UWR-5/4000-D48A-C

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DC to DC converters are widely used in a variety of applications, from powering communications equipment, to providing clean and efficient power distribution in factories, to supplying power to consumer electronics devices. The UWR-5/4000-D48A-C dc-dc converter is designed for applications such as industrial control, medical electronics, and distributed power supplies. As a high performance, cost-efficient device, this converter provides reliable and uniform output voltage, which is essential for many applications.

The UWR-5/4000-D48A-Cdc-dc converter is based on a quad half-bridge (QBH) topology, which requires four switching elements and four inductors. It is designed to operate from a wide range of input voltage sources (up to 48V) and features a 4A output current rating. The maximum output voltage is adjustable between 10 and 40V, while the output regulation is less than ±2% over line, load and temperature. The converter is designed to be highly efficient and generate minimal noise and EMI (electromagnetic interference) levels. The UWR-5 also features a wide temperature range of operation, with full power available from -40°C to +85°C.

The effective working principle of the UWR-5/4000-D48A-C converter lies in its PWM (pulse width modulation) control and high frequency transformer-based power conversion. The on/off control of the switch elements is achieved by the internal PWM controller, which is capable of automatically adjusting the output voltage depending on the load variation. The transformer serves to convert the input voltage to the desired output, while also helping to protect against external interference from voltage spikes.

The UWR-5/4000-D48A-C provides excellent power conversion and protection for applications that require a reliable and efficient dc-dc converter. Its quad half-bridge topology, along with the PWM controller, enable it to provide high levels of current and power conversion efficiency over a wide range of input and output voltages. Furthermore, the converter features a wide operating temperature range and negligible noise and EMI levels, making it a great choice for many applications, especially where high performance and low cost are required.

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