DCM3623EA5N0480T00

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DCM3623EA5N0480T00 is an evaluation board for power conversion applications. It is classified as an off-line DC/DC or AC/DC (Off-Line) small-scale power supply (SMPS) and is designed with high efficiency and high power factor. The board is based on high-performance, high-reliability, and low-cost integrated-off-line controllers that are suitable for the most demanding applications.

The board supports a wide range of input power sources, including AC/DC, DC/DC, and remote control, allowing the power designer to choose the best input source for their application. The board also features an adjustable soft-start adjustment and integrated thermal protection. The DCM3623EA5N0480T00 is ideally suited for applications requiring up to 3 kW output power, making it suitable for a wide variety of applications.

The DCM3623EA5N0480T00 has a high power factor of greater than 0.95, making it ideal for powering high-density digital power supplies, and features integrated power factor correction (PFC) and active clamping. The board also has a wide output voltage range, from 0.8 V to 500 V, allowing designers to select the voltage that most closely matches their application requirements.

The board also features high efficiency up to 90%, making it economical to operate and helping to reduce operating costs. The board also has an adjustable soft-start adjustment, allowing the designer to adjust the start-up voltage to their application needs. The board also features an over-voltage protection and over-temperature protection, making it highly reliable and safe for operation.

In terms of application field, the DCM3623EA5N0480T00 is suitable for a wide range of power conversion applications, from consumer goods, industrial equipment to networking and telecommunications equipment. It is also highly suitable for powering medical equipment and has been used for powering medical imaging systems.

In terms of working principle, the DCM3623EA5N0480T00 is based on integrated-off-line controllers. The board uses a patented current-mode control technique that operates in discontinuous conduction mode (DCM). The board converts input power to the desired regulated output power via a high-frequency, zero-voltage, or discontinuous conduction mode PWM signal. The board also features a hysteresis- and error-signal-based loop to accurately regulate the output voltage.

The DCM3623EA5N0480T00 is an easy-to-use, high-efficiency, and high-power factor evaluation board that is ideal for a variety of power conversion applications. With its wide input power range, adjustable soft start, and integrated thermal protection, the board is highly reliable and suitable for powering medical equipment and many other applications. The board’s high efficiency and PFC also help reduce operating costs, making it a great choice for power designers.

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