Search results
Learn how diodes exhibit rectifying and breakdown behavior in reverse bias, and how to calculate the breakdown voltage based on physical mechanisms, doping profile, and geometry. Find out how to include breakdown voltage in SPICE simulations with Cadence front-end design software and PSpice application.
Breakdown voltage is a parameter of a diode that defines the largest reverse voltage that can be applied without causing an exponential increase in the leakage current in the diode. Exceeding the breakdown voltage of a diode, per se, is not destructive; although, exceeding its current capacity will be.
Jun 3, 2020 · Learn about the breakdown voltage of diode, which is the voltage at which reverse current flows in a PN junction. Find out the difference between avalanche breakdown and zener breakdown, and how zener diode works as a voltage regulator.
Diode Breakdown Voltage: Threshold for Drastically Increasing Leakage Currents in Diodes. Understanding the breakdown voltage in diodes is essential for ensuring their proper function in electronic circuits.
Learn about the properties and applications of PN junctions, the basic building blocks of diodes and transistors. Find out how forward bias and reverse bias affect the current and voltage of a diode.
Learn about diodes, the one-way valves of electronics, and their current-voltage relationship. Find out how to measure the forward voltage, reverse voltage and breakdown voltage of different diodes.
Definition. Breakdown voltage is the minimum reverse voltage that causes a diode to conduct in the reverse direction, leading to a significant increase in current. This phenomenon occurs when the electric field across the P-N junction becomes strong enough to ionize the atoms in the depletion region, allowing charge carriers to flow freely.
