What are the requirements for configuring an infrared camera for a camera module?
The specifications for an infrared camera include using a sensor that is sensitive to infrared light, typically a CCD or CMOS sensor, with a wide spectral range to capture both visible and infrared light.
Additionally, there are illumination requirements. The ability of an infrared camera to sense light in its surroundings is called illuminance. This quantity is measured in lux (LUX), and the smaller the value, the higher the camera's sensitivity to light. Typically, an infrared camera has higher illuminance than a regular camera, around 2-3 lux.
Additionally, infrared camera resolution must reach a certain threshold for clear image display. In simple terms, the more CCD pixels a camera has, the higher the image quality will be. Currently, most cameras on the market have between 250,000 and 380,000 pixels, with anything over 380,000 pixels being the high-definition variety.
Choosing the correct lens is essential for infrared cameras to capture clear images. When choosing a lens, factors such as the camera scene, shooting distance, shooting angle, and other considerations must be taken into account.
Finally, stability is key. As the infrared camera operates during the night, it's important to ensure that it can operate steadily in diverse environmental conditions. For this reason, it's necessary to select an infrared camera that has high reliability and stable performance. Additionally, the infrared camera must have the ability to resist interference which may affect the quality of the image.
This means that it should be able to avoid electromagnetic interference, power interference and other external factors.
Choosing the correct infrared camera requires assessing a range of factors, such as sensor, lighting, image quality, lens, reliability, and ability to resist interference. It must be selected and configured based on specific requirements. They should be chosen and configured in accordance with the needs of the user.
Infrared cameras have diverse uses in fields including surveillance, nighttime vision, identifying thermal images, healthcare, monitoring the environment, and scientific research.
The specifications for an infrared camera include using a sensor that is sensitive to infrared light, typically a CCD or CMOS sensor, with a wide spectral range to capture both visible and infrared light.
Additionally, there are illumination requirements. The ability of an infrared camera to sense light in its surroundings is called illuminance. This quantity is measured in lux (LUX), and the smaller the value, the higher the camera's sensitivity to light. Typically, an infrared camera has higher illuminance than a regular camera, around 2-3 lux.
Additionally, infrared camera resolution must reach a certain threshold for clear image display. In simple terms, the more CCD pixels a camera has, the higher the image quality will be. Currently, most cameras on the market have between 250,000 and 380,000 pixels, with anything over 380,000 pixels being the high-definition variety.
Choosing the correct lens is essential for infrared cameras to capture clear images. When choosing a lens, factors such as the camera scene, shooting distance, shooting angle, and other considerations must be taken into account.
Finally, stability is key. As the infrared camera operates during the night, it's important to ensure that it can operate steadily in diverse environmental conditions. For this reason, it's necessary to select an infrared camera that has high reliability and stable performance. Additionally, the infrared camera must have the ability to resist interference which may affect the quality of the image.
This means that it should be able to avoid electromagnetic interference, power interference and other external factors.
Choosing the correct infrared camera requires assessing a range of factors, such as sensor, lighting, image quality, lens, reliability, and ability to resist interference. It must be selected and configured based on specific requirements. They should be chosen and configured in accordance with the needs of the user.
Infrared cameras have diverse uses in fields including surveillance, nighttime vision, identifying thermal images, healthcare, monitoring the environment, and scientific research.