B82442A1562K000

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Inductors, a component of electrical circuits, are built using a conducting wire wound around an iron core. When a voltage is applied to this combination, an electric current will flow through the wire causing a magnetic field in the core. Inductors are used to store energy in the form of a magnetic field within an electric circuit. There are a few types of inductors; one of the most commonly used types is the fixed inductor. The B82442A1562K000 is a type of fixed inductor.

The B82442A1562K000 is a leadless, epoxy molded, tubular frame chip inductor. It is a surface mount device, designed to be fixed onto the surface of a printed circuit board (PCB) during the manufacturing process. This type of inductor is often referred to as an MLCC (Multilayer Ceramic Chip Inductor) or an SMD (Surface Mount Device).

The B82442A1562K000 has a high inductance value of 1562nH and a space-saving, tubular frame design, with a 75% to 85% operating temperature coefficient, making it ideal for noise suppression applications. It has a symmetric srface mount footprint, low DC resistance design, high self-resonant frequency, and is highly reliable due to its epoxy molding. It is resistant to environmental influences such as moisture, vibration, shock and temperature.

The B82442A1562K000 is mainly used in applications that require EMI suppression, such as medical and protection devices, safety circuits, gaming machines, microprocessors, and other high power applications. Its rugged design and high operating temperature coefficient make it suitable for such applications.

The B82442A1562K000’s fixed inductor works in conjunction with its surrounding electrical system to store energy in a magnetic field. When the electrical system is powered, a current will flow through the inductor\'s wire windings, creating a magnetic field around it. As current passes through the inductor, the magnetic field increases in strength until it reaches its maximum value. At this point, the inductor is said to be \'saturated\', meaning that it cannot absorb any more energy.

When the current begins to decrease, energy is released from the inductor in the form of a magnetic field. This magnetic field breaks down and the energy dissipates, causing a decrease in the current flowing through the system. This is known as the inductance effect. The amount of energy stored in the inductor is determined by the inductance, the current flowing through the system, and the amount of time the current is applied.

In conclusion, the B82442A1562K000 is a type of fixed inductor, designed for applications that require high reliability and EMI suppression. It is built using a conducting wire wound around an iron core, and works by storing energy in a magnetic field as the current passing through it increases and decreases. This energy is released and dissipated as the inductor reaches its maximum current capacity, resulting in a decrease in the current flowing through the system.

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