9210-60

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9210-60 application field and working principle

Fixed inductors, also called chokes, are common passive components used in electrical circuits. The 9210-60 is a high-temperature figure 8 magnetics device which is part of this group. To better understand its application and working principle, it’s important to have a look at its characteristics.

Characteristics

The 9210-60 is a SMD (Surface Mount Device) type open magnetics device specifically designed for high-temperature requirements (up to 155°C). It is based on a nano-crystalline core material, encapsulated in UL Rated 94V-2 plastic box. This ultra-stable figure 8 footprint has a nominal inductance of 10.7 uH, an impedance of 0.895 Ohm and a DCR of 0.014 Ohm.

Application field

The high temperature capabilities and the nanocrystalline material used on the 9210-60 magnetics device makes it ideal for applications that require operating temperatures over 105°C such as automotive, industrial and healthcare. In addition to the high-temperature performance, this figure 8 inductor has a limitless number of other important features, including high power efficiency and a great frequency response.

The 9210-60 inductor also offers great advantages over traditionally used magnetics devices because it has a smaller footprint, which allows for more efficient use of space for design engineers. It is also very reliable and has a long life even when exposed to harsh conditions.

Working principle

An inductor is a passive component of the electric circuit which acts as an energy storage device; it keeps a portion of stored energy into the circuit. When an alternating current is passed through the inductor’s windings, a magnetic field is created. This magnetic field is the main factor which is responsible for the inductor’s ability to store energy. Therefore, this energy is transferred as a voltage when current changes direction, which in turn causes the internal resistance of the inductor to vary.

In the case of the 9210-60 figure 8 magnetics device, the nanocrystalline core material helps to increase the reliability and performance of the inductor. The ultra-stable figure 8 design ensures that the inductor’s electrical characteristics remain constant even when the temperature changes. The high power efficiency of the device also means that it can be used in high current circuits with minimal loss of power.

Conclusion

The 9210-60 figure 8 magnetics device is an efficient and reliable solution for applications that require high temperatures. It has a small footprint and can operate in high current circuits without a major loss of power. Additionally, thanks to its nano-crystalline core material and ultra-stable figure 8 design, the 9210-60 ensures that the electrical characteristics remain constant even when the temperature changes.

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