Assisting Night Vision Device Applications | Promoting the Development of Smart Military Instruments
Military night vision goggles exemplify high-tech empowerment of individual combat and are essential equipment for modern militaries. They significantly enhance soldiers' situational awareness, mobility, and combat capabilities in darkness or low-light environments. They have revolutionized nighttime combat and are crucial for modern militaries to gain information advantage and initiative on the battlefield.
The core principle of military night vision devices is to enhance weak light, primarily image-intensified devices.
The most common core operating principles are:
Photon collection: The objective lens collects extremely weak ambient light.
Photoelectric conversion: Light strikes the photocathode, converting photons into electrons.
Electron multiplication: Electrons are accelerated and multiplied by collisions in the microchannel plate, generating a large number of electrons.
Fluorescence imaging: The multiplied electrons strike a fluorescent screen, stimulating the phosphor to emit a bright green light.
Eyepiece observation: The human eye sees a bright, magnified image of the target on the fluorescent screen through the eyepiece.
Most modern military night vision devices typically operate at a core voltage of 3V. This higher voltage helps drive the image intensifier tubes in the device, providing brighter, clearer images. Using a CR123A battery for powering the device is therefore the optimal choice.
High-quality products ensure performance and safety. CR123A maintains excellent performance even in extreme environments (cold, hot, humid, and vibrating).
Power Glory perfectly responds to the cyclical changes in demand for military night vision devices, from the zeroth generation that relies on active light sources, to the third/fourth generation image intensifier tubes with passive low-light enhancement, and then to technology integrated with thermal imaging. We have always focused on improving soldiers' ability to "see" in the dark, supplying more stable and reliable power supplies, and promoting the development of smart military equipment.
