Why Circuit Turn Off Time Should Be Greater Than The Thyristor Turn-o

1.	Why Circuit Turn Off Time Should Be Greater Than The Thyristor Turn-off Time?
Answer» Circuit turn off time should be greater than the thyristor turn-off time for reliable turn-off, otherwise the DEVICE MAY turn-on at an UNDESIRED instant, a process called COMMUTATION FAILURE. Circuit turn off time should be greater than the thyristor turn-off time for reliable turn-off, otherwise the device may turn-on at an undesired instant, a process called commutation failure.

Why Circuit Turn Off Time Should Be Greater Than The Thyristor Turn-off Time?

Answer»

Circuit turn off time should be greater than the thyristor turn-off time for reliable turn-off, otherwise the DEVICE MAY turn-on at an UNDESIRED instant, a process called COMMUTATION FAILURE.

Circuit turn off time should be greater than the thyristor turn-off time for reliable turn-off, otherwise the device may turn-on at an undesired instant, a process called commutation failure.

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Why Circuit Turn Off Time Should Be Greater Than The Thyristor Turn-off Time?

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