BWR-5/500-D24-C

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DC-DC converters are capable of transforming voltage levels from one value to another for various applications. They allow the current in an application to stay constant and control the voltage in order to ensure that the correct voltage is delivered to the device or component requiring it. BWR-5/500-D24-C is a type of DC-DC converter which has a wide range of application fields and works according to certain principles.

The BWR-5/500-D24-C is a type of step-down, off-line, input voltage range isolated DC to DC converter with an input voltage range of 4.5V to 36V. This converter is built with the highest quality components and can support up to 500mA of output current. Some of the benefits of this converter are its wide temperature range of -40°C to +85°C (up to 100°C with forced cooling) and up to 3KV of isolation, which makes it very useful in applications with high voltage isolation requirements. It also provides a very efficient conversion, achieving up to 91% efficiency.

BWR-5/500-D24-C has been widely used in many types of applications including industrial, automated test equipment, telecommunications, medical, data storage, automotive, avionics, military and more. The converter can be used in areas with extreme temperatures due to its wide temperature range, and it has been proven to deliver reliable performance over a long life span. It is also available in multiple package types such as DIP (dual-in-line-package), SMD (surface-mount), and module form factors.

The working principle behind the BWR-5/500-D24-C is based on the principle of transformation of DC voltage. This converter uses a coil, known as the primary winding, which is connected with the input voltage. The current passing through this winding induces the electromagnetic field in a second coil, known as the secondary winding, which derives the output current. The output voltage is related to the input voltage by a certain ratio determined by the turns ratio of the two windings.

The BWR-5/500-D24-C utilizes a principle known as flyback in order to provide isolation between the input and the output. The principle is based on causing the secondary winding to store and release energy periodically to the output through a freewheeling path. The wave shape of the output voltage is determined by a flyback transformer which consists of both the primary and the secondary windings. It is also designed to limit the maximum peak current flowing through the primary winding by means of a series resistor.

In summary, the BWR-5/500-D24-C is a great choice for a wide range of DC-DC conversion applications. It is capable of providing efficient transformation of input voltage while maintaining high levels of voltage isolation. Furthermore, the converter can handle extreme temperatures and provide reliable performance over a long life span. Therefore, it is highly suitable for many applications including industrial, communications, automotive, avionics, military and more.

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