OKI-78SR-12/1.0-W36-C

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DC-DC converters are electrical circuit components that convert direct current (DC) from one voltage to another. This process of voltage conversion is critical for most electronic devices, which require a specific voltage to operate. The Oki-78SR-12/1.0-W36-C is a type of DC-DC converter, designed to provide a regulated output voltage that is proportional to the input voltage. It can be used in a variety of applications, ranging from automotive to industrial automation.

The Oki-78SR-12/1.0-W36-C is a buck voltage regulator, which means it reduces the input voltage (the source) and outputs a regulated voltage independent of the load. It features an adjustable output voltage of 0-12V and can handle up to 36W of power. Additionally, the converter is designed with a synchronous rectification structure, allowing for a high efficiency of up to 94.5%.

The Oki-78SR-12/1.0-W36-C DC-DC converter can be used in several applications, including lighting, automotive and industrial automation. In lighting applications, the Oki converter can be used as a power supply for LED lights. Since LED lights require a specific voltage to function properly, the Oki-78SR-12/1.0-W36-C can be used to regulate the output voltage and ensure the LED lights are always receiving the optimum voltage. In automotive applications, the Oki converter can be used as a voltage regulator for car audio systems and power distributors in the engine bay.

For industrial automation, the Oki-78SR-12/1.0-W36-C can be used in a variety of ways. It can be used to control motors in robotic applications, as well as for providing a regulated voltage for sensors and other electronic components. It can also be used in monitoring systems to monitor the power status of components in an automated system.

The working principle of the Oki-78SR-12/1.0-W36-C is based on the buck voltage regulator topology. The converter uses a power switch to control the input voltage, passing a portion of the input voltage into the inductor. The inductor then stores the energy and passes it into the output capacitor, where it is regulated and filtered. This regulated voltage is then output to the load. The converter also features built-in protection circuits to protect against short-circuiting and over-current risks.The specific data is subject to PDF, and the above content is for reference