3-2176086-7

Fixed Inductors are electrical components designed to limit the flow of electrical current. They are common components found in a range of electrical and electronic devices, such as mobile phones, televisions and computers. The 3-2176086-7 is a type of fixed inductor designed to meet the stringent requirements of specific applications. This article will provide a brief overview of 3-2176086-7 application field and its working principle.

The 3-2176086-7 is a high-frequency coaxial inductor designed for RF application. It is an ideal component for high frequency radio interface circuits, such as frequency synthesizers, Cellular/Wireless networking applications and Bluetooth applications. It is also suitable for V-CMOS, I-CMOS, E-CMOS and O-CMOS processes. The 3-2176086-7 has a wide operating temperature range, high impedance and low inductance, making it suitable for a range of applications.

The 3-2176086-7 is a two-pin component with a ferrite core, which is used to provide the necessary inductance. The core is wound with a copper wire which forms the transmission line. The transmission line creates a small inductance in the circuit which limits the flow of current. The inductance of the inductor is directly proportional to the number of turns in the winding. The number of turns in the inductor can be adjusted to achieve the required inductance level.

The working principle of the 3-2176086-7 is based on Faraday\'s Law of induction. When a current carrying conductor (which is the inductor\'s wound copper wire) is exposed to a magnetic field, a voltage is generated. This voltage opposes the current in the conductor, thereby limiting its flow. The frequency of the current also influences the inductance of the inductor.

Another important consideration when using the 3-2176086-7 is its parasitic capacitance. The ferrite core is exposed to the ambient environment, which causes an influx of air molecules. These molecules are attracted to the ferrite core, creating a small capacitor. This parasitic capacitance affects the inductance of the inductor by short circuiting the current. When the inductor is used in a circuit, this parasitic capacitance should be taken into account for accurate results.

In conclusion, the 3-2176086-7 is a fixed inductor designed for high frequency RF applications. Its ferrite core and copper winding create a small inductance which limits the flow of current in the circuit. The inductance is determined by the number of turns in the winding and is affected by the frequency of the current. The inductor also has a parasitic capacitance, which should be taken into account when using the component.