V24B24E250BS2

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DC DC Converters: V24B24E250BS2 Application Field and Working Principle

DC-DC Converters are power electronic circuits which are developed to transform a DC Voltage from one level to another. Specifically, the V24B24E250BS2 is a Multi-Channel Isolated Bipolar DC-DC converter designed to convert 24 Vdc input power to multiple outputs of 24 VDC with output power of 250 W. It is a Bipolar switching DC-DC converter and stands out from other models thanks to its main features, such as high efficiency, compact size, good thermal performance and the rugged construction.

V24B24E250BS2 Application Field

The V24B24E250BS2 comes in a robust aluminum oxide case which is suitable for use in applications across different industries, such as military, aerospace, automation and Industrial control. It is an ideal solution for powering electronic control systems, actuators, servo motors, and other devices operating from a 24 Vdc input voltage.

V24B24E250BS2 Working Principle

The working principle of V24B24E250BS2 is based on the use of semiconductor switches to convert a 24 Vdc input voltage into multiple outputs of 24 Vdc. It is designed to work with DC inputs ranging from 18 to 48 Vdc, and is equipped with regulated 24 Vdc output and internal power supply rejections of > 30dB at noise frequencies up to 200 KHz. The switching frequency of the converter is adjustable between 50 KHz and 250 KHz.

The V24B24E250BS2 features a unique design, which allows for a very high switching speed and high efficiency with a low on/off time ratio. This allows the DC-DC converter to maintain a steady output current and voltage during load disturbances. Additionally, the converter is equipped with thermal shut-down and over voltage protection, which can prevent it from overloading or overheating. Furthermore, the Bipolar converters feature a wide input voltage range, making them suitable for use with varying input voltages.

The V24B24E250BS2 is considered to be one of the most advanced DC-DC converters due to its advanced features, such as high efficiency, compact size, low back EMF (electromagnetic interference), and excellent thermal performance. Additionally, it is a highly reliable and robust converter, which can effectively perform in harsh environmental conditions and applications.

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