GLB82010

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Fixed inductors, also known as chokes, coils, reactors, and inductors, are two-terminal components that can store energy in the form of a magnetic field when current is passed through them. They are widely used in many electronic and electrical applications. The GLB82010 is a type of fixed inductor specifically designed for high-power applications such as telecommunications and data transmission.

The GLB82010 is constructed using high-temperature ultra-high frequency capable material to ensure reliable operation even in high-power applications. It is a 3-pin device and features an inductance of 33 µH, a maximum DC current of 5A, and a peak pulse current rating of 7A. It can also withstand a maximum operating temperature of up to 350°C for one minute without degradation. This makes it highly reliable and suitable for applications with multiple frequency signals.

The GLB82010 has a variety of application fields, such as mobile communication, digital communication, automotive electronics, consumer electronics, lighting, network systems, and industrial equipment. It can be used to filter out unwanted signals and reduce the impact of signal interference, as well as to store and transfer energy. Other applications include regulating power supply voltages, providing power supply filtering, and improving the efficiency of switching power supplies.

In terms of its working principle, the GLB82010 works by storing energy in a magnetic field when current is passed through it. This inductance causes a voltage to be generated in the opposite direction to the current flow. This frequency-dependent behavior is usually referred to as "impedance". The GLB82010 also features a low self-resonant frequency, which makes it ideal for high-power applications where it is necessary to reduce noise and eliminate signal interference.

In conclusion, the GLB82010 is a type of fixed inductor specifically designed for high-power applications such as telecommunications and data transmission. It is constructed using high-temperature ultra-high frequency capable material to ensure reliable operation even in high-power applications, and it can withstand a maximum operating temperature of up to 350°C without degradation. Its application fields include mobile communication, digital communication, automotive electronics, consumer electronics, lighting, network systems, and industrial equipment, as well as for regulating power supply voltages and providing power supply filtering. Finally, its working principle involves storing energy in a magnetic field when current is passed through it, and this frequency-dependent behavior is referred to as “impedance”.

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