BCM384P120T1K5AC1

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DC-DC converters are devices that convert one voltage level to another, such as 12 volts to 6 volts. Many of these converters are capable of supplying just the right amount of power to a device, while others have additional features such as a digital interface or remote control. BCM384P120T1K5AC1 is an example of a DC-DC converter belonging to the AC to DC (110- 60V) category. It is mainly used for the telecommunication and automotive applications.

Product Features:

The BCM384P120T1K5AC1 offers several features that make it perfect for various applications:

• High efficiency rating up to 95.4%
• High power density of 119w/in3
• Wide input voltage range from 8 to 30 Volts DC
• Low ripple & noise
• Small size
• Low cost
• RoHS compliant.

Application Fields:

The BCM384P120T1K5AC1 is an ideal choice for industrial, automotive, and other DC-to-DC applications. It has been used for powering fan controllers, web cameras, plate amplifiers, and other telecommunication and automotive systems. It is also suitable for both distributed and distributed power architectures.

Because of its high efficiency rating, the BCM384P120T1K5AC1 is an ideal choice for power applications. Its highly efficient switching design reduces joule losses, making it perfect for applications where energy efficiency and power optimization are a priority.

Working Principle:

The BCM384P120T1K5AC1 is a type of DC-DC converter known as a “step-down” converter. When voltage applied to the input terminal is greater than the optimum voltage, the output is reduced via a switching transistor that regulates the voltage down to the correct level. The switching transistor is connected in between the input and output lines and is controlled by the gates of an integrated circuit. The switching frequency determines the level of output voltage. The integrated circuit processes the signal and closes the gates when the desired voltage is reached.

The BCM384P120T1K5AC1 also features a constant current limit protection. This protection keeps the output current below a certain limit to prevent overloading and to protect the device. It also has a temperature protection feature. This feature monitors the temperature of the input and output transistors and reduces the rate of switching when the temperature rises.

Conclusion:

The BCM384P120T1K5AC1 is a high efficiency DC-DC converter designed to provide reliable power conversion and excellent performance in various applications. Its wide input voltage range, high efficiency rating, and low cost make it ideal for telecom and automotive applications. It features a variety of protection functions to minimize joule losses and thermo-protection to ensure the long-term stability of the device. Its small size and high power density make it perfect for distributed and distributed power architectures.

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