Innovations in thermal imager pixel pitch technology facilitate new visual upgrades
Sales Engineer: Grace Gao
Email: grace@bri-elec.com
WhatsApp: 0086-199 2997 5286
In today's information age, the continuous development of technology has brought a lot of convenience and fun to our lives. As an innovative achievement in the field of modern science and technology, thermal imaging technology has led us into a new visual era.
The core of thermal imaging technology is to detect the infrared heat energy radiated by objects, convert it into digital signals, and present them to us after being processed by special algorithms. The pixel pitch is an important parameter that determines how fine and accurate the thermal imaging instrument can provide image output.
First of all, pixel spacing refers to the distance between pixels in the thermal imager. The importance of this parameter is that it can directly affect the resolution and detail performance of the image. The smaller the pixel spacing, the more detailed information the thermal imager can capture, and the image can also present a clearer and more realistic picture. Whether looking for hidden targets in military reconnaissance or monitoring suspicious activities in the security field, small pixel spacing can provide more reliable image data and improve the accuracy of judgment and decision-making.
Secondly, the pixel spacing is also of great significance to the measurement accuracy of the thermal imager. A thermal imaging camera obtains a heat map by measuring infrared radiation from an object's surface and converts it into a visible image. If the distance between pixels is large, the temperature information captured by the thermal imager will become blurry. The pixels with small spacing can provide more data points, making the measurement results more accurate. Therefore, small pixel spacing is essential in thermal imaging camera applications that require high-precision measurements.
In addition, small pixel spacing can also improve the real-time performance of thermal imaging cameras. In many application scenarios, such as fire rescue, medical diagnosis, etc., time is a very important factor. Small pixel spacing can increase the frame rate of the thermal imager, making the image refresh faster, and users can observe the thermal state changes of the target in a more timely manner. This is extremely helpful in taking quick action, decision-making and disposal.
The pixel spacing of traditional thermal imaging instruments is usually large, resulting in low image accuracy, difficulty in capturing details, and inability to accurately detect some subtle temperature changes. However, our Brilliance factory continues to make progress and breakthroughs, launching a series of advanced thermal imaging instruments with smaller pixel spacing.
These new generation thermal imaging instruments not only display clearer and more realistic images, but also have more possibilities in application fields. Compared with traditional thermal imaging technology, these new generation instruments are lighter, more portable, and more flexible and convenient to use. Through the continuous reduction of pixel spacing, the resolution and accuracy of thermal imaging images have also been greatly improved, allowing users to better analyze and judge.
To sum up, the pixel spacing plays an important role in thermal imaging camera technology. It is directly related to the resolution, detail performance, measurement accuracy and real-time performance of the thermal imager image. Therefore, when purchasing thermal imaging camera equipment, we should pay attention to this parameter and choose the appropriate pixel spacing according to specific application requirements. Only appropriate pixel spacing can provide us with better quality heat maps, allowing us to grasp information more accurately, make decisions, and exert greater value in various industries.
Sales Engineer: Grace Gao
Email: grace@bri-elec.com
WhatsApp: 0086-199 2997 5286
