Gaussmeters are used to measure magnetic flux density. Most Gaussmeters use a Hall probe to measure magnetic flux density.
Gaussmeters provide a static measurement. The probe is placed in the desired measuring location and the Gaussmeter measures the flux density at that point. A Gaussmeter is capable of measuring dynamic fields but it is not a requirement of the measurement process to have a changing magnetic field or movement of probe with respect to the field(as it is for a Fluxmeter).
Gaussmeters are excellent for measuring the flux density of air gaps in loudspeakers, motors etc. In these regions the flux density is uniform so probe position is less important. Gaussmeters are also excellent at determining local point effects as they have a very small detection area on the probe.
Gaussmeters provide a static measurement. The probe is placed in the desired measuring location and the Gaussmeter measures the flux density at that point. A Gaussmeter is capable of measuring dynamic fields but it is not a requirement of the measurement process to have a changing magnetic field or movement of probe with respect to the field(as it is for a Fluxmeter).
Gaussmeters are excellent for measuring the flux density of air gaps in loudspeakers, motors etc. In these regions the flux density is uniform so probe position is less important. Gaussmeters are also excellent at determining local point effects as they have a very small detection area on the probe.