What is an inductor circuit?
Inductors are passive electronic components usually made of wire coils. When the electric current passes through the wire or inductor coil, it induces the magnetic field around the coil that stores energy. This energy storage capacity is called inductance and is measured in Henries. There are four main types of inductor circuits and each behaves in a unique way that is useful in electronic circuits.
The magnetic field around the inductor stores energy. When the current is removed, the energy is reabsorbed by an inductor that produces the current current in the opposite direction of the original current. This current reacts with other components in the inductor circuit. Inductor circuit folders include inducers (L), resistors (R) and capacitors (C). For example, the RL inductor circuit has an inductor and a resistor.
Understanding inductor circuits requires understanding that the capacitors store energy in the form of an electric charge located on the sober plate. Capacitor's ability to store energy with nThe capacity is measured and is measured in Farads. In the inductor circuit, capacitor and inductor storage and discharge energy in opposition. As the magnetic field creates around the inductor, the capacitor charge decreases. The opposite is also true - as condenser charges are decreasing.
Parallel resistor-innutor is an insulator circuit for transistors used as amplifiers. At high frequencies, the output of the transistor amplifier begins to oscillate as the output capacitor stores and releases energy. The circuit of the parallel resistor and the inductor connected via the output of the amplifier prevents the output of oscillation and distortion of the signal or the destruction of the components. This achieves by absorbing energy when the capacitor discharges and drains the energy when the capacitor is charging, which effectively maintains the condenser shifting current.
the inductor of the RL filter inductor is placed by an inductorand resistor in series - the current flows one, then the other. This circuit cam is also called a low -pass filter or a high procession, depending on how the output is taken. The application of a high process filter uses inductor wires as an output that allows you to go through high frequencies, but not low frequencies. Accepting the output via the resistor uses the circumference as a low passage filter that passes through low frequencies and blocks high frequencies.
The location of the inductor in parallel or in a capacitor series creates a resonant circuit or tuned inductor circuit. Both components store and release energy in opposition - as one component is charged, the other is released. LC Inductor is a selective filter and resonant frequency - frequency at which both components charge and release the same way - Selelects' piglet specific frequency of signal it allows you to pass. This principle was the basis for early crystal radios that relied on the wire coil and capacityAntenna wire in the air to tune in at various radio stations.
Simple RLC inductor circuit place three components in the series. This circuit acts similarly to a serial LC circuit in that it has a resonant frequency. Unlike the LC circuit, however, the RLC series is rapidly losing the current oscillation between the capacitor and the inductor because the resistor "resists" the current flow. Other RLC inductors place components in various combinations of parallel and terraced circuits.