DVE0125V2PBC

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DC DC converters are essential components of many modern electronic systems. They provide a means of regulating the voltage from one circuit to another in order to ensure that the correct level of power is delivered. In this article we will look at the application field and working principle of the DVE0125V2PBC DC DC converter.

Application Field

DVE0125V2PBC is used as a general-purpose DC/DC converter. It has an input voltage range of 4.5V to 28V, and a maximum output current of 1.25A. It is suitable for a wide variety of applications, including electronic surveillance, telecommunications, office equipment, LED lighting, automotive electronics, industrial control and instrumentation.

The DVE0125V2PBC is designed for compact board space requirements and high-efficiency operation. It has a power density of up to 4 W/CM3, a no-load power consumption of 56 mW and a high conversion efficiency of up to 95%. The device is also protected against short-circuit, thermal shutdown, over-voltage and under-voltage.

Working Principle

The DVE0125V2PBC is designed to function by taking in a high voltage, and then using a DC-DC converter to reduce it to a lower voltage. This process is known as buck-boost conversion, and is the basic principle used in many DC-DC converters.

The converter works by regulating the voltage input and using a series of inductors, capacitors, switches and controllers to reduce the voltage while maintaining the current. This allows the device to both reduce the voltage and to maintain the power levels of the output.

The DVE0125V2PBC also includes protection against over-voltage, over-temperature, under-voltage and short-circuit events. This helps protect the system from damage due to abnormal changes in the input voltage.

Conclusion

The DVE0125V2PBC is a versatile, efficient DC/DC converter, suitable for a wide variety of applications. It has an input voltage range from 4.5V to 28V, and can output up to 1.25A. The converter works by taking in a high input voltage and regulating it using inductors, capacitors, switches and controllers. The device also includes safety features to protect the system from over-voltage, over-temperature, under-voltage and short-circuit events.

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