensing and Control Sensors - Silicon Pressure Sensors - Low Pressure Sensors 1800/1805 Series, 0 psi to 10 psi pressure range, differential, 1.5 mA typ., 2mA max. supply current, TO-8 can
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Conduct Research Top

  • Match The Ports Of Differential Devices
    – and ii–. represent the reverse voltage and current, respectively. For differential circuits, S-parameter theory has been extended to introduce the concept. of mixed modes.1,2 Therefore, Fig. 1 could represent either a two-port single-ended. circuit or a single-port mixed-mode circuit. The model has
  • What Is The Difference Between Single Ended & Differential Inputs?
    Prosig P8000 systems use differential inputs, but what are they and why are they so special? This subject is not always fully understood and, therefore, the focus of this article is to try to make the difference clearer and explain why differential inputs are the obvious choice in a high quality
  • Differential VCO Design for GSM Handset Applications
    it may not converge. and phase noise. and does not allow clear insight to VCO behavior. The differential stage bias is set by voltage dividers R6/PRC1 and. R8/R7. The base currents are limited by R3 and R5 for the differ-. ential pair and R2 for the current source. In this case, the 3 V, VCC. current
  • The World's Most Advanced Linear Variable Differential Transformer Signal Conditioner
    John Matlack, Executive Sales and Marketing Director for the Alliance Sensors Group talks to AZoSensors about the world's most advanced linear variable differential transformer signal conditioner. The World’s Most Advanced Linear Variable Differential Transformer Signal Conditioner: An Interview
  • Linear Variable Differential Transformer Technology
    Differential transformers are electromagnetic devices for translating the displacement of a magnetic armature into an AC voltage, which is a linear function of the displacement. They are basically composed of primary and secondary coils wound on an air core and a movable armature is used to control
  • Differential Pressure and Temperature Monitoring in a Hospital Cleanroom
    entering. Differential Pressure and Temperature Monitoring in a Hospital Cleanroom | CAS. Data Loggers for All Applications. 1 - 800 - 956 - 4437. M-Th 8A-5:30P(EST). Fri 8A-4:30P(EST). Request Demo. Request Pricing. Newsletter Signup. Find a data logger by selecting an application from the list
  • Eddy Current Profiles Parts
    potentiometer or a linear variable differential transformer (LVDT). Microsoft Word - Eddy Current Profiles Parts.doc
  • Eddy Current Displacement Sensors
    , there are special eddy. current systems designed for high speed revolution counting ( up to 400,000 RPM),. for injector needle lift measurement up to 2000bar/28000PSI) or for dual axis. differential systems for FLIR targeting systems. No other technology offers a high speed, true non contact measurement

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