CDRH62B-7R1NC Inductors, Coils, Chokes

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Inductors, also known as coils or chokes, are electronically passive two-terminal components that are typically composed of a conductor wound into a usually cylindrical coil. Inductors store energy temporarily in the form of an electrical current, releasing it back into the circuit when required. This phenomenon that the presence of an inductor delays the current in an alternating circuit is known as inductance.

Fixed inductors are those inductors that have their inductance value fixed. The CDRH62B-7R1NC is a common type of fixed, axially-leaded inductor commonly used as a component in various types of electronic circuits. This type of inductor is commonly used in high-frequency, low-ramp, high-impedance applications and such applications typically involve the use of active components.

Application Field of CDRH62B-7R1NC

The CDRH62B-7R1NC is primarily used as an input filter in electronic noise suppression circuits. The inductor works to reduce radio frequency interference (RFI) by blocking or “suppressing” high-frequency signals, which in turn reduce noise interference. The inductor is also used as an output filter in power supply regulation circuits, as the inductor helps to dampen and regulate the output voltage. Other common applications for the CDRH62B-7R1NC include voltage boost, load balancing, and direct current circuit isolation.

Working Principle of CDRH62B-7R1NC

The main working principle of the CDRH62B-7R1NC is that of eddy currents. Eddy currents are created in the inductor when a changing current is flowing through it, as this causes the magnetic field to fluctuate. This effect is known as inductance. In the case of the CDRH62B-7R1NC, the induction of eddy currents causes a decrease in the electrical current due to the energy lost by the inductor in the form of heat and a decrease in amplitude.

The CDRH62B-7R1NC has a specific inductance value, which is inversely proportional to the rise in alternating current and other external influences. As the frequency of the current passing through the CDRH62B-7R1NC is increased, the induction of the eddy currents increase, resulting in a decrease in the current. This phenomenon is known as impedance, and it is this effect which makes the CDRH62B-7R1NC useful in high-frequency, low-impedance applications.

In practical terms, the CDRH62B-7R1NC works by connecting an input voltage to one side, and an output device such as an electronic circuit or a load to the other side. As current passes through the CDRH62B-7R1NC’s wire coil, electrical energy is trapped by the inductor. When the current changes, the magnetic field in the inductor also fluctuates, creating a temporary electrical field which then dissipates the excess energy.

Overall, the CDRH62B-7R1NC is a fixed axially-leaded inductor commonly used for a variety of applications in electronic circuits. Its main purpose is to reduce RFI, dampen and regulate output voltage, and provide direct current circuit isolation. Its main working principle is that of eddy currents, which cause a decrease in the current due to the energy lost by the inductor in the form of heat and a decrease in amplitude.

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