VS-UFL250CB60

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VS-UFL250CB60 is a rectifier array that belongs to the diodes component family found in most electrical systems of today. It is used for rectifying alternating current (AC) input voltage signals, to be used as direct current (DC) voltage sources. This component makes it possible for engineers to utilize AC power for the DC power sources that can be used for powering the operations of devices and components.

Application Field

The VS-UFL250CB60 component is a step-down rectifier array meant to be used in Avionics, Automotive, Industrial and Power Supply applications. It is also widely used in isolated DC-DC converters, motor control and electronic lighting.

VS-UFL250CB60 is highly suitable for aerospace and defense applications, as the component has a tiny SMD package, with a low power dissipation of 0.22 W, and provides a remarkable efficiency of 99%.

Additionally, this component has a wide operating temperature for MIL applications and can be used for applications powered by up to 270 VDC.

Working Principle

The VS-UFL250CB60 rectifier array utilizes the principle of electrical conduction through diodes. It is a 4-phase rectifier array, consisting of four forward-biased diodes placed in a bridge configuration. Each forward-biased diode conducts current in one direction only; hence, current can be rectified from AC input voltage signals to DC output voltage sources.

Thecomponent operates at 1,200 Volts and has a fast response time. Furthermore, the VS-UFL250CB60 is capable of operating at 300 V per diode. This makes it ideal for applications that require a high output power supply.

The component comes with an integrated EMI filter, ISO capability, and diode-level trimming, making it suitable for applications that require a high level of detail and precision.

Conclusion

The VS-UFL250CB60 rectifier array is a versatile component that can be used in many applications, from aerospace to defense and from medical to consumer electronics. It is capable of operating up to 270 VDC, with a low level of power dissipation and provides a high efficiency of up to 99%. Furthermore, the component comes with an integrated EMI filter and ISO capability that makes it suitable for applications that require a high level of detail and precision.

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