JPS130PS28-M

AC DC Converters are devices that can convert alternating current (AC) to direct current (DC). The JPS130PS28-M is a device that falls into this category. It has many applications and works by quickly switching current from one AC source to another.

The JPS130PS28-M AC DC converter has many uses including the conversion of AC power for DC loads, grid-tied applications, and in-line applications. Additionally, it is widely used for running small appliances, power tools, third party devices like LED lights, and motors. This converter is also used for applications including powering industrial equipment, pumps, and agricultural appliances.

The JPS130PS28-M AC DC converter works by quickly switching the current from one AC source to another. It uses synchronous rectification technology to convert AC to DC. This works by switching the current from one AC source to another on the leading edge of the peak voltage, using diode-like elements. When the wave form switches, the diode-like elements turn “on” and switch the current from the AC source to the DC load.

The converter also features built-in protection that keeps it from being damaged by over-current, under-voltage, and reverse voltage conditions. This protects both the device and whatever it is powering. It also features over-temperature protection and current limiting protection for extra safety.

The JPS130PS28-M is a reliable and efficient AC DC converter. Its efficiency is up to 96%, depending on the input and output conditions and load level. Along with its high efficiency, its no-load losses are also low, making it energy-efficient. It is also renowned for its high performance, compact design, and easy installation. Additionally, it has a wide operating temperature range and a wide working input frequency range.

All in all, the JPS130PS28-M AC DC converter is a highly efficient and reliable device with many uses. Its synchronous rectification technology along with its built-in protections make it a great choice for any application where AC power needs to be converted to DC. Its high efficiency and low no-load losses make it energy-efficient, and its compact design and easy installation make it the ideal choice for many applications.