NDM2Z-50V-A-001 Power Supplies - Board Mount

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC-DC Converters

A DC-DC converter is an electronic device or circuit used to change one type of DC voltage to another type of DC voltage. It can also be used to transform one DC voltage to a different AC voltage or to an AC voltage of a different frequency. The most common type of DC-DC converter is the buck converter, which works by switching an inductor between a higher voltage input and a lower voltage output. The NDM2Z-50V-A-001 is a DC-DC converter with a particular application field and working principle.

The NDM2Z-50V-A-001

The NDM2Z-50V-A-001 is a high frequency, low efficiency, high-voltage DC-DC converter. It is a buck converter design, meaning it works by switching an inductor between a higher voltage input and a lower voltage output. It has a maximum power output of 2W, a maximum input voltage of 50V, a maximum output voltage of 25V, and a switching frequency of 1.5MHz. It is designed for a wide range of applications such as power supplies, motor drives, autotransformers, and variable speed drives.

Application Field of NDM2Z-50V-A-001

The NDM2Z-50V-A-001 is suitable for a variety of industries and applications that require a reliable, high-efficiency DC-DC converter. It is great for applications in telecommunications, industrial processes, automotive, renewable energy, medical, and aerospace. It is designed to meet high voltage and high power requirements and can be used in applications ranging from home energy storage, electric vehicles, solar systems to other industrial DC-DC static conversion systems.

Working Principle of NDM2Z-50V-A-001

The NDM2Z-50V-A-001 is a buck converter that works on the principle of an AC to DC converter, where an inductor is switched between the input and output to regulate the voltage. This converter regulates the voltage by rapidly switching the inductor between the input and output voltages which causes a voltage drop across the inductor. This voltage drop creates a voltage that is lower than the input voltage, thus providing the output voltage.

This process occurs when the input voltage is higher than the output voltage, and the inductor is switched from the input to the output voltage to regulate the power. When the inductor is switched from the input to the output voltage, current begins to flow through it and a magnetic field is generated. This field of magnetic flux then induces a voltage across the inductor which creates the voltage drop. This voltage drop can be used to provide the output voltage.

Conclusion

The NDM2Z-50V-A-001 is a high-frequency, low-efficiency, high-voltage DC-DC converter designed for a wide range of applications such as power supplies, motor drives, autotransformers, and variable speed drives. It works on the principle of an AC to DC converter by switching an inductor between a higher voltage input and a lower voltage output. This process creates a voltage drop across the inductor which provides the output voltage. The NDM2Z-50V-A-001 is suitable for a variety of industries and applications that require a reliable, high-efficiency DC-DC converter.

The specific data is subject to PDF, and the above content is for reference