SLF10145T-151MR79-H

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Fixed Inductors: SLF10145T-151MR79-H application field and working principle

Inductors, also known as coils, are components that store energy in electric and magnetic fields. They are widely used in electronic circuits, and the selection of inductors must depend on their operating environment, working frequency, connection method and cost.

The SLF10145T-151MR79-H is a fixed inductor. As its name implies, this type of inductor indicates that its value is fixed and unchangeable. The SLF10145T-151MR79-H is wound with enameled copper wire and has a ±20% inductance tolerance. It also has a rated current of 1.5A, a frequency range of 0-100MHz, and a self-resonance frequency of 115MHz. The operating temperature range of the SLF10145T-151MR79-H is -40°C to +125°C.

The application field of the SLF10145T-151MR79-H is very wide, including audio, power, TV OSC, impedance matching, switching power supplies, frequency dividers, local oscillators, radio, clock generators, filters, antennas, etc. In SPST, tactile switches, The SLF10145T-151MR79-H is also widely used in related fields. In addition, it is compatible with various environmental requirements such as lead-free, reflow soldering temperature, etc.

When the SLF10145T-151MR79-H is applied in an electronic circuit, it functions as an inductor according to Faraday\'s law of electromagnetic induction. The formula is that the induced electromotive force is equal to the rate of change of the magnetic flux. That is to say, if the SLF10145T-151MR79-H is connected to an electromotive force in a certain environment, the current flowing in the coil will induce a certain induced electromotive force to maintain the current. When the current changes, the induced electromotive force will also change accordingly, resulting in a voltage drop.

In conclusion, the SLF10145T-151MR79-H is a fixed inductor widely used in various fields. It works by producing an electromotive force induced by the changing current flowing through the coil. It\'s operating temperature range, current and frequency range make it ideal for use in audio, power, TV OSC, impedance matching, switching power supplies, frequency dividers, local oscillators, radio, clock generators, filters, antennas, etc., including SPST, tactile switches.

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