Fast Recovery Diode - China

Fast Recovery Diode

Fast recovery diodes (FRDs) offer shorter reverse recovery times (t rr ), making them superior to typical rectifier diodes in terms of switching speed and switching losses.

Diodes can be divided into two main categories: rectifier diodes (standard recovery) and fast diodes.

Rectifier diodes are generally used to convert AC (alternating current) to DC (direct current).

Although optimized for low conduction losses, rectifier diodes are subjected to only moderate dynamic stresses when transitioning from the on state to the blocking state.

On the other hand, the fast diode is a companion device to the switch in the DC to AC conversion.

Each switch requires a complementary diode (e.g., for “renewing” reactive power) to enable operation of a DC-to-AC conversion system with inductive loads.

Principle of operation of FR diodes

Fast recovery diodes work on the same principle as conventional diodes as they are both used for rectification.

When an AC signal passes through the diode, the positive half cycle passes through while the negative half cycle is blocked.

However, it does not block the negative half cycle immediately.

It takes some time to recover from the conduction state to the blocking state.

VRRM=50V~1000V, IF=1A~16A, TRR=150ns~500ns, generally used in Snubber lines/VCC rectifier and other application lines.

Company Contact:

• Posted By: Nantong Hornby Electronic

• Phone: 13764549219

• Address: Nantong Hornby Electronic, nantong , jiangsu , China

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• Website: https://www.hornby-electronic.com/

• Business Description: Nantong Hornby Electronic founded in 1996 December, as the third manufacture plant Hornby Group invested in Mainland China.
  
  It is the largest semiconductor component production base of Hornby Group.
  
  After more than twenty-five years development, the company is able to produce 6 billion semiconductor device parts annually.
  
  Hornby has become a global semiconductor device supplier and service provider with R&D, product and service.