PRODUCT

Product
-
-
Communication inverter variable frequency power supply
ALC3000 SERIES INTERMEDIATE FREQUENCY POWER SUPPLY
The ALC3000 series AC medium-frequency power supply is specifically designed and manufactured for aviation and military electronic and electrical equipment. It can be used for aircraft and airborne equipment, radar, navigation, and other military electronic equipment, as well as other occasions requiring a 400Hz medium-frequency power supply. The 400Hz medium-frequency power supply uses a 16-bit microcontroller as its core and power electronic devices as its power output unit. It adopts new technologies such as digital frequency division, phase locking, waveform instantaneous value feedback, SPWM pulse width modulation, and IGBT (IPM) output, as well as a modular structure. It features strong load adaptability, high efficiency, good stability, high-quality output waveform, simple operation, small size, light weight, intelligent control, abnormal protection functions, adjustable output frequency, fast response speed, strong overload capacity, fully isolated output, long life, and damage resistance.
View DetailsDLC3000 AVIATION DC POWER SUPPLY
The DLC3000 series of high-power regulated DC power supplies for aerospace and military applications employs internationally advanced wide-range ZVZCS soft-switching inverter technology. Using IGBTs and amorphous magnetic cores as core components, it is specifically designed for aerospace and military equipment. This series of power supplies provides highly stable output voltage and current, suitable for use in aircraft and aerospace vehicles worldwide; it can be used as a starting power supply for armored weapons and other military equipment; and it can also be used for simulation experiments of the input power supply of aircraft equipment. Due to its use of currently internationally advanced soft-switching technology and mature and reliable control circuits, it possesses excellent electronic characteristics of high precision, high stability, and high reliability.
View Details