RS3-2405S/H3

DC DC Converters can be classified into either isolated or non-isolated voltage converters. Isolated DC DC converters use transformer (magnetic) components to couple two or more circuits together in either the same or different circuits. Isolated converters offer improved efficiency and a higher voltage range compared to non-isolated converters. One such example of an isolated DC DC converter is the RS3-2405S/H3 step-down DC DC converter.

The RS3 series of DC DC converters is designed to convert a higher input voltage to a lower one, and has become the industry standard for isolated DC DC converters. Its wide operating temperature range (-20°C to +85°C) allows it to be used in many applications. The RS3-2405S/H3 has an input voltage range of 10V to 40V and an output voltage range of 3.3V to 24V. It has a peak efficiency of up to 95%.

The RS3-2405S/H3 is a synchronous-type step-down DC DC converter that uses a switching topology to convert the incoming voltage from a higher voltage to a lower one. This is achieved with the use of an inductor and a capacitor, which together create an energy storage element called an LC filter. As the voltage on the input lines is raised or lowered, the switching action causes the inductor to absorb or release energy, respectively.

The RS3-2405S/H3 also features a selectable current limit option, which allows the user to select the maximum allowed current, and it has a built-in soft-start feature, which prevents inrush current when the converter is started. It also provides ripple-resistant power, enabling steady voltage delivery, even under heavy loads.

The RS3-2405S/H3 has many applications in industrial, automotive and telecom sectors, such as battery-powered equipment, power inverters, telecom servers, and automotive electronics. These are only a few of the many potential applications for this device. With its wide input voltage range, high efficiency, and selectable current limiting, the RS3-2405S/H3 is the perfect DC DC converter for a variety of applications.