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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
TC7117A Microchip Technology, Inc. Microchip Technology, Inc. Not Provided as HLDR is held high.Conversions continue, but output data display latches are not updated.The reference low input (V –REF)is not available as it is with the TC7106/7107. V –REF is tied internally to analog common in the TC7116A/7117A devices. The TC7116A/7117A reduces linearity error to less...
TC7116 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided as HLDR is held high.Conversions continue, but output data display latches are not updated.The reference low input (V –REF) is not available as it is with the TC7106/7107. V –REF is tied internally to analog common in the TC7116A/7117A devices. The TC7116A/7117A reduces linearity error...
TC7116A Microchip Technology, Inc. Microchip Technology, Inc. Not Provided as HLDR is held high.Conversions continue, but output data display latches are not updated.The reference low input (V –REF) is not available as it is with the TC7106/7107. V –REF is tied internally to analog common in the TC7116A/7117A devices. The TC7116A/7117A reduces linearity error...

Conduct Research Top

  • Solid-state relays
    A solid-state relay conducts load current through one or more power transistors or thyristors. A relatively low triggering energy on the SSR input switches the output on or off. There are three main types of SSRs, classified by the type of input. Reed-relay coupled SSRs send the input signal
  • Expanded PTFE Polymer Keeps Electrical and Electronics Cables Clean and Flexible
    insulation to sliding surfaces since its discovery in 1938. These same characteristics let PTFE and its expanded derivatives (ePTFE) work well in cables for today's demanding, high-flex, low-downtime applications. The materials can give cables long flex-life, extra strength, better signal transmission
  • Next hot trend for appliances: FLEXIBLE DISPLAYS
    , and consumer/product interaction when the product is in use. EL technology is an efficient form of light production that generates no heat. Traditionally taking the form of wires, panels, or strips, an organic phosphor is sandwiched between two conductors. When an ac signal of enough voltage

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