CDH63NP-151KC

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Fixed inductors are components found within electronics circuits, consisting of several types with various styles, shapes and sizes. The CDH63NP-151KC is one of them.

The CDH63NP-151KC Fixed Inductor is a ceramic core inductor with radial terminals. This particular device has an inductance rating of 0.15mH and a tolerance of +10/-10 with an impact rating of 400mA. Its dimensions are 6.3 x 6.3 x 5.1 mm.

The application field and working principle of the CDH63NP-151KC fixed inductor is similar to any other inductor. It’s mainly used in circuits that require a device to limit frequency between DC to MHz. Some applications include power supply and signal filtering, and its use in this manner depends on the desired frequency response characteristics required of the device. Generally, the CDH63NP-151KC is used wherever passive, inductive filtering is required. This inductor is also used in RF applications such as in the Impedance matching networks, DC power supplies, Filter networks and more.

The CDH63NP-151KC fixed inductor works by creating an inductive reactance when connected to a circuit. This reactance is the opposition to the flow of electric current through a circuit containing a coil or a capacitor circuit is known as inductive reactance. This inductive reactance is a result of the increasing electromagnetic field generated by a current-carrying coil opposing the further increase in the current. This opposition to current is the reason that an inductor is known to store energy.

The CDH63NP-151KC is also capable of operating in temperatures from -10°C to +85°C and at 60 Hz~20 kHz. It also features a total driver current of 400mA, allowing it to perform quite well at higher frequencies. With its high resistance to magnetic noise, it also makes it an ideal choice for high-frequency use.

The CDH63NP-151KC is a robust and reliable fixed inductor that can be used in many different applications. Its efficiency, durability and cost-effectiveness are some of the advantages it has over other inductors. For the majority of applications, this fixed inductor is ideal.

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