CDRR75NP-330MC

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Fixed Inductors have wide ranging applications in different electronic devices, and the role of an inductor in an electrical circuit is extremely important. The CDRR75NP-330MC is designed to provide high-frequency responses with excellent thermal management, making it suitable for a variety of applications. In this article, we will discuss the application field and workings of this product.

The CDRR75NP-330MC is a type of SMT power inductor designed for both RFID and wireless connectivity applications. This product is capable of providing high-performance power-line management with excellent source impedance stability and low EMI for applications including bluetooth, WLAN, and NFC. Its high tolerance values of the electrical parameters make it suitable for integration into systems with high energy usages.

The CDRR75NP-330MC offers excellent thermal management in the form of a metal shield construction and a shielded metal core packing which provide improved efficiency and a thermal spread rate of 10 W/K. This results in a stator temperature that is up to 15°C lower than the surrounding temperature. In addition, the product features a core-driving substrate that offers additional thermal management capabilities. The combination of these two features provides excellent protection against thermal fading and shorts in the stator, thus providing improved reliability.

The CDRR75NP-330MC features a core inductance value of 330 nH and a DC resistance of 0.2 Ohm. The inductance is designed to provide a low inductance tolerance of ±10%. This makes it suitable for power lines with high current ratings and also for switching supplies. The product is also suitable for use in high-frequency applications, such as the evaluation of oscillating signals, and its low DC resistance is ideal for maintaining very low switch-on and switch-off times.

The CDRR75NP-330MC uses a differential mode winding technique, which involves winding two unconnected coils. This allows the inductance to be increased without the overall size of the inductor increasing. Furthermore, it allows for a wide range of inductance levels to be achieved depending on the number of turns on each of the coils. This enables the CDRR75NP-330MC to provide a wide range of inductance values that can be adjusted according to the requirements of the specific application.

Apart from its applications in power line management, the CDRR75NP-330MC can also be used in noisy electrical environments such as that found in EMI-sensitive industrial processes. The product is designed to reduce noise generated at the source, thus providing improved integrity of the signals in the system. Additionally, the product is designed to reduce the energy losses associated with high frequency switching.

In conclusion, the CDRR75NP-330MC is a highly reliable and energy efficient fixed inductor that is suitable for use in a variety of applications. Its low inductance tolerance and high tolerance of electrical parameters make it ideal for integration into complex systems. Additionally, its metal shield construction and metal core packing improve its thermal management capabilities. Lastly, it can be used in noisy electrical environments, reducing energy losses and noise created at the source.

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