Magnetic Sensor Chips:
Magnetic sensor chips are semiconductor devices that detect physical quantities using magnetic principles.
Magnetic Sensor Chips: Learn more
| Product Name | Notes |
|---|---|
| TMR Switch Sensor -- MMS103H | The MDT MMS103H magnetic switch sensor is designed for use in smart flow meters, including water flow meters, heat flow meters, and gas flow meters. Featuring high frequency response up... |
| TMR Switch Sensor -- MMS105H | The MDT MMS105H magnetic switch sensor is designed for use in smart flow meters, including water flow meters, heat flow meters, and gas flow meters. Featuring high frequency response up... |
| TMR Rotation Sensor -- MMA153F | The MMA153F angle sensor features 180-degree angle measurement with a large sinusoidal signal at 80% amplitude of the supply voltage, and ultra-low power consumption at 7μW. Designed with TMR (Tunneling... |
| TMR Rotation Sensor -- MMA253F | The MMA253F TMR magnetic angle sensor features 360-degree angle measurement with high precision and very-low power consumption for use in rotary encoders, speed sensors, BLDC controllers, and a variety of... |
| TMR Linear Sensor -- MMLD47F | The MMLD47F linear sensor features a large dynamic field range at +/-70 Oe, very-low hysteresis at 0.1%FS, high field sensitivity at 6 mV/V/Oe, very-low power consumption at 12.5μW, and excellent... |
| TMR Linear Sensor -- MMLH45F | The MMLH45F linear sensor features very-high field sensitivity at 12 mV/V/Oe, very-low power consumption at 12.5μW, wide dynamic field range at +/-50 Oe, low hysteresis at 1%FS, and excellent thermal... |
| TMR Linear Sensor -- MMLP57F | The MMLP57F linear sensor features a large dynamic field range at +/-70 Oe, very-low hysteresis at 0.1%FS, high field sensitivity at 6 mV/V/Oe, very-low power consumption at 10μW, and excellent... |
| TMR Linear Sensor -- MMLP57H | The MMLP57H linear sensor features a large dynamic field range at +/-70 Oe, ultra-low power consumption at 5μW, very-low hysteresis at 0.1%FS, high field sensitivity at 3 mV/V/Oe, and excellent... |
