TSL1112RA-152JR38-PF

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Fixed Inductors are components used in various electrical circuits. They generally have very low values, usually ranging from 0.01 microhenries to 1 millihenrys, meaning they act as a conduit for small currents. Many fixed inductors are wound from high-copper material, including aluminum or copper oxide wire. In most cases, they have a single winding or overlapping windings which determines the inductance. Fixed inductors are used in many circuits: oscillators, active filters, Tuned Amplifiers, Power Supply circuits and many more.

One particular type of fixed inductor, the TSAL1112RA-152JR38-PF is a pin-through fixed inductor that provides a promising solution for various applications. This type of inductor is designed with two pins; one of which connects to the longest segment of the coil and the other to the shortest. This design allows for a wide frequency bandwidth, a very high self resonant frequency and an extremely low DC resistance. The TSAL1112RA-152JR38-PF offers inductance values starting at 0.22µH and up to a maximum of 1.06µH.

The application field of a TSAL1112RA-152JR38-PF is mainly for high frequency, low power operations and could be ideal for noise suppression in accessories such as audio systems, headphones, and microphones. Additionally, this type of inductor find applications in converters, power supplies, light dimmers, and more. One of the advantages of the TSAL1112RA-152JR38-PF is that it is able to endure higher temperatures, up to 125°C. This feature allows for more flexibility and a robust operation in more hostile environments.

The working principle of the TSAL1112RA-152JR38-PF is based on the theory of inductance. The inductance inside an inductor is determined by the core material, the current conductor, and the shape of the windings. Fixed Inductors, like the TSAL1112RA-152JR38-PF, have many components that create a magnetic field, which in turn creates an oppositional force that makes the electrical current flow at a slow pace. When an AC current passes through a fixed inductor, an opposing voltage is created that is inversely proportional to the frequency. This behaviour is known as inductive reactance.

The TSAL1112RA-152JR38-PF is just one of the many fixed inductors available on the market today. They all serve a similar purpose, but differ in certain characteristics like size, material used, inductance, and temperature rating. Therefore, when choosing the right fixed inductor for a certain application, it is important to consider all of the available qualities to ensure optimal performance.

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