CAL45TB680K

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Fixed inductors are electromagnetic components that consist of coils with a core, and are used for storing energy or reducing the current or voltage in a circuit. They are able to take an alternating current and turn it into a direct current by using electric field and magnetic field. The CAL45TB680K is a popular fixed inductor for many applications.

The CAL45TB680K\'s main application field is high power switching amplifiers such as servo systems and amplifier circuits. It offers high frequencies at up to 1000kHz, with very low electrical resistance and a high current rating. It is also able to reduce electromagnetic interference, which is useful when dealing with sensitive components. As a result, the CAL45TB680K is the ideal fixed inductor for any high power switching amplifier.

The working principle of the CAL45TB680K is a combination of electro-magnetic field and magnetic field. It containes a coil of wire with a core made of ferrite, and the energy is stored in the magnetic field produced by the wire. When a current is applied, it produces an electro-magnetic field that interacts with the magnetic field created by the core, thus creating a steady flow of current. By using the principle of hysteresis, the current can be regulated, allowing for a more accurate control over the flow of the current.

The CAL45TB680K has a lot of features that make it very useful for a wide range of applications. It has a wide operating temperature range of -40°C to +105°C and it is also resistant to UV degradation and electrolytic corrosion. Furthermore, it is small in size, making it suitable for use in small spaces, and it is also lightweight for easy installation.

Overall, the CAL45TB680K is an extremely useful fixed inductor that provides numerous benefits in high power switching amplifiers. It has a high current rating, wide operating temperature range, and is resistant to UV degradation and electrolytic corrosion. Most importantly, it is able to reduce electromagnetic interference and provides an accurate control over the flow of current. This makes it an ideal choice for any high power switching amplifier application.

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