LCA150S-36-S

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An AC DC Converter is a device that converts alternating current (AC) to direct current (DC). In many cases, a converter may be used to convert AC to DC in a specific application, such as in the case of the LCA150S-36-S. The LCA150S-36-S converter is a high-efficiency, pulse-width modulation (PWM) converter that is capable of providing power up to 1500 watts with an input ranging from 90-264 Vac, and a 36-Vdc output.

The LCA150S-36-S converter is a suitable tool for various applications such as industrial inverter drives, telecom equipment, laboratory testing systems and has the ability to support up to three isolated output configurations. The LCA150S-36-S converter also has a built-in 12V/6.3A auxiliary output with a noise-reduction filter and a high-precision output adjustment function. The high efficiency design of the LCA150S-36-S converter utilizes advanced PWM technology along with an active power factor correction (PFC) circuit.

The working principle of the LCA150S-36-S converter is based on the process of rectifying the input AC voltage, then converting it to DC output voltage through an active PFC circuit. The active PFC allows the LCA150S-36-S converter to achieve a high power factor while dissipating minimal heat during operation. After the input AC voltage is rectified, it is then conditioned by a full-bridge PWM circuit, which generates a DC output voltage with other functions such as over-voltage protection, under-voltage protection, over-temperature protection, and over-load protection.

The LCA150S-36-S is an ideal solution for various applications, such as industrial inverter drives, telecom equipment, laboratory testing systems. The built-in 12V/6.3A auxiliary output with noise-reduction filter and high-precision output adjustment features of the LCA150S-36-S make it ideal for applications where clean power is desired. Furthermore, the high-efficiency PWM technology and active PFC circuitry used in the design of the LCA150S-36-S ensures that the converter operates at a high power factor while dissipating minimal heat during operation.

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