0819-56J

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Fixed inductors are used in electrical circuits to allow certain amounts of energy to be accumulated and stored in the inductors coil until needed. This type of inductor takes the form of a coil of wire with terminals at each end for current to flow through and return. The inductor is typically housed in a ceramic or other type of shielding material to protect it from external forces that could cause damage.

The 0819-56J fixed inductor is one such device that has a variety of applications in a multitude of fields. Specifically designed for use in audio systems, the 0819-56J is a ferrite core, flat wire, inductance-type of component. It is designed for use in audio amplification systems such as preamplifiers and power amplifiers. It is also suitable for use in high voltage supply systems and related circuits.

The basic working principle of the 0819-56J is that it stores and releases energy when connected to a circuit. When current runs through the inductor, a magnetic field is created around the coil, storing the energy. When the current stops, the stored energy is released. This makes it ideal for preamplifier and power amplifier applications where energy needs to be stored and then released in a controlled manner.

The 0819-56J also has a maximum saturation current of 10A and a rated current of 80mA. This means that it can handle up to 10A of current before reaching its maximum capacity. Its power rating is 25Watts, where it dissipates the stored energy as heat, making it suitable for long-term continuous operation. The coil has a peak voltage series inductance (PVS) of 535uH, and an inductance tolerance of ± 20%. These values give the 0819-56J the ability to accurately and efficiently store and release the required amount of energy.

The 0819-56J is an ideal component for use in audio systems, high voltage supply systems, and related circuits due to its ability to store and release energy in a controlled manner. It has a high current rating of 10A and is rated for 25 Watts, meaning it can handle long periods of continuous operation without overheating. It has peak voltage series inductance and inductance tolerance values of 535uH and ± 20% respectively, giving it the necessary accuracy for its intended applications.

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