Sensor Module — DC 2.4V–5V | Induction angle < 15° | Static current < 2mA Key benefits Precise, narrow-angle detection: The sensor’s induction angle under 15 degrees concentrates sensing to a tight cone, reducing false triggers from surrounding activity. Low standby power: Static current below 2 mA helps preserve battery life in portable or always-on systems. Simple integration: Operates from DC 2.4 V to 5 V, making it compatible with most low-voltage microcontrollers and battery-powered electronics. What it does Provides focused induction sensing for applications that require a small detection zone rather than wide-area coverage. Delivers reliable, low-power performance suitable for devices that spend long periods in standby. Compatibility and performance Voltage: DC 2.4 V–5 V, compatible with common microcontrollers and single-board computers that accept these supply levels. Power draw: Static current < 2 mA for energy-efficient standby operation. Detection geometry: Induction angle less than 15 degrees for targeted sensing and reduced cross-talk from adjacent sensors. Constructed as a compact sensor module designed for easy electrical integration into existing projects and products. Practical use scenarios Robotics pick-and-place: Use the module to confirm the presence of a part in a narrow area of interest before gripping or release, minimizing false positives from nearby objects. Access or activation controls: Trigger a door strike, relay, or electronic switch only when a user or object enters a small, defined detection zone, improving reliability in crowded environments. Battery-powered IoT devices: Monitor a focused area while conserving battery life thanks to the low static current, ideal for portable sensors, asset trackers, or remote status indicators. Key specifications Name: Sensor Module Supply voltage: DC 2.4 V–5 V Induction angle: < 15 degrees Static current: < 2 mA Notes for integration Ensure your control electronics support the 2.4 V–5 V operating range. The narrow induction angle is designed for targeted sensing; position and orientation matter for optimal performance.