MI-22M-IX-F3

DC to DC Converters are devices that convert a DC voltage from one level to another. A popular application of these converters is the MI-22M-IX-F3 Convertor. This type of device is capable of supplying a regulated output voltage with good isolation and sinusoidal waveform characteristics.

The MI-22M-IX-F3 operates with input voltage tolerance up to 600V and is designed with a 220V AC input transformer. It features a control board with drives that can be wired for either a 0-10V analog input or a 0-10V PWM input. With this device, the desired voltage regulation is achieved through an adjustable precision reference voltage. The output voltage magnitude can be adjusted through a potentiometer or adjusted according to the user’s requirements.

The working principle of the MI-22M-IX-F3 is simple. It exists as a two stage power conversion system in which an AC power source is used to create a low voltage DC power through a rectifier circuit. This low voltage DC potential is then used to step up the voltage in a chopper stage, which is then further stabilized through a load regulation stage. This enables the MI-22M-IX-F3 to provide an isolated regulated DC output voltage.

The power handling capabilities of the MI-22M-IX-F3 converter are flexible and designed to support both AC input and DC input power. The output voltage range is typically adjustable from 0.1 to 5V. The conversion efficiency for this device can be around 96%, which is ideal for a wide range of applications such as chargers, motor drives, and AC/DC power supplies.

The MI-22M-IX-F3 is an ideal DC-DC converter for applications that require regulation and isolation. Its design makes it easy to use and reliable, while its wide adjustability ensures that it is suitable for a variety of applications. It is also designed with an operating temperature range of 0-60ºC, which allows for greater reliability and efficiency in various weather conditions.