Diodes are very common in electronic application circuits, but how are they applied in electronic communication devices?
The application process of rectifier diodes in circuits will generate losses. How can we reduce the losses of rectifier diodes during use? How should the loss of rectifier diodes be calculated?
Many friends have asked me, can rectifier diodes replace ordinary diodes in weak current circuits?
Schottky diode is a fast recovery diode, which belongs to a low-power, ultra high speed semiconductor device. Its notable feature is that the reverse recovery time is extremely short (can be as small as a few nanoseconds), and the forward conduction voltage drop is only about 0.4V. Its workmanship is finer and more complex than ordinary diodes, and its price is also higher, but its external performance and functionality are similar to ordinary diodes.
What is the relationship between the forward recovery effect of diodes and devices?
Many friends have doubts about the positive and negative connections of voltage regulators, as some directions are opposite to the normal direction.
