The working mode and working conditions of thyristors
The working mode and working conditions of thyristors

Thyristor, also known as thyristor, is the abbreviation for semiconductor thyristor. Thyristor is a high-power PNPN type 4-layer 3-terminal component that can convert alternating current into pulsating direct current with adjustable voltage, as well as direct current into alternating current. It can also adjust the alternating current voltage and make contactless switches. Thyristors are widely used in controllable rectification, speed regulation of DC motors, and electroplating industries.

Categories:Product knowledge Date:2025-02-27 Hits:292 View »


How to measure the quality of thyristors using the pin discrimination method for thyristors
How to measure the quality of thyristors using the pin discrimination method for thyristors

Thyristor, also known as silicon controlled rectifier (SCR), is a high-power semiconductor device composed of three PN structures. In terms of performance, thyristors not only have unidirectional conductivity, but also possess more valuable controllability than silicon rectifier components, with only two states: on and off.

Categories:Product knowledge Date:2025-02-27 Hits:296 View »


Selection of MOS switching transistor
Selection of MOS switching transistor

In general, MOSFETs commonly used for high-end driving require a gate voltage greater than the source voltage when conducting. However, for high-end driving MOSFETs, the source voltage and drain voltage (VCC) are the same when conducting, so the gate voltage should be 4V or 10V higher than VCC

Categories:Product knowledge Date:2025-02-27 Hits:298 View »


Switching characteristics of MOS transistor
Switching characteristics of MOS transistor

As a switching element, MOS transistors also operate in two states: off or on. As MOS transistors are voltage controlled components, their operating state is mainly determined by the gate source voltage uGS.

Categories:Product knowledge Date:2025-02-27 Hits:303 View »


Why are MOS transistors broken down and how to solve this problem:
Why are MOS transistors broken down and how to solve this problem:

Why are MOS transistors broken down and how to solve this problem:

Categories:Product knowledge Date:2025-02-27 Hits:296 View »


Introduction to different types of diodes
Introduction to different types of diodes

A diode is a two terminal electronic device/component used as a unidirectional switch, which allows current to flow only in one direction. These diodes are made from semiconductor materials such as silicon, germanium, and gallium arsenide.

Categories:Product knowledge Date:2025-02-26 Hits:312 View »


Design of a mixer using diodes
Design of a mixer using diodes

A frequency mixer is a three port device that implements the technology of generating new frequencies from two frequencies, also known as a frequency conversion.

Categories:Product knowledge Date:2025-02-26 Hits:298 View »


What is special about Schottky diodes
What is special about Schottky diodes

Schottky diode is a special type of diode characterized by low voltage drop and fast switching speed. This means that it can perform fast switching operations at high frequencies and achieve efficient power management at low voltages. Do you really know how to use Schottky diodes? What are the special features of Schottky diodes compared to other diodes? Now, let's focus together!

Categories:Product knowledge Date:2025-02-26 Hits:307 View »


What exactly is the saturation state of a transistor
What exactly is the saturation state of a transistor

What exactly is the saturation state of a transistor

Categories:Product knowledge Date:2025-02-25 Hits:287 View »


Detailed explanation of the three states of a transistor
Detailed explanation of the three states of a transistor

Detailed explanation of the three states of a transistor

Categories:Product knowledge Date:2025-02-25 Hits:320 View »


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