VI-BT1-EW-F2

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DC DC Converters

DC DC Converters are electronic components that convert one form of direct current (DC) power to another form. They come in various shapes and sizes and are suitable for a variety of applications, from powering small circuits to providing power sources to electrical appliances. They are used in a wide range of applications, from automobiles and aviation to consumer electronics and telecommunications.

The VI-BT1-EW-F2 DC DC Converter is a high-efficiency, low-cost module designed for direct current applications. It has a wide input voltage range (12-24V) and a maximum output current (3A). It is also designed to be able to manage up to 120 watts of power without additional components. It provides a robust and cost-effective solution for a variety of applications.

Applications

The VI-BT1-EW-F2 is designed for a variety of DC applications, such as powering portable electronic devices, automotive, and aviation. It has been tested and certified to meet the needs of a wide variety of applications and can withstand temperatures up to 85°C. It is also certified to meet strict electrical specifications, such as output voltage accuracy and efficiency, as required by specific applications.

The module can be used in automotive systems for providing power to 12-24V accessories such as radios, fans, and air conditioning components. It can also be used in airplanes, boats, and other mobile applications, such as powering robots and sensors. It is also suitable for powering low-voltage consumer electronic devices, such as laptops, tablets, and cameras.

Working Principle

The VI-BT1-EW-F2 DC DC Converter works on the principle of pulse-width modulation or PWM. This method uses a signal to vary the amount of power used by the device, allowing it to produce the right amount of power for the application. The device is designed to be able to regulate the output voltage by controlling the pulse-width of the output signal.

The converter contains a fast-acting PWM switching booster with synchronous rectification. This means that the converter is capable of operating at very efficient levels with minimal losses. The module also features a constant current mode, allowing it to maintain a steady output current over the entire range of input voltage.

The VI-BT1-EW-F2 also comes with a built-in EMI filter to minimize the impact of electromagnetic interference on the device. This ensures that the device remains stable and reliable, even in noisy environments.

Conclusion

The VI-BT1-EW-F2 DC DC Converter is an efficient and cost-effective module designed for direct current applications. It is suitable for a variety of applications, from automotive systems and aviation to consumer electronics. It is designed to regulate the output voltage by controlling the pulse-width of the output signal and features a constant current mode for stable operation. The module also includes a built-in EMI filter to reduce electromagnetic interference and is certified to meet strict electrical specifications.

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