RWS50B12/CO2

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DC/DC converters are widely used in many applications, especially in those that require the generation of power from a DC input source, such as batteries, solar panels and other non-linear loads. The RWS50B12/CO2 DC/DC converters are a series of flexible, cost-effective, high-performance power solution products. They are designed to be used in a variety of industrial, automotive, military and aerospace applications.

The RWS50B12/CO2 is a highly efficient, cost effective dc-dc converter that features a fully isolated design that provides a galvanically isolated output when used with an external transformer. It includes an onboard regulator, overvoltage protection, overcurrent protection and short-circuit protection features. It also offers adjustable output voltage for a wide range of applications. Additionally, the converter is protected from high temperature and overvoltage conditions, and is available with optional features such as remote sensing, adjustable output current limiting and remote on/off control.

The working principle of the RWS50B12/CO2 is based on a synchronous rectification scheme, which uses active devices such as MOSFETs to switch the current in each winding of the transformer, resulting in a highly efficient design. The voltage dividing element of the converter is a pair of power FETs with symmetric gain, which provides controlled switching of the windings. This eliminates the need for an additional voltage divider, reducing complexity and cost. Additionally, the converter also features an auto-reset function which allows it to recover from a fault condition without requiring manual intervention.

Overall, the RWS50B12/CO2 DC/DC converters are highly efficient, cost effective, and feature rich converters that are ideal for use in industrial, automotive, military and aerospace applications. They are designed for use in harsh environments and offer enhanced protection features including overvoltage protection, overcurrent protection, remote sensing and adjustable output voltage. The converter also utilizes a synchronous rectification scheme, resulting in high efficiency and decreased complexity.

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