TFL0816-12N Inductors, Coils, Chokes

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The TFL0816-12N is a fixed inductor, specifically a ferrite-core planar type inductor. It is made from high grade materials, with its ferrite core precision machined to improve electrical performance. It has a stable inductance over a wide range of temperature and frequency making it ideal for a variety of electronic applications.

This inductor has a rated inductance of 8.2uH and a DC resistance of 0.62 ohms. It has an axial case size of 8x16x13mm, a single pin at either end, and a copper winding around a ferrite core. It is rated at a working voltage of 50V and a maximum current rating of 0.2A, making it suitable for low power applications.

Due to its low inductance and maximum current rating, the TFL0816-12N is a great choice for applications where space is limited or where power dissipation needs to be kept to a minimum. Applications include power supply filters, timing circuits, switching power supplies, and RF circuits. It can also be used in radio frequency circuits, such as RF receivers and transmitters, as well as RF amplifiers and oscillators.

The working principle of the TFL0816-12N is based on basic inductor theory. An alternating current flowing through the windings of an inductor creates a magnetic field, which then induces a voltage in the windings. This voltage is then proportional to the rate of change of the current, or the rate of increase of the magnetic field.

The TFL0816-12N has an inductance value of 8.2uH which is ideal for applications that require low power as the voltage drop over the inductor is kept to a minimum. The inductor also has a high operating temperature range of -40 to +100°C, allowing it to be used in a wide range of applications.

The TFL0816-12N is an ideal choice for applications where miniaturization is important or where high current loads need to be handled. Its low profile and excellent electrical performance make it a great choice for low power circuits. It is also an excellent choice for applications that require high frequency switching and stability.

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