Voltage and Current Converter Basics
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Voltage and Current Converter Basics

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Questions and Answers

What does a V-to-I converter do?

It converts an input voltage into a proportional output current.

What is the output current equation for a V-to-I converter?

Iout = Vin / R

Which of the following is a key feature of a V-to-I converter?

  • Low Output Impedance (correct)
  • High Output Impedance
  • High Input Impedance (correct)
  • Low Input Impedance
  • List one application of a V-to-I converter.

    <p>Driving LEDs</p> Signup and view all the answers

    What does an I-to-V converter do?

    <p>It converts an input current into a proportional output voltage.</p> Signup and view all the answers

    What is the output voltage equation for an I-to-V converter?

    <p>Vout = -Iin × Rf</p> Signup and view all the answers

    Which of the following describes a key feature of an I-to-V converter?

    <p>High Sensitivity</p> Signup and view all the answers

    Match the following converter types with their application:

    <p>V-to-I Converter = Driving current-based loads I-to-V Converter = Photodiode amplifiers</p> Signup and view all the answers

    Study Notes

    Voltage-to-Current Converter (V-to-I Converter)

    • Converts input voltage into proportional output current.
    • Used to drive devices requiring current input, such as LEDs, motors, and transducers.
    • Uses an op-amp in inverting configuration with a feedback resistor.
    • Output current is proportional to input voltage and flows through the load.
    • Maintains a virtual ground at the inverting terminal to ensure current proportionality.
    • Output current equation: Iout = Vin/R, where R is the feedback resistor.
    • High input impedance and low output impedance.

    Current-to-Voltage Converter (I-to-V Converter)

    • Converts input current into proportional output voltage.
    • Widely used in sensor applications where the output is in the form of current (e.g., photodiodes, current transducers).
    • Uses an op-amp in inverting configuration with a feedback resistor.
    • Output voltage is proportional to the input current.
    • Op-amp maintains a virtual ground at the inverting terminal.
    • Input current flows through the feedback resistor, developing a voltage across it.
    • Output voltage equation: Vout = -Iin x Rf, where Rf is the feedback resistor.
    • High accuracy, high sensitivity, and low input impedance.

    Comparison of V-to-I and I-to-V Converters

    • V-to-I Converter
      • Converts voltage to current.
      • Used for driving current-based loads like LEDs, motors.
      • Op-amp in inverting configuration with load resistor.
    • I-to-V Converter
      • Converts current to voltage.
      • Used for applications like photodiode amplifiers, current sensing.
      • Op-amp in inverting configuration with feedback resistor.

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    Description

    Explore the fundamentals of Voltage-to-Current and Current-to-Voltage converters. This quiz covers how op-amps are utilized in these converters, their applications, and key formulas. Test your understanding of these essential electronic components!

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