S34547

Fixed Inductors

Fixed inductors are electrical passive devices, used for energy storing in the form of an electric field, that is, inductance. They are usually categorized into categories based on their power rating, inductance and their mounting or case configuration. The most common type of fixed inductors is the S34547 series, which has good power ratings, low self-inductance and saturating current capability, making them suitable for aircraft, power, communications and other applications.

Applications of S34547 Inductors

S34547 inductors are typically used in applications requiring a reliable source of energy storage. They are frequently used in aircraft applications such as power conditioning, high voltage protection, vibration suppression, power supply regulation, and microwave switching systems. Their high power ratings and low self-inductance make them ideal for high-power circuits, providing reliable power over an extended period of time. Additionally, saturation current capability and current ratings make them suitable for applications requiring high peak currents.

S34547 inductors are also used in a variety of communication-based applications including the generation of radio signals, signal transmission, signal conditioning, and phase-shift filtering. Their low self-inductance and high power ratings make them ideal for applications requiring highly accurate signal conditioning and frequency shifting.

Additionally, S34547 inductors are used in a range of consumer and industrial applications including lighting, household appliances, motors, and electrical instrumentation. The ability to store large amounts of energy, as well as the high power ratings and low self-inductance, makes these inductors ideal for applications where reliability and long-term performance are essential.

Working Principle of S34547 Inductors

The working principle of S34547 inductors is based on the electromagnetic principle that a current-carrying conductor generates a magnetic field around it. This magnetic field is composed of electric and magnetic fluxes, both of which store energy in an electric field. When the current passes through the inductor, the magnetic flux creates a voltage across the inductor, resulting in the buildup of electric energy. When a load is placed on the inductor, it will reduce the current, which will reduce the electric energy stored in the electric field.

The basic functional principle of an inductor is that it is an electrical component that stores energy in the form of an electric field. The energy is stored in the form of current, which can be used to produce an electromotive force when a load is applied to the inductor. This electromotive force is also known as inductance, which is a measure of the energy stored within an inductor.

S34547 inductors are highly reliable and can operate over a wide range of temperature extremes. Their proven performance and high power capacity make them highly suitable for a variety of applications. Their exceptional performance in aircraft, power, communications and other applications means that they are a long-term investment for any business.