Introduction to AMR sensors and magnetic sensors from individual components to modularization.

MR element design, magnetic measurement, and magnetic field analysis support. Numerous achievements in industrial robots, motor control lens units, control valves, and medical devices.

●AMR Sensor A sensor that utilizes the magnetoresistance effect of ferromagnetic materials, where the resistance value changes according to the magnetic field strength. It has sensitivity in low magnetic fields, a wide operating temperature range, excellent frequency characteristics, and can be used in harsh environments where optical methods are difficult. There is also a high-resistance type of AMR that takes advantage of the benefits of magnetoresistive elements in the lineup. ●G-GMR Sensor A sensor that utilizes the giant magnetoresistance effect of a granular structure where ferromagnetic materials are dispersed in a non-magnetic matrix, with resistance values changing according to the magnetic field strength. It has a wide sensitivity range and shows a greater resistance change rate than AMR.

basic information

Products are offered in the following types: - Shutter TYPE - Vertical TYPE (Flip Chip) - Vertical TYPE (Molded) - Bias Magnet Built-in TYPE (Molded) ● AMR Sensors - High-Precision AMR Sensor (Shutter Type) Application: Encoder - Position and Rotation Detection AMR Sensor (Vertical Type: Single Phase Output) Application: Flow Meter, Proximity Switch, Potentiometer - Position and Rotation Detection AMR Sensor (Vertical Type: A/B Phase Output) Application: Encoder, Flow Meter, Potentiometer, Variation Sensor - Position and Rotation Detection AMR Sensor (Vertical Type: 360° Detection) - Gear Encoder - Gear Sensor ● Pressure Sensors - Semiconductor Pressure Sensor Application: Air Pressure Gauge, Blood Pressure Monitor, etc. - Water Level Sensor Application: Water Heater, etc. - Temperature Compensated Pressure Sensor Application: Pneumatic Equipment, Robots, Medical Devices, Measuring Instruments, etc.