RCH110NP-181K

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Fixed Inductors play an essential role in a range of modern electronic circuits. RCH110NP-181K is one type of fixed inductors. It’s built-in a 1008 body size and it generally uses one or two different materials in the construction of its coil type, including ferrite core and ceramic core.

The coil’s inner diameter is 0.35mm (0.014 inches) and its outer diameter is 3.15mm (0.124 inches). The inductance of RCH110NP-181K is 180 ± 10 % of the nominal value at 25°C, and it’s able to reach up to 120mH with an operating temperature ranging from -25°C to +125°C.

With a high frequency current capability of 4A, RCH110NP-181K is known for its effective cost performance and excellent durability. It has been applied widely in various applications, such as power supply, drivers of LED and CFL bulbs, satellite receivers, cellular signal amplifiers, TV receivers, Wi-Fi amplifiers, and many other miniature circuits.

RCH110NP-181K operates under the principle of electromagnetic induction. When an alternating current flows through the coil, it produces a varying magnetic field around the coil. When the strength of the alternating current increases, the same happens to the strength of the magnetic field.

As this magnetic force increases, it induces an electric current in the coil, which is then transformed into a voltage. This is known as self-induced voltage, or self-induction, which is the basic operating principle of RCH110NP-181K.

RCH110NP-181K is a great help to many miniature circuits. With its low self-resonance frequency, low DC resistance, low inter-winding capacitance, low magnetic distortion and excellent mechanical and environmental stability, it ensures the effective and optimal performance of the electronic circuits it’s used in. It’s made with high-quality material and has the required characteristics for its application field.

In conclusion, RCH110NP-181K is an essential component of a range of miniature circuits, due to its excellent features and wide application field. Utilizing the electromagnetic induction, it operates at the efficient and effective rate to ensure the optimized performance of the circuits it is used in. Such features make it an excellent device for a range of miniature circuits.

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