2256R-30K

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Fixed inductors are components used in the electronic circuitry of electrical devices. Inductors are passively used to store energy in the form of a magnetic field which can be released into an electrical circuit. The 2256R-30K inductor is a commonly used fixed inductor which has a wide range of applications and a simple working principle.

2256R-30K Inductor: The 2256R-30K is a radial lead, high-heat dissipating, fixed inductor. It is rated for 5A, 20 uh, 62mOhms and includes a high-permalloy core with a ferrite bobbin and annealed tinned copper wire construction. It operates in a temperature range from -40C to 85C, and its leads are made to be soldered on a printed circuit board. This inductor is most commonly used in DC/DC converters, power supplies, switching regulators, and battery chargers.

Application Field: The 2256R-30K inductor finds its applications in a huge variety of domains including power supplies, power converters, battery chargers, switch-mode power supplies, uninterruptible power supplies, amplifiers, power amplifiers, voltage regulators, medical equipment, automotive electronics, AC/DC converters, and very high frequency (VHF) amplifiers.

Working Principle: The 2256R-30K works in the same basic way as all inductors, which is to store energy in a magnetic field in order to release it into a circuit at a later time. This inductor exhibits a high inductivity and low resistance that allows it to be used in both DC and AC circuits. The inductor will draw current from the power supply and store the energy in the magnetic field around its coil. When the current is cut off, the stored energy is released to the connected circuit.

In conclusion, the 2256R-30K is a fixed inductor with a wide variety of applications and a simple working principle. This inductor is highly rated for its heat-dissipation and has a temperature range from -40C to 85C. It is used in DC/DC converters, power supplies, switching regulators, and battery chargers. The 2256R-30K inductor works by storing energy in a magnetic field and then releasing it into a circuit when the current is cut off.

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