ZOPT2201CC5WES

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The ZOPT2201CC5WES is an ambient light, infrared, and ultraviolet sensor that is engineered to accurately measure the levels of these invisible objects’ luminance.

The sensor is generally used in applications where there is a need for accurate and precise measurement of ambient light and radiation from infrared and ultraviolet sources. Examples of this type of application include controlling the brightness of monitors and screens, monitoring solar cell output, and measuring the intensity of ultraviolet radiation for medical and industrial applications.

The ZOPT2201CC5WES is designed mainly for industrial applications. It has both robust and compact construction that can integrate into most systems without taking up too much space. The sensor also features adjustable parameters for optimal performance. It can measure light from a range of 12 μW/cm2 all the way up to 12 MW/cm2, and can accurately detect changes in light levels of 0.5% or less. Furthermore, the ZOPT2201CC5WES is capable of detecting temperature down to 0.1 ℃ for better accuracy.

The working principle of the ZOPT2201CC5WES is based on a simple principle. It is composed of a photodiode that is sensitive to different types of light, a calibration resistor, and a signal amplifier. The photodiode is positioned at an angle in relation to the light source. This configuration allows the photodiode to detect the light and convert it into an electrical signal. The calibration resistor is used to adjust the gain of the signal. The signal amplifier then amplifies the electrical signal to the desired levels, making it suitable for interfacing with other systems. This signal is then used to control the brightness of the display or monitor or to measure the intensity of the ultraviolet radiation.

The ZOPT2201CC5WES is a versatile and reliable optical sensing solution that is rugged and able to withstand harsh environments without sacrificing accuracy. With its integrated calibration resistor and adjustable parameters, it is an ideal choice for a wide range of industrial applications. The sensor is also capable of sampling both infrared and ultraviolet light, making it equally suitable for measuring radiation in these spectral bands.

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