REC5-483.3SRW/H2/C/SMD

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DC-DC converters are most commonly used to reduce or step up DC voltage to the desired level. Such converters can be found in various power supplies, automotive and aerospace applications. An example of a DC-DC converter is REC5-483.3SRW/H2/C/SMD. This converter was designed to convert a voltage source of 483.3V to a regulated output voltage of 1V to 42V with a switch mode power supply. It can also be used as an AC-DC converter to convert an AC input voltage of 395V to an output voltage of 1V to 42V.

The REC5-483.3SRW/H2/C/SMD has a Frequency (F) range of 25 MHz to 60 MHz which allows it to provide an efficient output of up to 85 percent. The operating temperature of this converter ranges from 0 to 70°C and its specific heat dissipation range allows it to dissipate an additional amount of heat, making it suitable for a wide range of applications.

The REC5-483.3SRW/H2/C/SMD features a synchronous buck converter design which ensures a consistent output voltage regardless of the input voltage. Its synchronous buck topology also allows for high frequency operation which maximises efficiency while reducing power losses. Additionally, the converter includes active clamping, adjustable soft start, adjustable frequency and short circuit protection features to ensure optimal performance.

The REC5-483.3SRW/H2/C/SMD is ideal for use in high power applications such as server/datacenter, computer, telecommunications, industrial automation, medical equipment, traffic and automotive applications. The device’s high efficiency and power density makes it suitable for use in space-limited systems as well as applications which require tight voltage regulation and low voltage ripple. In addition, the device’s high immunity to EMI and its self-protection features allow it to operate in harsh environments and maintain a long and reliable life span.

The working principle of REC5-483.3SRW/H2/C/SMD Dc-Dc converters is based on the synchronous buck converter topology. In a synchronous buck converter, the output voltage is controlled by a rectifier and a buck circuit. Firstly, a full-wave rectifier converts the input voltage into a DC voltage, and then a buck converter circuit is used to change the voltage from high to low. This is done by switching the input current on and off in a quick manner. This creates a series of pulses which are then smoothed out and converted to a regulated output voltage.

Using the REC5-483.3SRW/H2/C/SMD Dc-Dc converter, users can enjoy a reliable and efficient power conversion from a variety of input sources. It is suitable for any application which needs reliable and consistent voltage output or for differential voltage conversion. Thanks to its power density, efficiency and protection features, the converter is well suited for use in tight spaces and harsh environments.

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