Besides the standard design, solder bond, and other already covered in my blog power semiconductor modules, there exist many types of the specific power semiconductor devices. Modules with
5 Min Read
-
-
In the previous article the question of Disadvantages of Power Semiconductor Modules with Standard Design was raised. Today we continue to investigate this matter. Influence of the
6 Min Read -
The main disadvantages or problems of the power semiconductor modules with standard design can be divided into: cycling resistance due to the large difference in coefficients of the linear
5 Min Read -
Solder bond power semiconductor modules cover a voltage range from 55V to 6500V with current from 1A to 3600A. There are almost all known topologies, such as half-bridges, sixpacks, and even CIB
4 Min Read -
IGBT modules are widely used in power electronics industry. The range of IGBT modules produced today is very large. Many power semiconductor companies produce IGBT modules that are almost identical
3 Min Read -
Power semiconductor devices can be divided into several types by their design. They can be assembled as a stud, capsule, or module. Recently, solutions integrating the power semiconductor device,
6 Min Read -
One of the most pressing problems, without solving which it is impossible to produce reliable high-voltage power semiconductor devices such as IGBTs, MOS Controlled Thyristors, etc., is the creation
5 Min Read -
The main purpose of modification of IGBT deep semiconductor layers is the same as that of other types of bipolar power semiconductor devices. It is to obtain an optimal combination of the voltage
7 Min Read -
The specific width of the induced channel per unit area of the structure, the efficiency of technological shunting of the emitter of a parasitic thyristor, the specific capacity of the gate (the
6 Min Read -
At the moment the power conversion equipment built using IGBTs is considered the standard of power electronics, providing the highest quality conversion of electricity with maximum compactness and
6 Min Read
