BWR-5/700-D5A-C

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DC DC Converters

A DC DC converter is a device that converts direct current (DC) electrical energy from one voltage level to another. Common applications for DC DC converters include motor speed control, telecommunications, aerospace, power conditioning, and power conversion. The most common types of DC DC converters are linear voltage regulators, switching power supplies, pulse-width modulation converters, and buck/boost converters. In this article, we will discuss the BWR-5/700-D5A-C DC DC converter and its application field and working principle.

BWR-5/700-D5A-C DC DC Converter

The BWR-5/700-D5A-C DC DC converter is a high-efficiency device designed to convert a higher voltage of 700 VDC to a lower voltage of 5 VDC. It is designed to meet the needs of industrial control, automation, robotics, medical, and automotive systems that require a low voltage power source. The BWR-5/700-D5A-C is a regulated module that provides clean, regulated 5VDC power to its connected load, eliminating the need for an external voltage regulator. It is a non-isolated DC DC converter and is able to withstand a wide input voltage range of 4.5-700 VDC and provide up to 70 watts of output power.

Application Field

The BWR-5/700-D5A-C DC DC converter is designed for industrial applications. It is mainly used for motor speed control, automation, robotics, and medical systems that require low voltage power sources. It is suitable for a variety of applications, including robotic arms and automated machine tools, motor speed control, PLCs, RTUs, and many more. The device is also ideally suited for automotive applications such as automotive lighting, power steering, and electric windows.

Working Principle

The BWR-5/700-D5A-C DC DC converter is a non-isolated Buck-Boost type converter, which operates by converting a higher voltage to a lower voltage, while also providing a regulated output voltage. The device makes use of a Buck-Boost topology, whereby an inductor is used to store energy and step down the voltage from the input. The buck-boost converter then uses a series of transistor switches, or MOSFETs, to regulate the output voltage and current. The converter also features a current-mode control system, which is responsible for maintaining the output voltage within the desired range. The device also features built-in EMI filter and temperature compensation, which allows it to operate reliably under varying conditions.

Conclusion

The BWR-5/700-D5A-C DC DC converter is a reliable and efficient device designed to convert a higher voltage of 700 VDC to a lower voltage of 5 VDC. This device is mainly used for industrial applications and is suitable for a variety of motor speed control, automation, robotics, and medical systems. This converter operates using a Buck-Boost topology and features a current-mode control system, EMI filter, and temperature compensation.

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