Fast Recovery Diode Application Field - Car Inverter
Fast Recovery Diode Application Field - Car Inverter

Car mounted inverter is actually a power converter for cars, which can convert the 12V DC power of the car battery into 220V AC power

Categories:Product knowledge Date:2025-03-25 Hits:373 View »


How to choose the diode model and what parameters should be considered when using fast recovery diodes in circuit applications?
How to choose the diode model and what parameters should be considered when using fast recovery diodes in circuit applications?

Average rectified current IF: refers to the forward average current allowed to pass through a diode during long-term operation. The current is determined by the junction area and heat dissipation conditions of the PN junction.

Categories:Product knowledge Date:2025-03-25 Hits:420 View »


How to test if Schottky diodes are damaged?
How to test if Schottky diodes are damaged?

Schottky diodes are indispensable in electronic materials and often encounter damage problems during use. Those who understand Schottky diodes know that their voltage resistance is relatively low, and their recovery speed is relatively fast. Therefore, they often appear in high-frequency situations.

Categories:Product knowledge Date:2025-03-25 Hits:384 View »


Advantages, disadvantages, and packaging methods of Schottky diodes
Advantages, disadvantages, and packaging methods of Schottky diodes

Schottky diode is a semiconductor device that has three characteristics: low power consumption, high current, and ultra-high speed.

Categories:Product knowledge Date:2025-03-21 Hits:392 View »


How do Schottky diodes conduct electricity?
How do Schottky diodes conduct electricity?

The advantages of Schottky diodes are low impedance, small forward voltage drop, and fast recovery speed, so they are commonly used in high-frequency high current rectification and voltage drop protection circuits.

Categories:Product knowledge Date:2025-03-21 Hits:398 View »


Common testing methods for voltage drop of Schottky diodes
Common testing methods for voltage drop of Schottky diodes

The advantages of Schottky diodes are low impedance, small forward voltage drop, and fast recovery speed, so they are commonly used in high-frequency high current rectification and voltage drop protection circuits.

Categories:Product knowledge Date:2025-03-20 Hits:352 View »


What is the principle and construction working principle of Schottky diode
What is the principle and construction working principle of Schottky diode

With the development of the economy, the electronic components industry is developing rapidly, and components such as diodes and single chips are becoming increasingly mature. And someone asked what Schottky diode is, as well as its principle and structural working principle.

Categories:Product knowledge Date:2025-03-20 Hits:373 View »


Advantages of Schottky diodes in circuit applications
Advantages of Schottky diodes in circuit applications

Schottky diode is a semiconductor component made of metal material as the positive stage and N-type semiconductor as the negative stage, utilizing the potential barrier generated on the surfaces of both to possess the characteristics of a rectifier

Categories:Product knowledge Date:2025-03-20 Hits:352 View »


Which has a shorter recovery time, Schottky or fast recovery diode?
Which has a shorter recovery time, Schottky or fast recovery diode?

Schottky barrier diode is a barrier diode formed by the end of metal and semiconductor, which conducts electricity through majority carriers. Its reverse saturation current is much larger than that of fast recovery diodes that conduct electricity through minority carriers. Moreover, the storage effect of minority carriers is very small, and the reverse recovery time is much shorter.

Categories:Product knowledge Date:2025-03-19 Hits:349 View »


Several parameters that must be considered when choosing Schottky diodes
Several parameters that must be considered when choosing Schottky diodes

VF is the voltage drop across the Schottky diode when it conducts in the forward direction. The larger the current passing through the diode, the greater VF; The higher the temperature of the diode, the smaller the VF.

Categories:Product knowledge Date:2025-03-19 Hits:370 View »


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