CW100505-20NJ

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Fixed inductors are electric components that are actively used for energy storage and current control applications in a wide range of fields including radio receivers, automotive and power supplies, and radio satellite communications. The CW100505-20NJ is a low-power, high-performance fixed inductor designed to meet the needs of a wide range of applications. It is the perfect choice for applications requiring high energy storage and low power consumption.

The CW100505-20NJ is an outer axial inductor, which features high inductance with low DC input resistance. It is constructed using a copper core that is wound with copper or aluminum enameled wire to achieve the desired inductance. The winding is then sealed to ensure minimal air leakage and high efficiency.

The CW100505-20NJ offers high frequency response and reliability, making it suitable for use in high power switching Supplies. The inductance ratings of this device range from 10 to 1.2kA, and its DC input resistance is 25mΩ. In addition, the CW100505-20NJ operates with a maximum voltage of 75V and a maximum temperature range of 105℃.

The CW100505-20NJ offers excellent storage capacity and a high level of efficiency when used in power conversion, signal filtering, and current limiting applications. It is a low-power, low-cost solution that offers a variety of features such as the ability to respond quickly to different frequency signals, excellent shielding, and low EMI levels. This makes it the perfect choice for applications where high efficiency and low noise are essential.

In addition, the CW100505-20NJ offers a wide operational temperature range of -40℃ to +105℃. This allows it to be used in extreme conditions and in environments where traditional inductors would not be suitable. The wide temperature range also eliminates the need for additional cooling systems.

The CW100505-20NJ is a powerful and effective solution for numerous applications as it provides low noise, high efficiency, and low power consumption. Its fixed inductance provides for high energy storage and current limit capabilities, and its wide operating temperature range makes it suitable for extreme environmental conditions. In addition, its high frequency response and shielding make it ideal for use in high power switching Supplies and signal filtering applications.

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