Definition and Characteristics of Integrated Circuits
Definition and Characteristics of Integrated Circuits

From micro to macro, understand the key foundations of this electronic age; The definition and characteristics of integrated circuits. Integrated circuits refer to the combination of multiple electronic components

Categories:Product knowledge Date:2026-03-12 Hits:1710 View »


The mystery from the transistor to the electronic amplifier
The mystery from the transistor to the electronic amplifier

A transistor is an important semiconductor device consisting of three terminals: emitter, base, and collector. It can amplify and control current, widely used in various electronic circuits, and is one of the core components of modern electronic technology

Categories:Product knowledge Date:2026-03-12 Hits:1684 View »


Field-effect transistor
Field-effect transistor

Field effect transistor is a unipolar type (with only one type of carrier participating in conduction) transistor, abbreviated as field-effect transistor, which belongs to voltage controlled semiconductor devices.

Categories:Product knowledge Date:2026-03-11 Hits:1725 View »


Improved electrode structure and innovative organic field-effect transistor have been developed
Improved electrode structure and innovative organic field-effect transistor have been developed

With the strong support of the National Natural Science Foundation of China, the Ministry of Science and Technology, and the Chinese Academy of Sciences, researchers from the Key Laboratory of the Institute of Mechanical and Solid State Sciences of the Chinese Academy of Chemistry have cooperated with scientists and technicians from the Institute of Microelectronics of the Chinese Academy of Sciences to make new progress in the research of high-performance, low-cost airport effect transistors

Categories:Product knowledge Date:2026-03-11 Hits:1687 View »


What is a Schottky diode, and what is the difference between a Schottky diode and a regular diode?
What is a Schottky diode, and what is the difference between a Schottky diode and a regular diode?

The main characteristics of Schottky diodes are fast switching and low noise, which makes them widely used in many high-frequency circuits.

Categories:Product knowledge Date:2026-03-10 Hits:1709 View »


Can fast recovery diodes and Schottky diodes be interchanged?
Can fast recovery diodes and Schottky diodes be interchanged?

Fast Recovery Diode and Schottky Diode are two common types of BTS3118N diodes in the field of electronic components. They both have fast conductivity characteristics, but have significant differences in structure, working principle, and application areas.

Categories:Product knowledge Date:2026-03-10 Hits:1687 View »


Good or bad judgment of three terminal Schottky diode
Good or bad judgment of three terminal Schottky diode

Three terminal Schottky diode, also known as "multi-layer structure bipolar coupled junction double gate MOSFET", is an EP20K200EFC484-3 semiconductor device that can be used in high-frequency amplification, switching, mixing and other circuits. Before judging the quality of a three terminal Schottky diode, we first need to understand its structure and principle. Then, we can judge its quality by.

Categories:Product knowledge Date:2026-03-10 Hits:1680 View »


Characteristics of TVS diode and its application in circuit design
Characteristics of TVS diode and its application in circuit design

Transient voltage suppressor is a high-performance protective device in the form of a diode, with extremely fast response time and considerable surge absorption capability

Categories:Product knowledge Date:2026-03-09 Hits:1688 View »


What is a fast recovery diode and its basic structure
What is a fast recovery diode and its basic structure

A Fast Recovery Diode (FRD) is a semiconductor device specifically designed to quickly switch from a conducting state to a cutoff state in a circuit.

Categories:Product knowledge Date:2026-03-09 Hits:1707 View »


Guidelines for selecting transistor parameters
Guidelines for selecting transistor parameters

After the transistor works in the circuit for a period of time, the circuit components will generate heat (including the heat generated by the transistor itself), and the temperature will continue to rise

Categories:Product knowledge Date:2026-03-09 Hits:1670 View »


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