D1U3CS-D-850-12-HC4C

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DC/DC converters are devices that convert a voltage from one level to another. This is done using a transformer, inductors and capacitors to reduce or increase the amount of current needed to keep the voltage stable. The D1U3CS-D-850-12-HC4C is a part of a series of DC/DC converters from Bourns.

The D1U3CS-D-850-12-HC4C converter is a surface mount adjustable 3 watt DC/DC converter. It features a wide input voltage range of 6.0 VDC to 36 VDC, with an output voltage of 8.50 VDC and a 0V to 4.2V differential step setting. It also features an output current of up to 300 mA and an efficiency of up to 95%. The product has a no-load power consumption of 40 mW and operates over a temperature range of -40°C to +85°C.

The D1U3CS-D-850-12-HC4C can be used in a variety of applications such as automotive, ITE/ICT/Closed Computing Equipment, and communications. This DC/DC converter is most suitable for applications with variable voltage requirements, or where space is limited. It is designed to meet increased efficiency requirements, while being able to maintain low noise operations.

The working principle of the D1U3CS-D-850-12-HC4C is to convert the input voltage to a desired output voltage. This is done by using a pair of transistors to drive the primary windings of the transformer. The output voltage is then obtained by rectifying the secondary voltage which is then conditioned through an internal current limiting circuit. The output current is controlled by adjusting the feedback reference voltage to the transistor base.

The D1U3CS-D-850-12-HC4C is a reliable device and is designed to provide a robust solution in many applications. The device is designed to be resistant to high temperatures and environmentally friendly. It is also designed to be highly efficient with minimal power consumption and low noise operations.

The D1U3CS-D-850-12-HC4C is an ideal solution for applications requiring adjustable DC/DC converters. It features a wide input voltage range, an output voltage of 8.50 VDC and a 0V to 4.2V differential step setting. It also features a high efficiency of up to 95% and is designed to provide a robust solution in many applications. The device is designed to be resistant to high temperature and is environmentally friendly. The working principle of the device is based on a pair of transistors to drive the primary windings of the transformer which then rectify the secondary voltage and condition it through an internal current limiting circuit.

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