Gamma probe

Gamma probe technology parameters with small or low changes in large volume magnetic fields, such as edge magnetic fields, can be measured using these ultra sensitive probes. The resolution of several gamma (10-5G) to dozens of gamma depends on the matching Gaussian meter. The most suitable application is when the length of the uniform region of the magnetic field is greater than 1ft. The working induction length of the gamma probe is about 3.125in. When ordering a gamma probe, a 4065 zero Gaussian cavity is required, and the standard model 4060 zero Gaussian cavity is too small for the gamma probe. W (in) T (in) A (in) L (in) full frequency range

Gamma probe technical parameters

Large volume magnetic fields with small or low changes, such as edge magnetic fields, can be measured using these ultra sensitive probes. The resolution of several gamma (10-5G) to dozens of gamma depends on the matching Gaussian meter. The suitable application is when the length of the uniform region of the magnetic field is greater than 1ft. The working induction length of the gamma probe is about 3.125in.

When ordering a gamma probe, a 4065 zero Gaussian cavity is required, and the standard model 4060 zero Gaussian cavity is too small for the gamma probe.

	W（in）	T（in）	A（in）	L（in）	Frequency range	full scale	Accuracy (% rdg)	Operating temperature range	temperature coefficient (Maximum) 0	temperature coefficient (Max) Calibration	Including temperature sensor
Used for 475, 455, and 425
HMLA-5006-HJ	0.25±0.03	0.5	2.2	5.7	DC to 400Hz	UHS 35MG,350MG,3.5G,35G	±0.5% to 2G	0℃ to 75℃	1mG/℃	±0.02%/℃	Yes
Used for 460, 450, and 421
MLA-5006-HJ	0.25±0.03	0.5	2.2	5.7	DC to 400Hz	UHS-1 300MG,3G,30G	±0.5% to 2G	0℃ to 75℃	1mG/℃	450/460:±0.02%/℃ 421:-0.05%/℃	Yes