VE-B10-MX-F4

VE-B10-MX-F4 application field and working principle

VE-B10-MX-F4 DC-DC converter is a power supply module designed to use the input power to provide reliable, high-efficiency and high-power output voltage and current to the load. The module is designed to convert a nominal dc 7 - 36 v potential to a 5 v and 2 A output voltage. The VE-B10-MX-F4 series of DC-DC converters are highly reliable and versatile power supplies designed for industrial automation, navigation and other power electronics applications.

The working principle of the VE-B10-MX-F4 is based on switching technology. This type of switching power supplies uses MOSFETs to control the voltage level. A DC input voltage is switched by a pulse width modulation (PWM) controller. The resulting pulses are filtered and regulated, producing a steady output voltage. This type of power supply module also contains a switching MOSFET which is used to regulate the current limit at the output. The input voltage range of the VE-B10-MX-F4 enables wide applications such as 12 V, 24 V, and 36 V. It also features short-circuit protection and over current protection for safe and reliable operations.

The VE-B10-MX-F4 is designed with features such as a high efficiency rate of up to 91%, an input voltage range from 7 V to 36 V, an output current of up to 2 A, and a maximum power of 10 W. This makes it ideal for applications where high efficiency, wide input and output voltage ranges, and a compact size are required. The VE-B10-MX-F4 also includes a power-on LED indicator, an over-current limit indicator and a short-circuit indicator. The VE-B10-MX-F4 is also RoHS compliant.

The VE-B10-MX-F4 is an easy-to-use, high-performance power supply with flexible features and a wide range of applications. It is stable, reliable, and has a wide input voltage range. The VE-B10-MX-F4 is an ideal DC-DC converter for industrial, navigation, and other power electronics applications where high power, high efficiency, wide input and output voltage ranges, and a compact size are needed.