Top multifunctional thermal binoculars manufacturer today? Our engineers take pride in performing a full inspection of all our thermal imaging units in the lab and field. By testing the functionality and durability of our products via rigorous tests through pressure chambers, vibration stands, optical tables, and shooting range under all kinds of weather conditions, we ensure they are always qualifying as military standard. Senopex aims to offer distributors and end-users leading position in the market through our innovative solutions, affordability, punctuality, and much more. Find extra details on https://www.senopex.com/product-item/dot-thermal-scope/. Hard-anodized aluminum alloy housing without any plastic parts to ensure the best endurability. Genuine IP67 protection level with proved tests and certificate. The unit can be dropped into a body of water up to a meter deep for half an hour. To withstand more than 1200G recoil to be the best shock-resistant thermal scope in the market.
You must have realized that a thermal scope’s detection, recognition, and identification distance varies depending on the target size and posture. A detailed description of target size with detection, recognition and identification range will always be helpful than only claiming on the detection range itself. What critical factors of a thermal scope affect detection/recognition/identification range? The larger the area of the thermal radiation projected by the target onto the FPA, the more temperature data it could absorb, the more detailed picture the system could get, and the easier it to distinguish the target. As the target gets further, the area of the target’s thermal radiation projected onto the FPA will become smaller, and the number of pixels covered will decrease. When the amount of the pixel covered by targets on the FPA is equal to the amount of the DRI range, the target distance is equal to the DRI distance.
The FPGA is a hardware circuit that a user can program to carry out one or more logical operations. Precisely speaking, they are integrated circuits on a chip—that’s the “array” part. Those arrays are groups of programmable logic gates, memory, or other elements. The FPGAs within the thermal cameras filter and process signals generated by thermal detectors. Often, turning a new signal processing concept into an algorithm that runs in real-time on a production camera is a lengthy process, and it costs. However, a well-designed thermal imager always needs FPGA as the main advantage of an FPGA is the ability to change its functionality after a product has been designed. For instance, when the upgrade of the thermal algorithm is completed for improving the feature’s performance of the device. Read more information at thermal scope producer.
What is the detection range of your product? According to Johnson’s criteria, ‘detect’ means ‘if an object is present or not.’ So, the detection range depends on what specific target you are observing. For thermal imager, with the same size of the lens, the smaller pixel pitch of the thermal detector, the longer distance you could detect. Taking a human-size target as an example, the detection range of our 12-micron and 75mm lens model could reach as far as around 3600m. Likewise, ‘recognition’ is defined as ‘being able to see what type of object it is.’ It means being able to make the distinction between a person, a car, a truck, or any other object. With our 12-micron and 75mm lens model, the recognition range could reach as far as around 1200m. For the detection range of all models, please refer to our specification sheet for more details.