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Mark carlyle
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- Wavelength period measurement
What sensor to would i use to measure the difference in wave length periods. I want to make a rendered image of somthing that field of view that is being obstructed.
Can you say more about the application? You can use a spectrometer or similar device to measure the absolute wavelengths and just do a numerical subtraction, I suppose. You can make a simple one with a prism or diffraction grating. Are you familiar with those tools?Mark carlyle said:Summary: Wavelength period measurement
What sensor to would i use to measure the difference in wave length periods. I want to make a rendered image of somthing that field of view that is being obstructed.
How low-tech do you want?Mark carlyle said:What sensor to would i use to measure the difference in wave length periods.
I was aiming to see through solid materialDaveC426913 said:How low-tech do you want?
Your eyes do a passable job.
Like Superman?Mark carlyle said:I was aiming to see through solid material
berkeman said:Like Superman?
A sensor to measure differences in light wavelength is a device that detects and measures variations in the wavelength of light. This type of sensor is commonly used in scientific research, photography, and other applications where precise measurements of light are necessary.
Most sensors to measure differences in light wavelength use a photodiode or phototransistor to detect changes in the intensity of light. These devices convert light into an electrical current, which can then be measured and analyzed to determine the wavelength of the light.
A sensor to measure differences in light wavelength has a variety of applications in different fields. It is commonly used in spectroscopy to analyze the chemical composition of substances, in astronomy to study the properties of stars and galaxies, and in environmental monitoring to measure air and water quality.
The accuracy of a sensor to measure differences in light wavelength depends on the quality and calibration of the device. High-quality sensors can have an accuracy of within 1 nanometer, making them suitable for precise scientific measurements. However, lower-quality sensors may have a lower accuracy and may be more suitable for general use.
One of the main advantages of using a sensor to measure differences in light wavelength is its ability to provide precise and objective measurements. It is also a non-invasive method of measuring light, making it suitable for use in sensitive environments. Additionally, these sensors can be used in real-time, allowing for continuous monitoring and analysis of light wavelengths.