REC3-0515SRW/H/B/SMD

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DC-DC converters are commonly used in a wide range of applications where it is necessary to convert a DC voltage to another DC voltage, and the REC3-0515SRW/H/B/SMD converter is one such example.

This converter includes a power supply and a regulator circuit built inside a single transparent housing. The main components used for this converter are an inductor, a diode, a capacitor, and a transistor. The power supply converts a voltage of 3.15V at a maximum current of 15A to a regulated lower voltage between 0.4V and 5V at a maximum output current of 10A. To achieve this, the power supply uses a high frequency switching circuit. This switching circuit charges and discharges the inductor to control the current. The regulator circuit uses a transistor to control the output voltage. A voltage sense circuit uses the input voltage to set the switching frequency, and thus the output voltage.

The REC3-0515SRW/H/B/SMD converter is primarily used in applications that require a regulated voltage between 0.4V and 5V. It is most commonly used for battery-powered portable electronics, including notebook computers, digital cameras, and digital still cameras. This converter also finds use in automotive systems, communications systems, and medical devices.

The overall working principle of the REC3-0515SRW/H/B/SMD converter is that it steps down a voltage of 3.15V at a maximum current of 15A to a regulated lower voltage between 0.4V and 5V at a maximum output current of 10A. The power supply charges and discharges an inductor to control the current, while the regulator circuit uses a transistor to control the output voltage. The voltage sense circuit uses the input voltage to set the switching frequency, and thus the output voltage.

In conclusion, the REC3-0515SRW/H/B/SMD converter is a DC-DC converter with the power supply and regulator circuit built inside a single transparent housing. It is most commonly used in applications that require a regulated voltage between 0.4V and 5V, such as battery-powered portable electronics, automotive systems, communications systems, and medical devices. The working principle of the converter is to step down the voltage of 3.15V at a maximum current of 15A to a regulated lower voltage between 0.4V and 5V at a maximum output current of 10A.

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