VI-22Y-EV-F4

Modern-day electrical engineering heavily relies on DC-to-DC power converters. These components convert the values of direct current into whatever type of electric signal required for device functionality. DC-to-DC converters accept any range of input voltage while still outputting an accurate voltage level. This is why they are so frequently used within electrical and computerized device designs.

VI-22Y-EV-F4 is one of the available models of DC-to-DC converters. It is a highly efficient solution for applications where a low energy consumption and a high power density are required. This converter offers an output voltage of up to 40V, with a maximum continuous output current of 2.5 A. The built-in switching frequency of this converter is 250KHz and it is capable of achieving a peak efficiency of 95%.

The VI-22Y-EV-F4\'s design incorporates a single stage power conversion, where the high frequency switching power supply is derived from on-board a switching regulator. This eliminates bulky transformers and exotic parts, resulting in a compact and reliable product with a high power density. The unit’s inner mechanisms feature a power controlled boost converter architecture which combines a pair of P-channel MOSFETs, an inductor and a high voltage capacitance. This ensures constant high-efficiency power delivery and steady current output.

This converter is used in a wide range of different applications and is ideal for any project with a need of an adjustable DC voltage. Its wide input voltage range of 5V to 40V and its built-in short-circuit protection makes it suitable for a variety of commercial, industrial and residential applications. Its “soft-start” feature allows for an easy and smooth transition when power is applied, effectively preventing inrush currents. VI-22Y-EV-F4 converters are typically used in personal devices, communication equipment, micro-controller boards, battery powered equipment, portable electronic instruments and solar/wind power systems.

In conclusion, VI-22Y-EV-F4 converters enable their users to easily convert a wide range of input voltages into the required output voltage. This small, powerful and efficient model is an excellent choice for any application with a need of stable voltage regulation and steady current. Their flexibility and wide usability range have made them an extremely popular choice among electrical engineers.