tesla square centimeter Unit Converter

Definition of tesla square centimeter unit

Tesla square centimeter (T·cm²) is a unit of magnetic flux equal to one tesla multiplied by one square centimeter of area. Because 1 cm² equals 10⁻⁴ m², one T·cm² equals 10⁻⁴ weber (Wb), the SI unit of magnetic flux.

History of tesla square centimeter unit

The tesla was adopted in the International System of Units during the mid-twentieth century and named for inventor Nikola Tesla. The square-centimeter form arose as a practical mixed unit in engineering, laboratory measurements, and older technical literature, where magnetic field strength was often combined with a conveniently sized area. Although the SI weber and square-meter notation are preferred today, tesla square centimeter remains understandable and useful, especially for small magnets, sensors, and biological or medical measurements. It is also related to the gauss-centimeter squared, or maxwell, used in the CGS system.

Applications of tesla square centimeter unit

Tesla square centimeter is used to express the flux produced by compact permanent magnets, magnetic circuits, and small electromagnets. It can describe sensor specifications, Hall-effect device measurements, MRI or biomedical magnetic-flux assessments, and laboratory experiments. For example, a uniform 0.5-tesla field across 2 cm² produces 1 T·cm² of flux, equal to 10⁻⁴ Wb.

Complete list of tesla square centimeter unit conversion