LQP03TQ0N9C02D

Fixed inductors, also known as coils or chokes, are electrical components consisting of wire wrapped around a core form material like iron. The LQP03TQ0N9C02D is a type of fixed inductor used in applications where a large amount of inductance is required to be isolated from the circuit environment. The coil in the LQP03TQ0N9C02D is made of polyphenylene sulfide, giving it great reliability and stability.

The working principle of the LQP03TQ0N9C02D is based on Faraday’s Law of Induction. When electric current flows through the coil, lines of magnetic flux are created around it. These lines of magnetic flux, in turn, induce a voltage in the coil. Thus, the coil stores the induced voltage, creating a form of electrical storage. When the electric current ceases to flow, the magnetic flux around the coil dissipates. This dissipating magnetic flux induces a voltage in the coil in the opposite direction from the induced voltage before, thus releasing the stored energy back into the circuit.

The LQP03TQ0N9C02D is used primarily in high-frequency circuits, where a low reactance inductor is needed. It is also used in circuits that demand accurate timing due to the high stability of its characteristics. It is mainly used in low-level switching circuits with an operating frequency of less than 3GHz. It is also suitable for power supply and circuit noise filtering along with DC-to-DC switching converters.

In the field of communication, the LQP03TQ0N9C02D is used in wireless systems such as mobile phones, Wi-Fi, Bluetooth, and GPS transmitters. It is also used in portable radio devices, electronic commutators, earth station antenna systems, and electronic circuits requiring bypass and blocking for blocking and shunting. It can also be used in high-power radio frequency signal processing applications and in applications related to aerospace systems.

The LQP03TQ0N9C02D fixed inductor is ideal for applications that require high precision and accuracy, high frequency performance, high current handling, and stable operation across a wide temperature range. Its small size and low profile make it an ideal choice for miniaturized systems. Its reliable design and construction provide excellent performance in both high-frequency and low-noise applications.