TEQ 100-4818WIR

DC-DC converters are the tools of modern technology. These devices convert direct current (DC) electricity to other types, such as alternating current (AC). TEQ 100-4818WIR DC-DC converters are small, efficient, devices that are used in a variety of applications. This article will explore the application fields and working principles of the TEQ 100-4818WIR DC-DC converter.

The TEQ 100-4818WIR DC-DC converter is designed for use in the telecommunications industry. It is a low voltage device that can power a wireless router, a VoIP phone, or other remote communication devices. This converter is also used in renewable energy sources, such as solar and wind power, to convert the generated DC energy into AC energy, which can be used in homes, offices, and other locations with AC power outlets. Additionally, the TEQ 100-4818WIR is used in the automotive industry as a DC-DC converter for car batteries.

The TEQ 100-4818WIR DC-DC converter has an input voltage of 12 to 48 Volts. Its peak efficiency is over 90%, and the converter can convert the input voltage to an output voltage of one to five Volts. Additionally, the TEQ 100-4818WIR has a very low power loss and a built-in EMC filter.

The working principle of the TEQ 100-4818WIR DC-DC converter consists of two stages: the booster stage and the buck stage. In the booster stage, the input voltage is boosted up to a higher voltage, and then regulated. In the buck stage, the higher voltage is then stepped down to the required voltage. This step-down process is enabled by a switching element, such as a transistor, a transformer, or an inductor. The switched-mode power supply helps to reduce power losses, which increases the overall efficiency.

The TEQ 100-4818WIR DC-DC converter is specifically designed to be used in telecommunications, renewable energy, and automotive industries. It is a low voltage device with a peak efficiency of over 90%, and can easily be used to convert DC energy into AC energy. Additionally, the working principle of the TEQ 100-4818WIR consists of two stages: the booster stage and the buck stage, which helps to reduce power losses and ensure high performance.