IMS5SWDBH270K65

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Fixed inductors are components mainly used in electronic circuits for various purposes. Therefore, the IMS5SWDBH270K65 is no different. This device is an inductor with direct current blocking capacitors that is suitable for operating in the extremely wide frequency range between 4kHz to 6GHz. It can be used in applications such as active antennas, amplifier input filters and for RF isolators, as well as various other microwave circuits.

The IMS5SWDBH270K65 fixed inductor consists of 10-turns of 0.007” diameter high-temperature, high-frequency fire-retardant wire wound onto a PTFE assembly 1” in length with an overall width of 0.405”. The open-circuit inductance of the inductor is from 51 to 55 nH at 3GHz, with a rated DC current of 0.86A, and DC resistance of 4.2 ohms. It is capable of handling up to 2kV of RF power.

One of the main features of the IMS5SWDBH270K65 fixed inductor is its ability to block direct current and provide a pathway for alternating current. This is achieved through its construction, which includes a core component made from high-temperature ferrite which helps reduce losses at high frequencies, and a helical coil that is wound directly onto the core. The inductor also has additional capacitance between the turns of the coil, enabling it to act as a filter, blocking direct current while allowing alternating current to flow. This feature is useful for applications such as antenna tuning, where direct current signals can interfere with internal signals.

The IMS5SWDBH270K65 fixed inductor is also highly reliable. This is due to its low temperature coefficient of inductance which helps prevent unexpected fluctuations in its performance due to temperature changes. It also features a robust construction which helps protect it from vibration and shock. Together, these features make the device well suited for use in automotive and aerospace applications, as well as for general digital and RF applications.

In conclusion, the IMS5SWDBH270K65 fixed inductor is an extremely versatile component that can be used in a wide variety of applications. Its ability to block direct current signals and provide a pathway for alternating current is extremely useful for performance related purposes. Moreover, its robust construction, paired with its low temperature coefficient of inductance makes it well suited for use in automotive, aerospace, and general digital and RF applications.

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