VE-20J-CX-F1

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DC DC converters are electronic components that help regulate power from a power supply to a connected device. The VE-20J-CX-F1 is a reliable and high-performance DC DC converter built to stand up to demanding and extreme conditions. It is designed for use in industrial, automotive, and medical equipment.

The VE-20J-CX-F1 is a 20W unregulated converter with a wide input range of 8.5V to 36V. It features a highly efficient circuit design that can provide high output current readily able to peak up to 10A. It also has an excellent thermal design with an excellent efficiency of up to 88%. The converter can operate over a wide operating temperature range of -40°C to +105°C.

The VE-20J-CX-F1 has an exceptionally high reliability with a MTBF greater than 400 Khrs. This power converter has built-in protection features such as input over/under voltage, output over current and short circuit protection. It also has an over temperature protection and over voltage protection, both of which can shut down the system when critical operating conditions are exceeded.

The VE-20J-CX-F1 is designed to meet a variety of application requirements. It is ideal for powering up multiple devices from one power supply, such as automotive/transit/medical/security equipment. Its highly efficient design makes it suitable for use in applications where power conservation is essential. Some of the potential applications include industrial programmable logic controllers (PLCs), medical computed tomography (CT) or other imaging devices, and in harsh environment applications such as mining and military.

The working principle of the VE-20J-CX-F1 DC DC converter is based on the concept of a resonant circuit. It consists of an input power source, an oscillating inductor, an output capacitor, and an output voltage/current regulator. The input power is first rectified, and then the inductor creates a resonant frequency oscillator. This oscillator drives a switching transistor, which is connected to the output capacitor. This switching mechanism is what produces the desired output voltage/current. When the input voltage exceeds the output voltage/current, the switching transistor will open and close, causing the oscillator to slow down and stop.

The VE-20J-CX-F1 DC DC converter combines high efficiency, reliability, and features to provide an efficient power conversion solution for a variety of applications. This converter is perfect for those looking for reliable and efficient power conversion in industrial, automotive, and medical equipment.

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