Schottky diodes have a wide range of applications in power supplies, frequency converters, and circuit protection due to their low forward voltage drop and fast switching characteristics. However, in practical applications, engineers may face the need for replacement of Schottky diode models, especially when the original model is out of stock or when there are design updates. At this point, it is crucial to understand whether Schottky diodes with different packaging can be interchanged to ensure
Diode, also known as crystal diode, abbreviated as diode, and early vacuum electronic diode; It is an electronic device with unidirectional conduction current. There is a PN junction with two lead terminals inside the semiconductor diode, and this electronic device has the ability to transduce unidirectional current in the direction of the applied voltage. Generally speaking, a crystal diode is a p-n junction interface formed by sintering p-type and n-type semiconductors.
For ordinary rectifier diodes, as long as there are fluctuations in the power grid, turning on and off of high-power equipment in the same network, lightning strikes, switch sparks, large capacity inductive loads, and large capacity capacitive loads in the application circuit, when the instantaneous voltage is higher than the reverse breakdown voltage value of the diode, voltage damage parameter attenuation or complete breakdown short circuit open circuit may occur.
Surface mounted rectifier diodes generate heat during operation, and excessive heating can accelerate their service life. Therefore, the cooling system of rectifier diodes is developed. So what is the cooling principle of surface mount rectifier diodes?
During the operation of a thyristor, its anode A and cathode K are connected to the power supply and load, forming the main circuit of the thyristor. The gate G and cathode K of the thyristor control the device connection of the thyristor, forming the control circuit of the thyristor.
When a thyristor is subjected to reverse anode voltage, regardless of the voltage applied to the gate, the thyristor remains in an off state.
