What are the common sizes of display screens for nuclear radiation detectors? The following 4 are essential!
The display screen of nuclear radiation detectors plays an important role in fields such as nuclear energy, healthcare, and environmental monitoring. Different application scenarios have different requirements for screen size, so it is crucial to understand common sizes and their advantages.
2-inch display screen
The 2-inch nuclear radiation detector display screen is a smaller size option, with resolutions of 480 * 320, 320 * 240, and MIPI interface, RGB, TTL interface, etc.
2.4 inch display screen
The display screen of nuclear radiation detectors often uses a 2.4-inch display screen, with resolutions of 240 * 320 and 480 * 640, as well as MIPI interface, RGB, TTL interface, etc.
2.8 inch display screen
The 2.8 inch nuclear radiation detector display screen is also a common small size, with commonly used resolutions of 240 * 320, 480 * 640, and interfaces such as 4-SPI, MIPI, MCU, etc.
3.5 inch display screen
The 3.5-inch display screen is also a commonly used type of nuclear radiation detector, with resolutions mainly including 320 * 240, 480 * 854, 320 * 480, 480 * 800, and interfaces such as TTL MIPI RGB.
The above four small-sized nuclear radiation detector displays are suitable for mobile detection instruments, such as handheld dose measuring instruments. This size of display screen has the characteristic of being lightweight and flexible, easy to operate, and easy to carry. Especially in outdoor environments, using small-sized displays can improve the portability and practicality of detection instruments.
In summary, there are different common sizes of display screens for nuclear radiation detectors, each with its unique advantages and applicable scenarios. Whether focusing on portability or displaying a large amount of information, you can choose the appropriate size according to your needs. Understanding the characteristics of different sizes will help users better choose the display screen of nuclear radiation detectors, thereby improving work efficiency and detection accuracy.
