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Fixed Inductors

Fixed inductors are a key component in the efficient delivery and storage of electrical energy. They are used in a wide variety of electronic devices and systems for power conditioning, transmission, energy conversion and control. Fixed inductors play a critical role in providing electromagnetic compatibility and impedance matching for many types of circuits.

100-562J Application Field

The 100-562J series of Fixed Electrolytic Inductors is designed for AC/DC and other related applications. The product range encompasses a number of components with various inductance and capacitance values. The various components are capable of withstanding a range of temperature and environmental conditions, and have been rigorously tested to ensure durability and reliability in operation.

The 100-562J series of Fixed Electrolytic Inductors is suitable for use in a wide range of applications including but not limited to AC/DC motor drives, DC/DC converters, voltage regulators, LED lighting, power supplies, computer motherboards, electrical appliance motors, and medical equipment.

100-562J Working Principle

The 100-562J series of Fixed Electrolytic Inductors are based on a core-type design employing wound coils of conducting material. This winding is sandwiched between a core and casing. The core is a non-magnetic material which helps to reduce eddy current losses and keep temperature rise within allowable limits. The casing is a non-magnetic, lightweight material which is non-conductive, electrically inert and thermally stable.

The working principle of the 100-562J series of Fixed Electrolytic Inductors is simple. When a voltage is applied to an inductor, it produces an electrical current in a spiral pattern around its core, which opposes any changes in the applied voltage. This opposition results in a magnetic field that absorbs energy, storing some of it temporarily and releasing it when the voltage applied to the inductor is reduced or removed.

The stored energy is then returned to the circuit as an alternating current. This current helps to maintain the voltage in the circuit in the presence of changes in the electrical load, or during times when the rate of change of voltage exceeds that of the load. In this way, the fixed inductor acts as a buffer or impedance that helps to regulate the voltage in the circuit.

The 100-562J series of Fixed Electrolytic Inductors is designed to provide reliable performance over a wide temperature range. This allows them to be used in a variety of applications where high currents and voltages are present, and where temperature extremes are encountered. The small size and low weight of the inductors also make them ideal for use in compact devices.

Advantages of 100-562J Electrolytic Inductors

The 100-562J series of Fixed Electrolytic Inductors offers several advantages over other types of inductors. They offer a high degree of continuous power handling capability with excellent efficiency. The low DC resistance makes them suitable for use in low voltage/high current applications, which means that less energy is wasted. The small size and low weight of the devices make them suitable for use in many compact and portable products.

The self-healing characteristics of the 100-562J series of Fixed Electrolytic Inductors enable them to recover from short-circuit and overload conditions, and can help to improve reliability in electronic equipment. The devices also have an extremely wide temperature range and are therefore suitable for use in extreme environment applications.

The 100-562J series of Fixed Electrolytic Inductors is highly reliable and provides excellent performance in a wide range of applications. The combination of their superior performance, small size, and low weight makes them the ideal choice for many demanding applications.

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