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Other Magnetic Field Sensors
Electrical Output: »
Measurement Features: » Sensor Technology: » |
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1 -Axis Magnetic Sensor -- HMC1001
from Honeywell The Honeywell HMC100x and HMC102x magnetic sensors are one and two-axis surface mount sensors designed for low field magnetic sensing. By adding supporting signal processing, cost effective magnetometers or compassing solutions are enabled. Th ese small, low cost solutions are easy to assemble for...[See More]
Similar parts from Honeywell
1 -Axis Magnetic Sensor -- HMC1021 , 1-Axis Magnetic Sensor -- HMC 1051 , 3-Axis Magnetic Sensor Hybrid -- HMC2003
Linear AMR Sensor -- iC-SM2L
from iC-Haus Corporation Magneto resistive position sensor based on the AMR effect, Strong field sensor for 2 mm N/S pole pitch, One sine/cosine cycle per pole width (averaged using a pair of N/S poles), High interpolation due to a sine signal with few harmonics, Low saturation field strength, High amplitude consistency...[See More]
Similar parts from iC-Haus Corporation
Linear AMR Sensor -- iC-SM5L
A.C. Magnetic Field Evaluator Probe
from Magnetic Shield Corporation The A.C. magnetic field evaluator probe may be used with a digital volt meter or oscilloscope to determine A.C. magnetic field sources and intensities. It is also used to measure the attenuation of magnetic shields. The nominal probe output is 60 millivolts per gauss at 60 Hertz. The formula...[See More]
Precision Hall Effect Probe -- HR125A
from Ohio Semitronics, Inc. Halltron magnetic field probe, enamel lead insulation
Similar parts from Ohio Semitronics, Inc.
Precision Hall Effect Probe -- HR36 , Precision Hall Effect Probe -- HR38 , Precision Hall Effect Probe -- HR66
MAGSCAN -- MagScan 50
from Sypris Test & Measurement - F.W. Bell The MagScan 50 is a sophisticated addition to the MagScan family, aimed at the permanent magnet and small magnetic assembly industry. By offering an enhanced scanning resolution and field sensitivity, the MagScan 50 is capable of mapping the magnetic field around a component with great accuracy. The...[See More]
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