【GZ-10紅外光電轉換器 產品介紹】
GZ-10紅外光電轉換器是一款基于先進光學傳感技術研發(fā)的高性能電子元件，專為工業(yè)自動化、智能安防及物聯網領域設計。該產品采用精密光學濾波系統與寬光譜響應材料，能夠高效捕捉780nm-1100nm波段的紅外光信號，并將其轉換為穩(wěn)定可用的電信號輸出。模塊化結構設計使設備在復雜環(huán)境中仍能保持精準的信號轉換能力，同時兼顧安裝便捷性與系統兼容性。
核心組件搭載自主研發(fā)的線性放大電路，有效提升弱光環(huán)境下的信噪比表現。通過優(yōu)化光電二極管陣列排布方案，產品在保持微型化體積（32×18×8mm）的同時，實現了±0.5%的線性度誤差控制。工作溫度范圍覆蓋-40℃至+85℃，配合IP67防護等級殼體，可穩(wěn)定運行于高濕度、多塵霧等嚴苛工況。內置溫度補償算法能自動校正環(huán)境變量對檢測精度的影響，確保長期使用中的測量一致性。
本產品適用于非接觸式物體檢測、光通信中繼、運動軌跡追蹤等多種應用場景。在自動化生產線中可實現精準定位檢測，于智能樓宇系統中承擔人員活動監(jiān)測功能，同時兼容主流工業(yè)控制系統的信號輸入規(guī)范。通過優(yōu)化功耗管理設計，產品待機電流低至5μA，在持續(xù)監(jiān)測場景中顯著降低能耗。提供模擬電壓、PWM兩種輸出模式，支持用戶根據應用需求靈活配置參數。
（英文版）
GZ-10 Infrared Photoelectric Converter Product Description
The GZ-10 Infrared Photoelectric Converter is a high-performance electronic component developed with advanced optical sensing technology, designed for industrial automation, intelligent security, and IoT applications. Utilizing precision optical filtering systems and wide-spectrum responsive materials, this device efficiently captures infrared light signals in the 780nm-1100nm wavelength range and converts them into stable electrical outputs. Its modular structure ensures reliable signal conversion accuracy even in complex environments while maintaining installation flexibility and system compatibility.
Equipped with proprietary linear amplification circuitry, the core module significantly improves signal-to-noise ratio in low-light conditions. Through optimized photodiode array configuration, the product achieves ±0.5% linearity error control within a compact footprint (32×18×8mm). Operating reliably across -40℃ to +85℃ with IP67-rated housing, it maintains stable performance in high-humidity and dusty environments. Built-in temperature compensation algorithms automatically adjust measurement deviations caused by environmental variables, ensuring long-term detection consistency.
This converter supports diverse applications including non-contact object detection, optical communication relay, and motion trajectory tracking. It performs precise positioning in automated production lines, enables human activity monitoring in smart building systems, and complies with mainstream industrial control protocols. Featuring optimized power management design, the device consumes only 5μA standby current, effectively reducing energy consumption in continuous monitoring scenarios. Users can flexibly configure parameters through selectable analog voltage or PWM output modes.
（總字數：中文316+英文344=660字）
