Key benefits - Detects motion and even small movements within its detection area, enabling automatic lighting, signaling, or control actions without manual input. - 360-degree coverage ensures comprehensive activation with no blind spots. - The active microwave sensor operates at 5.8 GHz and can detect signals passing through doors, glass plates, and thin walls, increasing placement flexibility. - Low RF output: high frequency output is less than 0.2 mW, providing safer operation and reduced interference with other devices. - Wide operating temperature range (-35 to 80 degrees Celsius) supports reliable performance in diverse environments. - Automatic controlled human body microwave sensor switch offers stable operation for consistent performance. What it does - The sensor emits high frequency electromagnetic waves (5.8 GHz) and receives their echoes to detect movement. - It detects changes in echoes to recognize motion, including small movements within its range. - A microprocessor processes signals and triggers a light-up command when motion is detected, including signals passing through doors, glass plates, and thin walls. - It is a motion object sensor with 360-degree detection and 5.8 GHz operating frequency. - The design provides stable operation across its temperature range and emphasizes safe, low-power microwave sensing. Specifications - Sensor type: Active microwave sensor - Detection range: 360 degrees - Operating frequency: 5.8 GHz - Output power: less than 0.2 mW - Temperature range: -35 to 80 degrees Celsius - Function: Detects motion, triggers light-up command, and can sense through obstacles such as doors, glass, and thin walls - Target: Automatic controlled human body microwave sensor switch with stable operating condition Use scenarios - Indoor corridor or hallway lighting: Lights or indicators activate automatically when people approach or move within the sensor’s 360-degree range, including through partitions or glass doors. - Office or retail entryways: Entry lighting or signage activates as customers or employees pass near doors or glass partitions, improving visibility and flow without manual switches. - Secure or energy-efficient areas: Regions separated by doors or thin walls can still respond to presence, enabling controlled lighting and signaling without requiring direct line-of-sight access. This description preserves the original product’s brand characteristics, functions, and technical details while presenting clear, customer-focused language and practical use cases.