NCP1256ESN65T1G

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NCP1256ESN65T1G is a PMIC (Power Management Integrated Circuit) belonging to the AC DC Converters and Offline Switchers categories. It is specifically designed for applications requiring power conversion from either an AC or DC source. This device integrates a full-bridge resonant converter, PFC controller, OCP and OVP, making it an ideal power source for industrial, medical, computing and communications applications.

NCP1256ESN65T1G is a high frequency switching power supply capable of providing up to 60W of continuous output power with 93.5% efficiency. It can be used in either AC or DC input configuration, making it ideal for a wide range of applications. The device has a wide range of operating parameters, allowing for a precise adjustment of power regulation as needed for any given application. It is also designed with small package size, enabling increased power density and reduced cost. This device is fully supported by an integrated control system, which can be interfaced with an external MCU for control and monitoring purposes.

The working principle of the NCP1256ESN65T1G is to use the full-bridge resonant converter to convert AC or DC input voltage into a regulated DC output voltage. The full-bridge topology uses two bridges which form a heavily damped resonance, allowing it to work with low input voltage at high efficiency and power density. The PFC (Power Factor Control) controller regulates the input voltage and current, maintaining a balanced relationship to achieve high-power operation. This device also includes an integrated OCP (Over Current Protection) and OVP (Over Voltage Protection) feature which safeguards against overloading and over-voltage.

NCP1256ESN65T1G is an ideal solution for delivering stable and reliable power in a variety of AC or DC-powered applications. It is designed for applications requiring up to 60W of continuous output power, and has a maximum efficiency of 93.5%. This device can be used as an offline switcher for industrial, medical, computing and communications applications. It is fully supported by an integrated control system, and has a small package size for increased power density and cost reduction.

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