ABB LDMTR-01 Power interface module Controller module LDMUI-01
The role of the power module is the conversion of voltage, which can convert AC or direct current into the AC or direct current you need. For example, the mains 220V alternating current (AC) is converted into 5V direct current (DC), because the AC 220V electricity is high voltage, and the electronic products are low voltage power supply, which requires a conversion device to convert the AC 220V voltage into low voltage. For example, in the motor vehicle sometimes need to be converted to 220V alternating current to use, then this will become a low voltage to high voltage, because the voltage of the motor vehicle is generally relatively low.
In short, it is similar to a mobile phone charger, your mobile phone is out of power, to plug or charge to normal use, but you can not directly connect to 220V use, because the mobile phone will burn, so you need a special conversion device to convert the voltage required by the mobile phone.
Second, how to choose the right power module
1. Circuit design principle and process
The distinction between good and bad circuit principles can usually only be made from a professional perspective. At this stage, the power module can be divided into bare board and potting two kinds, the bare board can be based on intuitive ways, such as the layout of electronic components is reasonable and orderly, generous, orderly, and the solder joint is bright and clean. The potting module can not check the internal situation, but because it is not exposed, it is much better at the level of security and performance indicators. Welding process can include manual welding and wave welding process, mechanized production of wave welding process quality is better than manual welding.
2, chip components
The core of the power supply is IC, it is like the brain of the power supply, the quality of the IC directly affects the parameters of the power supply.
3, transformer components
The transformer determines the power and temperature resistance of the power supply. Transformer is responsible for AC – DC, energy overload will saturate the machine 4, electrolytic capacitors and ceramic capacitors
Electrolytic capacitors, and monolith electrolytic capacitors, which use sulfuric acid to do the cording medium, can make the larger capacity into a smaller volume, and marked with the + symbol above, and some marked with the symbol -, generally do low-frequency crosslinking and bypass filtering, the disadvantage is that the meson loss is larger, monolith electrolytic capacitors, due to the use of special materials, performance is better than ordinary electrolysis, frequency characteristics are better, However, the capacity can not be too large, and can be used in precise circuits, such as oscillation, or timing circuits.
Ceramic capacitors include ceramic dielectric capacity, ceramic capacitor, ceramic tube capacitor and ceramic semi-variable capacitor. It is mainly non-polar, the medium material is better, and the capacity cannot be too large. Suitable for high frequency circuits.
ABB GCC960C103
ABB GDC801B101
ABB HAC319AEV1
ABB ICSI16E1
ABB IMASI23
ABB IMBLK01
ABB IMDS014
ABB IMDSI14
ABB IMDSM04
ABB IMFECI2
ABB INIIT03
ABB INIIT13
ABB INIT03
ABB INNIS21
ABB INNPM12
ABB KUC720AE
ABB KUC720AE01
ABB MSR04X1
ABB MVR 0.44-10KA
ABB NPCT-01C
ABB PCD244A101
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ABB PFCL201C 10KN
ABB PFCL201C 20KN
ABB PFTL101A 1.0KN
