HV9120NG-G

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HV9120NG-G is a high voltage DC/DC switching converter controllers designed and produced to maximize efficiency and flexibility for high power applications. It is typically used in Power Management Integrated Circuits (PMICs), voltage regulators, and DC/DC switching converters for high voltage applications. This device is specifically designed to offer high-performance operation, improved power efficiency, and precise power regulation.

The working principle of the HV9120NG-G lies in its ability to convert legacy AC/DC power supplies into high voltage DC/DC switching controllers. This is achieved through its high-voltage rectifier series, adjustable power supply, or reference voltage regulation functions. It also features a low-noise pulse-width modulation (PWM) controller to reduce audible switch noise and minimize power dissipation. The device has a range of output voltage configurations, enabling designers to select the best voltage levels for their particular applications.

The HV9120NG-G is suitable for a variety of applications, including telecom, industrial-IoT, automotive, and other high voltage power applications. It is a great choice for driving high-power loads, such as high voltage LEDs and high-speed motor drives. Its high-efficiency design and real-time power regulation makes it an ideal choice for delivering precise, stable power for its intended applications.

Additionally, the device can be used as an energy saver by automatically reducing the power consumption of connected loads when not in use. This is done by controlling the output voltage to reduce the power consumed by the load. It also features over-temperature protection and fault detection functions to reduce the probability of equipment damage and maximize system safety.

Overall, the HV9120NG-G is an ideal voltage regulator solution for a wide range of DC/DC power conversion needs. It offers improved power efficiency for high voltage applications, precise power regulation, and automatic energy savings functions. This makes it a great choice for powering various types of high voltage applications.

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