The forward voltage of a silicon Schottky diode at ordinary current levels is commonly lower than that of a silicon PN diode mainly because of its?

  • AMetal-semiconductor majority-carrier conduction mechanism
  • BMuch larger band gap
  • CRequired avalanche operation
  • DOptical emission
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Correct Answer: A. Metal-semiconductor majority-carrier conduction mechanism
Explanation: Schottky junction conduction is a majority-carrier process and typically gives a lower forward drop than an ordinary silicon PN diode at comparable current.
Reference: Standard electronics: Schottky forward voltage