TMR Digital Push-Pull Magnetic Sensor-Switch
RR123-1H02-612 TMR Digital Push-Pull Magnetic Sensor-Switch
The RedRock® RR123-1H02-612 is a digital magnetic sensor-switch ideal for use in small battery-powered applications such as portable medical devices. It is based on patented Tunneling Magnetoresistance (TMR) technology with seamless CMOS integration.
The RR123-1H02-612 features an operate sensitivity of 7G (0.7mT), with an omnipolar magnetic field response. It offers a voltage range from 1.0V up to 3.6V, ideal for applications that use single cell 1.5V batteries. It has the lowest average current drain (20nA) for an active magnetic sensor, operating under 2Hz and with a temperature range from -40°C up to +85°C. This sensor/switch can be used to efficiently source up to 20mA of current to an application circuit. It also has a Latch Control Pin (LCP), which gives the option to keep the output in a given state regardless of any changes in magnetic field.
- Operate sensitivity of 7G
- Lowest Average Current of 20nA
- Latch Control Pin Locks Output Voltage in Current State
- Supply Voltage range of 1.0V – 3.6V
- Can Efficiently Source Up to 20mA with a Low PMOS RDS (on)
- Omnipolar Push-Pull Response
- Operating Frequency of 1.0Hz
- Temperature Rated up to 85°C
- RoHS & REACH Compliant
Applications
- Switch Battery Power to Circuit
- Wake-Up uProcessor
- Proximity Detection
- Door & Lid Closure Detection
- Portable Medical Devices
