Zero Hangup Laser Distance Sensor With Time Of Flight ToF And Spad Tech 10 To 240 Cm Mid Range Module Featuring I2c Uart Interface For Rock Solid Diy Builds High Sensitivity Photon Scanner That Runs Smooth On Any Workbench

High Precision TOF Laser Rangefinder Module SPAD Technology
✔️ Tracks 10 to 240cm span with fast polling and serial bus support

The TWTOF240UI is a compact time of flight depth sensor built for hobbyist electronics and embedded projects. Engineers drop it into smart home gadgets, robot navigation rigs, and gesture control boards because it cuts through ambient light interference reliably. You hook it up directly to Arduino or Raspberry Pi setups thanks to its low power draw and straightforward pinout layout.

✅ Measures object distances from 10 to 240 millimeters with single millimeter step precision
✅ Operates on 3.0 to 3.6 volts drawing under 10 milliamps average current consumption
✅ Processes readings every 36 milliseconds using active pulse reflection timing
✅ Supports both serial TX RX cross wiring and clock data parallel protocols
✅ Fits inside tight enclosures measuring exactly 16 by 10 by 7.6 millimeters per PCB footprint

💡 How does time-of-flight optical measuring beat standard ultrasonic tracking?

Pulse timing clears up messy workbenches where sound echoes cause wild data jumps. Photons travel straight to objects and bounce back instantly without waiting for acoustic rings to settle. Builders grab these photon scanners when they need dependable hardware.

- Cuts response delay to roughly 36 milliseconds allowing tight feedback loops for obstacle dodging
- Keeps readings steady across matte walls and glossy finishes unlike sonic gear that struggles with soft materials
- Routes commands through simple UART cross connections or standard I2C bus trees for painless solder work
- Meets class 1 eye safety standards so you can prototype indoor widgets without extra shielding hoops ✝️