6726-RC

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Fixed inductors, an important part in electronic industry, can store energy while conducting electricity thanks to their inductance. The 6726-RC is one type of fixed inductors with strong function. Let’s have a closer look at its application field and working principle.

Application Field

Engineering-wise, this inductor is heavily widespread in all kinds of electronics. It can be used in wireless communication devices, such as transceivers, wireless routers, antennas, etc. Its general purpose also includes power steering, robots, home automation, security devices, among many others.

Furthermore, when coupling with other components, the 6726-RC provide added functionality and convenience. In more detail, users can either link it with a switch to an open field or with a different capacitor model like the 5007-J6 for a closed field. The advantage of open field connection is that it offers better protection against static electricity and power surges.

Working Principle

The 6726-RC features a core construction of metal. During operation, electrons flow from the core and create an "electrical voltage" in the surrounding environment. The circular loop of metal is referred to as a "flux". This flux is then used to generate a magnetic field.

The magnetic field is what enables the inductor to store energy in the form of electrical current. The electrical voltage induces an increase in the magnetic flux, resulting in a higher concentration of energy stored in the inductor itself. When the magnetic field falls below a certain threshold, the inductor will discharge the stored energy.

It is important to note that the inductor must be placed in a closed field to maintain proper operation. If placed in an open field, such as in an air gap, the coil of metal will not be able to generate voltage from the electromagnetic field.

Conclusion

To conclude, the 6726-RC fixed inductor is widely used in all sorts of electronic devices and appliances, due to its strong function and design. Its application field covers wireless communication, power steering and robotics among many others. On top of that, to maximize its efficiency, the inductor should always be used in a closed field coupling with a different capacitor model for a higher concentration of energy.

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