RCH664NP-5R5M

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Fixed inductors refer to a type of inductor components that possess a relatively small inductance amount compared to other inductor components. Thus, these components are used in smaller electrical circuits such as filters and oscillators.

RCH664NP-5R5M is one specific type of fixed inductor which is produced by Panasonic in Japan. This particular component works on the principle of electromagnetic induction. When a current passes through the component, an increasing magnetic field is formed inside the inductor. The magnetic field creation induces a voltage across the inductor terminals, thereby causing a growth in current. This rising current can be used in a variety of electrical circuits for purposes such as smoothening the voltage spikes, radio frequency isolation, resonance/filtering and even as an impedance matching device.

The RCH664NP-5R5M was released in 2016, and since then has seen wide success in various sectors and fields. It has seen applications in industries like avionics, automotive, transportation, consumer electronics, telecommunications, medical and a plethora of other industries.

Regarding their technical specifications, these inductors come in a case size of 6.6x6.6x4.5mm and a relatively low height of 4.5mm. They have a low rated current of 7.80A and an inductance range between 0.22-1.5µH. Moreover, they have a flat temperature coefficient of -1~+25 ppm/K and 0~+25% inductance tolerance. The reel size dispensed by the manufacturer for these inductors is 2000 per reel and they have a maximum rated temperature of 125°C. It also supports reflow soldering with a maximum temperature of 250°C and a time of 10 seconds.

The RCH644NP-5R5M inductors are excellent components for anyone looking for high rated current in a tiny form factor. They also possess low temperature coefficient, which makes them ideal for applications demanding a high degree of accuracy and consistency. Lastly, they are relatively affordable compared to other long inductor components, and this makes them an attractive component in terms of cost and features.

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