Description
SL1709SU is a high-performance, ultra-low-power, omnipolar Hall-effect switch sensor designed for battery-powered and compact systems. It detects both N‑pole and S‑pole magnetic fields with ultra‑low threshold, using internal sleep‑wake logic and temperature compensation to achieve stable magnetic detection with minimal power consumption. It features CMOS push‑pull output and adopts TO‑92S through‑hole package, making it ideal for manual soldering, testing, and low‑power industrial applications.
Our Advantages
- Ultra-low power consumption: only 0.9μA at 1.8V, greatly extends battery life
- Ultra-high sensitivity: 26Gs threshold detects very weak magnetic fields
- Omnipolar detection: triggered by both N and S poles, easy installation
- Wide voltage range supports 1.8V–5.5V low‑voltage battery systems
- Excellent ESD immunity up to 8kV for high reliability
- Wide temperature range for harsh environments
- Standard TO‑92S package for easy assembly and maintenance
- Built‑in temperature compensation ensures stable performance
Features
- Omnipolar magnetic detection (N/S pole trigger)
- Ultra-low average current: 0.9μA @1.8V (25Hz)
- Operating voltage: 1.8V ~ 5.5V
- Ultra-low magnetic threshold: BOP = 26Gs
- Switching frequency: 25Hz
- CMOS push-pull output
- Built-in temperature compensation & wake-sleep control logic
- ESD HBM: 8kV
- Operating temperature: -40℃ ~ +125℃
- Package: TO-92S
- RoHS compliant
Applications
- Laptop & tablet lid/flip detection
- TWS earbuds, mobile phones, smart wearables
- Electronic lock and valve position sensing
- Water meters, gas meters, flow meters
- Non-contact position & proximity detection
- Low-power industrial sensors
- Portable and battery-powered consumer electronics