VCNL4010-GS18

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The VCNL4010-GS18 is a sensor that can measure ambient light and infrared radiation (IR). It is a type of optical sensor which belongs to the family of ambient light, IR, and UV sensors. It is developed by Vishay Semiconductors to provide reliable and accurate measurements of ambient light and infrared radiation in a wide variety of applications.

The VCNL4010-GS18 utilizes a multi-element photodiode array (MEPA), which is composed of a light-sensing layer and an infrared-sensing layer. The light-sensing layer is made up of four photodiodes, which are sensitive to visible light. The infrared-sensing layer comprises one photodiode that is sensitive to infrared radiation. This MEPA is used to measure the intensity of light and infrared radiation in its environment.

The integrated optical sensing and compensation machinery of the VCNL4010-GS18 makes it an ideal choice for use in various applications, such as medical, automotive, and agricultural. It is capable of measuring light and infrared radiation from 0.2 lux up to 18,000 lux with a resolution of 1.38 microlux. It can also measure infrared radiation from 0.12 μm to 375 μm.

The working principle of the VCNL4010-GS18 is based on the photoelectric effect. In this process, the sensor absorbs the light and infrared radiation from its environment and converts it into electrical signals, which can then be read by the microcontroller. The photoelectric effect is used to measure the intensity of light and infrared radiation in a given environment.

The VCNL4010-GS18 utilizes an Average Intensity (AI) range technique, which is used to measure the average intensity of light and infrared radiation. The AI range technique is based on the averaging of the photodiode signals to detect the average intensity of light and infrared radiation in the environment.

The VCNL4010-GS18 also utilizes a bandpass filter, which is used to filter out unwanted light and infrared radiation. The bandpass filter is used to reduce the effects of interference from ambient light sources and to enhance the accuracy of the measured values.

The VCNL4010-GS18 is also equipped with four different addressable I2C registers, which can be used to control the sensor parameters and the measured values. The I2C registers can be used to adjust the integration time, range, and maximum/minimum values.

The VCNL4010-GS18 also offers support for an Interrupt Output Register, which allows the user to program the behavior of the sensor when a certain level of light and infrared radiation is detected. This feature allows the user to control the response of the sensor in relation to the detected levels of light and infrared radiation.

The VCNL4010-GS18 can be used in a wide variety of applications, including medical, automotive, and agricultural. It is an ideal choice for applications that require reliable and accurate measurements of ambient light and infrared radiation. With its integrated sensing and compensation machinery, the VCNL4010-GS18 is an ideal solution for applications that require precise measurements of light and infrared radiation.

The specific data is subject to PDF, and the above content is for reference