TMR 9-2410WI

DC DC Converters: TMR 9-2410WI application field and working principle

DC DC converters are ideal for applications where the input voltage needs to be stepped up or down to achieve the output voltage and current needed to power a particular device. TMR 9-2410WI DC DC converter is a high-efficiency, low-noise switch mode DC DC converter with two output voltages of 9V and 24V.

TMR 9-2410WI DC DC converter is designed for demanding applications such as telecom, network, consumer, industrial, computer, military and automation systems requiring high reliability and stability. Its wide input voltage range of 4.5V to 36V helps to provide a reliable power supply with a high efficiency of up to 92%. It also works with both AC and DC input sources.

The TMR 9-2410WI DC DC converter features a regulated single-output design that enables a wide range of input voltages and current with low ripple. It is capable of providing up to 10A (18A peak) of output current at 9V and 24V outputs, making it optimal for a variety of electronic components. The unit also operates with a temperature range of -40 to +85℃, offering superior thermal performance in extreme environmental temperatures.

TMR 9-2410WI DC DC converters utilize synchronous rectification, along with low-noise switching technology, to ensure the highest stability and reliability for applications that require stable power supply. The built-in MOSFET and opto-isolation provide superior protection against electric shock, making it optimal for industrial and medical applications.

Other features include a low-startup current, a low-flickering circuit, and a noise-suppressing IC. The unit also offers a variety of protection features including over-temperature, over-voltage, short-circuit, over-load, and under-voltage protection, making it a reliable and safe choice for a wide range of applications.

In summary, TMR 9-2410WI DC DC converters are reliable, efficient, and feature advanced protection circuitry for superior power supply performance. With a wide input voltage range, it is suitable for both AC and DC input sources and provides clean, stable output power for both low and high power applications.