The cooled infrared detector assembly consists of three parts: a focal plane detector chip, a metal micro Dewar, and a Stirling refrigerator. The focal plane detector chip is composed of a photovoltaic HgCdTe/MCT two-dimensional detector array coupled with a silicon readout circuit. Cooled MWIR Camera Module adopts an all-metal micro Dewar packaging and is equipped with an integrated Stirling refrigerator to achieve the overall connection between the micro Dewar and the Stirling refrigerator. This highly integrated design ensures the Exatimes cooled MWIR camera module offers a compact and rugged package, with the competitive cooled thermal camera price further enhancing its cost-performance advantage, making it ideal for applications with strict size, weight, and power (SWaP) constraints. The closed-loop temperature control of the stirling refrigerator can be achieved through temperature sensors, which can meet the requirements of use for the mwir camera module. As a key component, the Cooled mwir camera module delivers reliable high-sensitivity imaging in demanding thermal detection scenarios.

Technical Specification of Cooled MWIR Camera Module

The cooled ir camera module is a high-performance thermal imaging solution for diverse applications. Featuring advanced infrared detection and efficient cooling, this versatile laser imaging module delivers exceptional sensitivity and precision, making the mwir camera module an invaluable tool for security, surveillance, and scientific research—with the competitive cooled thermal camera price further boosting its cost-performance advantage in these fields. The technical specifications highlight the module's impressive capabilities, including high resolution, wide dynamic range, and advanced image processing. For applications demanding superior thermal sensitivity and stability, the cooled thermal camera Module stands out as a core solution. Exatimes' cooled MWIR camera module integrates seamlessly into a variety of systems, providing users with a reliable and powerful imaging solution. For a cooled thermal camera price quotation, specify the required lens configuration and host-system interfaces, and ask EXATIMES to confirm the applicable output version. Refer to the chart below to find specifications that match your particular requirements.

When planning the power supply and start-up sequence for the Cooled MWIR Camera Module, account for the specified 11 W cooling-stage consumption versus 5 W stable operation, with a listed cooling time of up to 7 minutes at room temperature.

Features of Cooled MWIR Camera Module

1. Simple development and easy integration

Cameralink interface outputs 16-bit RAW data, serial control.

Unibody design with the same dimensions as the detector.

2. Efficient, safe, wide-area gas leak detection solution

Remote, non-contact, visual gas detection.

Detects alkanes, alkenes, alcohols, benzenes, ketones, and many other gases.

3. Designed for user needs

Supports 12V power supply version, favoring explosion-proof certification.

As a trustworthy and reliable thermal camera manufacturer, we provide you with handheld laser measuring device.

EXA-I series all-weather medium-distance 200w e27 bulb surveillance camera adopts the national production design, which is able to continuously and clearly output true color 1080P high frame rate images under super starlight conditions (1×10-4 Lux). Combined with a China color night vision camera system, this setup enables real-time long-distance observation, automatic photo capture, and video recording during intrusion events. The network also supports the automatic transmission of intrusion images and video information, making it ideal for all-weather, medium- and long-distance surveillance needs.

Technical Specification of color night vision poe camera

Applications of day and night color cctv camera

Support network digital multi-functional, applicable to airports, railroads, ports, waterways, borders, coastlines, road junctions and other key points of 24-hour unattended or intelligent control.

For more information about cctv night colour and cooled thermal camera price, please feel free to contact us!

If you are looking for a reliable infrared camera company, please contact us.

EXA-HD10PU handheld laser rangefinder is a new generation of military telescope rangefinder with modern electronics, optics, and laser technology to accurately measure distance, has a small size, lightweight, long-range, easy to operate, small ranging error, good sealing performance, high reliability, etc. It is suitable for distance measurements in the fields of waterways, river beds, postal and electrical cables and power cables erected, oil fields and mines, railroads, highway construction, etc. As a high-performance 10km laser rangefinder, this handheld laser measure module features a standard RS232 serial interface and mechanical coupling for easy signal transmission, enabling pairing with a goniometer to determine the target's orientation.

Technical Specification of 10km laser rangefinder

Features of 10km Handheld Laser Rangefinder

Remote measurement without cooperative targets;

Nd: YAG laser, wavelength 1.064 microns

Effective measuring range of 6000 meters or more;

Measurement accuracy of 0.5 meters;

Two targets can be measured by one laser;

Digital distance selection pass arbitrarily optional;

Horizontal angle of the target, height measurement;

Night aiming crosshairs backlight illumination;

10 target data storage, access;

Laser work times statistics;

RS232 data interface;

Sealed waterproof, anti-vibration;

Operating temperature -40℃～+55℃.

For more information about cooled thermal camera price, please feel free to contact us!

If you are looking for a reliable thermal camera company, please contact us.

EXATIMES anti uav device offers a comprehensive solution for drone detection and interference. The UAV Detection System is designed to accurately identify and track unauthorized drones, ensuring the security of sensitive areas. The Drone Jammer Gun, on the other hand, provides an effective countermeasure, disrupting the drone's control signals and forcing it to land or return to its point of origin. Together, the anti jammer drone offers a robust defense against the increasing threat of drone intrusions.

EXATIMES ANTI-UAV DEVICES TYPES

UAV Detection System

Drone Jammer Gun

UAV Defense System

Understanding the Technology Behind Anti-UAV Devices

Anti-Unmanned Aerial Vehicle (UAV) devices, also known as drone defense systems, are designed to detect, track, and neutralize drones that pose a security risk. The technology behind these devices is complex and multifaceted, combining radar systems, radio frequency (RF) scanners, and jamming techniques. The UAV Detection System and drone jammer gun for sale at Exatimes are designed to meet diverse technological requirements.

Radar systems are used to detect and track the movement of drones in the airspace. They emit radio waves that bounce off objects in their path, and by analyzing the reflected signals, they can determine the location, speed, and direction of a drone.

RF scanners, on the other hand, are used to detect the communication signals between a drone and its controller. By scanning a wide range of frequencies, these devices can identify drones based on their unique signal characteristics.

Once a drone is detected, anti-UAV devices can neutralize it using various methods. One common method is jamming, which involves emitting a strong signal on the same frequency as the drone’s control signal, effectively disrupting its communication with the controller. This anti-UAV device can cause the drone to lose control and either land or return to its point of origin.

In conclusion, the technology behind anti-UAV devices combines advanced detection and neutralization methods to provide a comprehensive solution for drone defense.

The Evolution and Future of Anti-UAV Devices

The evolution of anti-Unmanned Aerial Vehicle (UAV) devices has been driven by the rapid advancement and proliferation of drone technology. Initially, these devices were rudimentary, often limited to basic detection capabilities. However, as drones became more sophisticated and widespread, the need for more advanced anti-UAV device systems became apparent.

Modern anti-UAV devices now incorporate advanced radar systems, radio frequency (RF) scanners, and jamming techniques to detect, track, and neutralize drones. They can handle a wide range of frequencies and are capable of disrupting the communication between a drone and its controller, forcing it to land or return to its point of origin.

Looking ahead, the future of anti-UAV devices is likely to be shaped by several key trends. Firstly, as drones continue to evolve, anti-UAV systems will need to keep pace, incorporating new detection and neutralization methods to handle more advanced drone technologies.

Secondly, as the use of drones expands into new areas such as delivery services and traffic management, the need for anti-UAV systems in urban environments will increase. This will require devices that can operate effectively in complex urban landscapes, where buildings and other structures can interfere with detection and jamming signals.

Finally, as the threat of malicious drone use grows, there will be a greater emphasis on developing anti-UAV systems that can respond quickly and effectively to drone intrusions, minimizing the potential for damage or disruption.

In conclusion, the evolution and future of anti-UAV devices will be driven by the ongoing advancement of drone technology and the expanding range of drone applications, requiring continual innovation and adaptation.

For more information about lightning shield portable anti uav jammer and laser distance meter module, please feel free to contact us!

There are many thermal imaging manufacturers, but we are one of the best choices for you.

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