V24A12T300BG3

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The V24A12T300BG3 DC DC converters are widely used in various applications. This converter is a buck DC DC converter. It is specifically designed for applications where the output voltage is regulated and the input voltage and output current have to be limited. It is simple to use and is highly efficient.

Overview of the V24A12T300BG3 DC DC Converters

The V24A12T300BG3 is a 3 pin DC DC converter. It is designed for use in applications where low voltage and high current output is required. It features a wide input voltage range, low output current ripple, high efficiency, and low noise operation. This converter has adjustable output voltage and current limit. It also features optional active voltage clamping and current limit circuit protection.

Features of the V24A12T300BG3 DC DC Converters

The input voltage range of the V24A12T300BG3 DC DC converter is 18-36V DC. The input ripple voltage is less than 0.2V peak to peak, and the input current is less than 2A. The output voltage range is 0-12V with an output ripple voltage of 0.2V peak to peak. The output current limit is adjustable to up to 300mA. The efficiency of the converter is greater than 85%. The operating temperature range is -10C to 70C.

Applications of the V24A12T300BG3 DC DC Converters

The V24A12T300BG3 is suitable for use in a wide range of applications including portable and desktop computers, medical, instrumentation, process control, LED lighting, and automotive. It is also suitable for use in distributed power systems such as industrial, rail, aerospace, and defense.

Working Principle of the V24A12T300BG3 DC DC Converters

The V24A12T300BG3 DC DC converter is a buck converter. It works on the principle of step-down conversion. The converter has its transformer primary winding connected to the dc input voltage and the secondary winding connected to the output load. When the input voltage is applied, it passes through the primary winding and induces a voltage in the secondary winding. This induced voltage is then rectified and filtered to obtain a smooth dc output voltage. The output voltage can be controlled by adjusting the duty cycle of the power switch.

The converter also has an active voltage and current limit circuit. This circuit senses the output voltage and current and limits it to a preset level. If the current or voltage exceeds the set limit, the circuit will reduce the duty cycle of the power switch to reduce the output voltage and current.

Conclusion

The V24A12T300BG3 DC DC converter is an efficient and reliable way to convert a wide range of dc voltages to a regulated low voltage dc output. It features adjustable output voltage and current limit, and optional active voltage and current limit circuit protection. Its wide application range makes it suitable for use in a variety of applications.

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