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In semiconductor physics, what happens to the current in a parallel diode config

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Question: In semiconductor physics, what happens to the current in a parallel diode configuration when the temperature increases?

Options:

  1. Current decreases
  2. Current remains constant
  3. Current increases
  4. Current becomes zero

Correct Answer: Current increases

Solution:

In a parallel diode configuration, as the temperature increases, the current typically increases due to reduced barrier potential.

In semiconductor physics, what happens to the current in a parallel diode config

Practice Questions

Q1
In semiconductor physics, what happens to the current in a parallel diode configuration when the temperature increases?
  1. Current decreases
  2. Current remains constant
  3. Current increases
  4. Current becomes zero

Questions & Step-by-Step Solutions

In semiconductor physics, what happens to the current in a parallel diode configuration when the temperature increases?
  • Temperature Effect on Diodes – As temperature increases, the intrinsic carrier concentration in semiconductors increases, leading to a reduction in the barrier potential and an increase in current.
  • Parallel Diode Behavior – In a parallel configuration, the total current is the sum of the currents through each diode, which can be affected differently by temperature.
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