V72C12M150BS

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DC-DC converters, otherwise known as switching converters, are advanced power electronics devices used for converting a given Input DC voltage to a regulated output DC voltage. In particular, V72C12M150BS is a DC-DC converter designed for a fixed, input voltage of 12V and an output voltage between 3.3V and 15V. It serves as a cost-effective solution for automotive electronics in hybrid and electric vehicles.

The V72C12M150BS is a Buck-mode DC-DC converter, placed in a powder coated, aluminum case for extended lifetime and improved thermal performance. It is designed specifically for negative ground applications, with an input voltage range of 9-18V and an output current of 5A. It also has a sophisticated feature-set including an over-voltage protection circuit, automatic loss of power protection to limit system start-up current, short-circuit protection, and a jumper selectable output voltage. The efficiency of the converter is guaranteed to be up to 70-75%. The converter can be used in 36-60V automotive microcontroller-based industrial systems that require a stable output voltage source.

The working principle of a Buck-mode converter is the use of an Inductor, a Capacitor and a Diode to form a network on the input line. An input voltage is applied to the diode, where it then charges the capacitor and drives current through the inductor. When the switch is off, the current flows through the inductor and is then rectified by the diode allowing the current to pass through the capacitor. When the switch is on, the inductor is disconnected from the input line allowing the capacitor to discharge its energy and output the regulated voltage.

The V72C12M150BS is a highly versatile and robust DC-DC converter for applications in automotive electronics, such as hybrid and electric vehicles. It is designed to provide a cost-effective solution with a wide input voltage range, a jumper selectable output voltage, and an efficiency of up to 75%. Its sophisticated features, such as over-voltage protection, short-circuit protection, and automatic loss of power protection, make it suitable for a variety of applications. Additionally, its working principle of the Buck-mode converter ensures a reliable and regulated output voltage.

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