CDRR157NP-330MC

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CDRR157NP-330MC arrays are fixed inductors suitable for a variety of different use cases. They are constructed from a series of tightly wound copper spirals, formed around a small plastic core. The coils of the inductors are connected to contact pins, and are then capped with a durable, high-temperature epoxy. The parts are rated up to 330 micro Henries in inductance and have a low resistance of 0.06 ohms in a 35 milliamp DC current. The CDRR157NP-330MC is capable of mitigating radio frequency interference (RFI) and eliminating common-mode voltages to reduce electromagnetic interference (EMI).

The application field of CDRR157NP-330MC fixed inductors primarily finds use in consumer and industrial/automotive electronics, including power converters, transformers, I/O networks, etc. The 330 micro Henries rating of these components makes them ideally suited for use in extremely low-power applications, such as those found in modern home entertainment systems. They are also suitable for use in automotive applications, and are often used in the design of distributed power systems.

The working principle of a CDRR157NP-330MC fixed inductor is based on the property of inductance. Whenever a current (DC or AC) is passed through its coils, the coils create an electro-magnetic field. This field opposes the flow of the current, and induces a counter-electromotive force that is proportional to the rate of change in the current. The effect of this property is to reduce the voltage across the component, resulting in power dissipation. Inductors are also concerned with the level of current, helping to control it and reduce it to the desired level.

The CDRR157NP-330MC is a robust and reliable fixed inductor, that due to its small size and low resistance is ideal for use in a range of applications. It limits the amount of power dissipation, and gives off no smoke or toxicity. The sturdy construction of the core, along with the durable epoxy coating, also helps to make it very resistant to mechanical shock and vibration. This makes it a good choice for use in automotive and consumer electronics applications.

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