Introduction
Inductive magnetic sensor is based on Faraday's law of electromagnetic induction. A coil with a certain number of turns is wound around the magnetic core with high permeability. When the coil is placed in the electromagnetic field, electromotive force is induced in the coil over time. Then compare the corresponding electromagnetic relationship and output the electrical signal after processing.
Features
Low noise, high sensitivity and good stability
Application
Widely used in geophysical exploration and other fields, such as underground energy and resources exploration, environmental exploration, space electromagnetic measurement and so on.
Performance Parameters
Item | Parameter |
Axis | 1/3 |
Band width | 0.1Hz~200Hz | 1kHz~100kHz |
Noise | ≤0.5pTrms/√Hz@1Hz | ≤0.3pTrms/√Hz@1kHz |
Measuring range | ±10 nT | ±100nT |
Output voltage | ±10V | ±5V |
Power consumption | ≤0.35W | ≤0.7W |
Remark | Band width and measuring range can be customized. |
Electrical Parameters
Supply voltage | Output voltage |
L:±3V~±6VDC | ±1V |
±2.5V |
H:±13V~±17VDC | ±5V |
±10V |
D: Single power supply | Customizable |
Housing
Standard housing: Cylindrical (size can be customized), 7 pin waterproof connector(Protection grade: IP 68)