Gauss unit converter

Millitesla is 10 times Bigger than Gauss. Enter the value of Millitesla and hit Convert to get value in Gauss.

Check our Millitesla to Gauss converter. Need a reverse calculation from Gauss to Millitesla? You can check our Gauss to Millitesla Converter. How many Tesla is 1 Millitesla? How many Microtesla is 1 Millitesla? How many Megatesla is 1 Millitesla? How many Weber per Square Metre is 1 Millitesla? Milliteslas to Gausss Converter Units of measurement use the International System of Units, better known as SI units, which provide a standard for measuring the physical properties of matter.

A softUsvista venture! Facebook Twitter WhatsApp. More Magnetic Field Conversions. Importance of Magnetic Field converter Measurement of various quantities has been an integral part of our lives since ancient times. FAQ about converter. What is Magnetic Field? Magnetic field is the portion of space near a magnetic body or a current-carrying body in which the magnetic forces due to the body or current can be detected.

What is the SI unit for Magnetic Field? SI stands for International System of Units. What is the biggest unit for Magnetic Field? Megatesla is the biggest unit for Magnetic Field. It is times bigger than Tesla.

In the equations from our Surface Fields article, we use a "B" to denote this term. Unlike Magnetic Flux above, the Flux Density defines some size for the loop of wire in that example. Flux Density is a measure how many webers are squeezed into some area. In fact, webers per square meter is the unit for flux density. Here's a confusing part: Many people call this, "field strength.

Technically, we should probably use the term, "magnetic flux density," though it's much more commonly called, "field strength. There's another, somehow different unit for field strength. How is this different than the flux density expressed in gauss or tesla? Why are there 2 different units? Are they the same thing? When we think about the "field strength" at the surface of a magnet the Surface Field , we're looking for something expressed in gauss.

For example, a D82 disc magnet has a surface field of about 2, gauss. Stick a magnetometer on the surface of this magnet and we'll measure magnetic flux often called field strength. So what's this oersted thing all about? When manufacturing permanent magnets, magnet material is magnetized by exposing it to an external magnetic field. In practice, this means the magnet material is placed in a fixture, sitting inside a big coil of wire.

For a brief instant, a strong magnetic field is created by running a lot of electric current through the coil of wire. The magnet is exposed to a magnetic field strong enough to magnetize the magnet. The demagnetization curve of a magnet material describes it magnetic properties. It describes how much field strength is required to magnetize a magnet, and more importantly for magnet users, how the magnet will perform.

One axis of this curve is B flux density expressed in gauss, comes from the magnet itself and the other axis is H the applied or external magnetic field in the magnetizing fixture, expressed in Oe. You can find BH curves for various magnet grades on our BH curves page. The second half of our Magnet Grades article has a great step-by-step description about how these curves are measured. In some ways, you might argue that these things are really the same.

They are in many cases, but not always. There are times when saying that 1 oersted is like 1 gauss works out well. If you dive into the physics and math of these properties, you'll find a lot more interesting, complex stuff going on.

There's a lot more to learn than we'll go into here in a simple unit converter! BH max is a single number that describes the strength of a magnet. It is expressed in mega gauss oersteds MGOe. It is the product of B x H on the demagnetization curve, at the location where this number works out to be the highest.