V375A28E400BN

DC DC Converters

DC-to-DC converters are utilized by a variety of devices to change a DC voltage to a different DC voltage. A DC-to-DC converter may be used in applications ranging from the conversion of a low-voltage DC voltage into a high-voltage DC voltage to the conversion of the level of voltage and/or current. A key factor in a DC-to-DC converter is its efficiency. The higher the efficacy the more energy is saved.

The V375A28E400BN is an industrial-grade, DC-to-DC converter that provides an adjustable output voltage of 1.2 to 8.2V. It has a wide input voltage range of 18 to 280V DC and with an input voltage range of 18 to 385V DC. It has two regulated outputs of either 8V or 1.2V, enabling flexibility when connecting it to a variety of different circuits. The V375A28E400BN has a high efficiency of up to 92%, high temperature operation range up to 105°C, and a safety output discharge circuit.

In its application field, the V375A28E400BN converter is ideal for powering communication circuits, industrial control circuits, computer system control circuits, security control circuits, and more. It is also suitable for applications that require low-energy consumption and high reliability.

Working Principle

At the core of the V375A28E400BN DC-to-DC converter is a buck-boost converter. The buck-boost converter is an efficient type of DC-to-DC converter that can increase or decrease the voltage provided to the output depending on the input voltage level. This type of converter is utilized in applications where the input voltage is either too high or too low. The V375A28E400BN has the added feature of having two outputs, each with different outputs voltage, allowing the user to switch between the two depending on the application.

The V375A28E400BN DC-to-DC converter works by using the input voltage to control the current that is flowing through an inductor. When the input voltage is low, the current will increase, which causes the output voltage to increase. When the input voltage is high, the current will decrease, which causes the output voltage to decrease. By using the inductor as a switching element and controlling the input voltage, the V375A28E400BN is able to provide an adjustable output voltage, depending on the application.

Conclusion

The V375A28E400BN is an industrial-grade DC-to-DC converter with two outputs, adjustable output voltage, and high efficiency. It is ideal for powering communication circuits, industrial control circuits, computer system control circuits, security control circuits, and more. Its working principle is based on a buck-boost converter, which allows it to increase or decrease the voltage provided to the output depending on the input voltage level.