Long‑Distance Laser Microphone System
Man‑portable laser‑based optical measurement system, realizes non‑contact long‑distance optical data acquisition without entering target site; optional enhanced functions available for custom project deployment.
Overview
Long‑Distance Laser Microphone System. Single‑person operable portable optical measurement device, operators do not need to access the measured site. It performs long‑distance non‑contact optical measurement and data collection via medium vibration in field environment. Suitable for optical information acquisition between buildings, storefronts and office scenarios. Equipped with adaptive noise‑reduction algorithm to guarantee high‑fidelity acquired data, easy‑to‑operate and delivers precise measurement output. Selected enhanced features can be enabled for customized project requirements.
Working Principle
Laser Optical Measurement Workflow. The device emits laser to irradiate target scattering media with vibrating cavity. Sound‑induced micro‑vibration modulates reflected laser light. Received optical signals go through all‑digital demodulation circuit, adaptive noise reduction processing, to restore original measurement data. The high‑precision gimbal supports point‑selection focusing measurement for different targets.
Highlight Features
Specifications
Key Brief Parameters
- Optical Measuring Range: 20 m ~ 500 m; Measurement Angle: ≤ ±30°
- Sampling Frequency: 200 Hz ~ 5 kHz; Power Consumption: ≤25 W
- Gimbal Rotation: Horizontal −180° ~ +180°, Tilt −25° ~ +45°
- Data Output Format: Audio MP3, Video MP4; Optical Type: Laser
- Power Supply: AC 220 V; Operating Temp: −10 ℃ ~ +40 ℃; Storage Temp: −25 ℃ ~ +65 ℃
- Applicable Object: Multiple scattering materials with vibrating cavity
- Full datasheet and optional enhanced‑function list available upon request