V375C36C150BN

DC-DC converters are electronic circuit components that accept different voltage levels and convert them to different voltage levels. They are commonly used in applications such as telecommunication networks, automotive electrical systems, and computers. The V375C36C150BN is a type of DC-DC converter that specifically facilitates within-range voltage adjustments. In this article, we explore the applications and working principles of the V375C36C150BN.

Applications

Due to its capability to increase or step down within-range voltages, the V375C36C150BN is applicable in various fields. It can be used in telecommunication, industrial applications, and computer systems, among other things. In the telecommunication field, the V375C36C150BN can be employed in hybrid fiber-coaxial networks, radio networks, and microwave relays. In industrial applications, it is used for powering searchlights, powering industrial laser machines, and operating passenger lifts. In computer systems, the V375C36C150BN is used as the switching power supply in graphical processing units, found in PC motherboards.

Working Principle

The working principle of the V375C36C150BN relies on a buck-boost conversion technique. This technique involves drawing energy from the input source and storing it in a capacitive element. This capacitive element then releases the accumulated energy to the output source. In the V375C36C150BN, the clock is used to trigger the thyristor, which in turn will instruct the bridge rectifier to draw energy from the input source. The clock then triggers the capacitive element, where the stored energy is released to the output source. This way, energy is converted from one voltage range to another without losses.

Conclusion

The V375C36C150BN is a type of DC-DC converter that is capable of within-range voltage adjustments. It is applicable in various domains, including telecommunication, industrial applications, and computer systems. The working principle of the V375C36C150BN relies on a buck-boost conversion technique, which stores energy from the input source and releases it to the output source. This way, energy is converted from one voltage range to another without losses.