CC30-2405SRP-E

DC DC converters are robust, efficient and cost-effective power management solutions, designed to provide a steady DC voltage from a smaller source. The CC30-2405SRP-E is a step up DC/DC converter that can supply up to 30 watts, and convert a 5V input to an output voltage of up to 24V. It is suitable for powering a variety of applications, from charging cars and lighting systems to powering small industrial equipment and consumer electronics.

Application Field

The CC30-2405SRP-E is especially suitable for automotive, industrial, and consumer applications. It offers a range of features that make it well-suited for these applications, including a wide temperature range, an efficient efficiency rating of up to 94%, and a low noise design.

In automotive applications, the CC30-2405SRP-E can be used to provide a steady DC power source to the car battery, allowing for better performance and increased battery life. Additionally, it can be used to provide a steady DC voltage source for other automotive components, such as the lights, audio system, and other in-car electronics.

In industrial applications, the CC30-2405SRP-E can provide a steady DC voltage source for a variety of machinery, robotics and other types of equipment. Its high efficiency, temperature range and low noise design make it an optimal choice for powering small industrial machinery, including EDMs, sensors, and other precision equipment. It can also be used to power consumer electronics, such as mobile phones, tablets, and laptops.

Working Principle

The CC30-2405SRP-E works on the principle of buck-boost DC/DC conversion. A buck converter is a type of DC/DC converter that works by stepping down the input voltage, while a boost converter works by stepping up the input voltage. The CC30-2405SRP-E uses a combination of both techniques to efficiently convert a 5V input to an output voltage of up to 24V.

To step up the voltage, the CC30-2405SRP-E utilizes a switch, which is connected to both the input voltage source and the output. When the switch is opened, the input voltage is transferred to an inductor, which stores the energy. When the switch is closed, the stored energy is released, and the output voltage is increased.

To step down the voltage, the CC30-2405SRP-E uses a series of capacitors. The capacitors act as a filter to reduce the ripple of the output voltage, and also work to reduce the voltage level before it reaches the output.

The CC30-2405SRP-E is designed to provide a steady, efficient DC voltage source for a variety of applications. Its wide temperature range, high efficiency, and low noise design make it an ideal choice for a variety of automotive, industrial, and consumer applications.