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

MT9P014D00C28C-N3001-200 Application Field and Working Principle

The MT9P014D00C28C-N3001-200 is an image sensor, which uses a CMOS (Complementary Metal–Oxide–Semiconductor) active pixel sensor technology to detect motion and determine object characteristics. This technology enables it to capture still and video images in both color and monochrome formats. The MT9P014D00C28C-N3001-200 is commonly used in video cameras, digital cameras, and mobile phones.

The MT9P014D00C28C-N3001-200 is composed of a pixel cell and a memory cell. Each pixel cell contains a single photodetector. The photodetector is typically composed of one, two, four, or eight transistors. The memory cell is composed of several transistors that surround each photodetector and store the data captured from the photodetector in digital form. The MT9P014D00C28C-N3001-200 also has other supporting circuitry such as drivers and amplifiers, and can be further enhanced by implementing on-chip analog-digital conversion.

The MT9P014D00C28C-N3001-200 consists of an array of 4208x3096 pixels, with a pixel pitch of 1.2μm. It also has an active pixel size of 1.3μm and a fill factor of 86%. The device can capture video images at a maximum rate of 60 frames per second and is capable of capturing still images at a resolution of 4K (4096x3072).

The MT9P014D00C28C-N3001-200 can be programmed to include image processing algorithms. These algorithms are designed to improve image quality and reduce power consumption. Examples of such algorithms include noise reduction, contrast adjustment, in-pixel histogram equalization, and edge enhancement. The algorithms can also be used to reduce the chromatic noise that often occurs in low light settings.

The MT9P014D00C28C-N3001-200 can be used in various applications. These include endoscopy, microscopy, digital frame capture, machine vision, and facial recognition. In addition, the sensor can be used in surveillance and medical imaging systems. It can also be used in traffic cameras, traffic sensors, and industrial camera systems.

The principle of operation of the MT9P014D00C28C-N3001-200 is based on the semiconductor diode. When light strikes the active pixel cell, the photodetector captures the light and an electrical current is generated. The amount of current generated depends on the intensity of the light and the area of the pixel cell. The current is then sent to a memory cell, where it is stored in digital form. This digital information can then be processed by the image sensor to create an image.

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