FA11205_TINA-D Optoelectronics

FA11205_TINA-D applications and working principle

The FA11205_TINA-D (Tina-D Passive Infrared Sensor) is an infrared optical imaging lens that works based on the principle of passive infrared sensing, enabling it to detect and capture thermal infrared radiation from an object or scene. This makes it suitable for applications such as real-time surveillance, security, human-computer interaction, medical imaging, and traffic control.

FA11205_TINA-D can be used in both indoor and outdoor applications. It is a compact and lightweight lens that uses an advanced optical imaging system to deliver accurate and efficient results. It also offers superior image resolution and color response compared to other lenses in its class. In addition, the lens offers a wide 40-degree field of view, making it ideal for applications in tight and confined spaces where a wide field of view is needed.

The lens works by detecting thermal radiation from an object or scene using an array of infrared sensors, which are sensitive to the infrared spectrum. The infrared signals are then processed by a specialized imaging processor to generate a digital image. The lens can detect infrared signals from a distance of up to fifty meters. This makes it suitable for applications where an extended detection range is needed.

The lens is also able to detect objects in all lighting conditions, making it effective for a wide range of applications. Furthermore, its advanced optical and processor design make it energy efficient, allowing for extended operating times without the need to recharge or replace the battery.

The FA11205_TINA-D also offers excellent accuracy and image quality. It is able to capture details down to ten microns, making it ideal for capturing small objects or fine details. Additionally, the lens is able to effectively capture dynamic or moving objects, making it suitable for ensuring the safety of people or objects in motion.

Overall, the FA11205_TINA-D is an excellent choice of passive infrared optical imaging lens for any application that needs to capture infrared radiation. It offers superior image resolution and a wide detection range, making it suitable for applications in both outdoor and indoor environments. In addition, its advanced processor and optical design make it energy efficient, allowing for longer operating times without the need to recharge or replace the battery.