SUCS6243R3C-G

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DC DC Converters

DC to DC converters are a type of power electronics technology that involve taking a direct current (DC) source and converting it into a different DC voltage level. The SUCS6243R3C-G is a switch mode DC-DC converter specifically designed to meet the needs of compact, high-Vin TO-263 applications. The product is a cost-effective solution for a wide range of applications ranging from communications to automotive, to motion control and lighting control.

Application Field: SUCS6243R3C-G can be used in a variety of applications such as motor drives,power supplies, devices with high-Vin to-263 integrated circuits and automotive lighting control. The converter offers a low input voltage of 3.3V and a selectable output voltage of either 5V or 10V.

Working Principle: The SUCS6243R3C-G is based on a Buck converter topology. The Buck converter combines a low-loss power switch with a low-loss diode, to efficiently step down a source voltage to the required level. The Buck converter utilizes an oscillator to cycle the power switch and diode, and then uses a control loop to stabilize the output voltage. The control loop regulates the duty cycle of the switch to ensure the output voltage remains constant.

In particular, the SUCS6243R3C-G features an integrated, active current limit and over temperature protection for greater system reliability. In addition, the device includes a PWM feature that enables the output voltage to be set precisely under different environmental conditions, thus allowing for optimal operation.

Finally, the product has a wide input voltage range and a wide operating temperature, both of which are suitable for applications in the automotive, communication, and industrial markets.

The SUCS6243R3C-G is a highly efficient and reliable approach to DC to DC conversion, and is an ideal choice for a wide range of applications. Thanks to an integrated current limit and over-temperature protection, the converter provides superior system reliability, while its wide input voltage range and operating temperature make it suitable for automotive, communication and industrial applications.

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