EML30US03-S

An AC-DC converter is a device that converts alternating current (AC) to direct current (DC). The EMl30US03-S is suitable for these applications - connecting to networks, powering external sensors and instruments, powering computer peripherals, controlling motor operations, and powering domestic appliances. etc.

The EMl30US03-S AC-DC converter specifically is a single input, three output DC-DC converter. It has a synchronous two-phase operation and has high efficiency and high power factor. Its DC output range is 2-15 V providing a maximum output of 1.2A.

The working principle of the EMl30US03-S is that it uses a pair of power switches and an inductor to control the voltage of the AC current. The power switch drives the load at a repeated rate, because the ON-time and OFF-time of the switch must follow a certain pattern. During the ON-time, the inductor will be charged and during the OFF-time the inductor will be discharged.

The EMl30US03-S has an output ripple of less than 100mVrms, making it ideal for applications where minimal output ripple is required. It also provides protection against short-circuits and blocking current, over-voltage, and over-temperature conditions. The temperature protection provides an overtemperature protect feature for thermal stability.

The EMl30US03-S has a low electromagnetic interference (EMI) that makes it suitable for use in environments such as medical, home and industrial. It also features improved efficiency that contributes to lower energy consumption. Its high power density allows for a compact design that saves space

In conclusion, the EMl30US03-S is a reliable and efficient AC-DC converter. It has a wide range of application opportunities and provides high efficiency and high power. It uses a pair of power switches to control the voltage of the AC current and features low EMI and improved efficiency. It can also provide protection against short-circuits and block current, over-voltage, and over-temperature conditions. Therefore, the EMl30US03-S is a suitable choice for many DC conversion applications.