Product Information

Type DH

Magnetic field changes on the order of 1/50000 of geomagnetism can be detected.
It removes static magnetic field signal components such as geomagnetism and detects AC signals only.
It is used as an iron-based minute foreign matter detection sensor.

Magnetic noise characteristic

Magnetic noise characteristic

Product Specifications

Model No. MI-CB-1DH
Power supply voltage 5.0V (Typ.)
Magnetic fluctuation detection range 4.0 μTpp(at +/-40 μT DC field)
Sensitivity 1V/μT
Frequency response 0.1Hz to 1kHz @ -3dB
Output linearity Less than 2%FS
Noise 200pT/1σ (1Hz to 1kHz )
Substrate size 35mm×11mm
Operating current single type 15mA; multi type 6mA

Video Introduction

nT Sensor
nT Sensor


Contact below.


Part No. Selection Guide

Please specify the product number.

Single Use Multi-Use
PCB longitudinal direction
(B direction)
PCB transverse direction
(A direction)

Magnetic sensing direction and sensor element position

DH single and multipin layouts

Here are examples of how to connect to a single-type MI-CB-1DH-S-A (B) and a multi-type MI-CB-1DH-M-A (B).

MI-CB-1DH-S-A(B)/MI-CB-1DH-M-A (B) terminal arrangement

Note when using multiple DH in parallel

Cautionary Statement

Notes on using more than one MI-CB-1DH

If several single-type nanotesla sensor MI-CB-1DH-S are used side by side, the respective sensors will interfere with each other, resulting in malfunction. Therefore, when two or more sensors are used together, select a MI-CB-1DH-M, which does not have an oscillator, and connect to a common oscillator MI-CB-1DH-OSC. When purchasing a multi-type MI-CB-1DH-M, an oscillator is supplied. (We also sell it.)

Connection example

Removing AC coupling

[Note] The following modifications should be made on a self-responsibility basis. We do not accept repairs or replacements of modified products.

Although MI-CB-1DH is designed to output only the AC component of the sensed magnetic field, you may want to output the DC component as well. In doing so, you can stop interactive bonds by modifying them as follows.