CMOS Image Sensors

1142 CMOS Image Sensors from 39 manufacturers listed on GoPhotonics

CMOS Image Sensors from the leading manufacturers are listed below. Use the filters to narrow down on products based on your requirement. Download Datasheets, Compare products and Request Quotations. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.

Resolution:
5215 (H) x 4927 (V)
Supply Voltage:
analog 2.8 V, digital 1.2 V, I/O 1.8
Chroma:
RGB
Frame Rate:
60 Frames/sec
Package Type:
LGA
Application:
DSC
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Description: CMOS Image Sensor, Global Shutter, 20.2 MP
Pixel:
20.2 MP
Resolution:
4500 (H) x 4500 (V)
Chroma:
Monochrome, Bayer Color
Frame Rate:
up to 58 fps
Shutter Type:
Global Shutter
Package Type:
ĀµPGA
Application:
Security Cameras, Inspection Systems
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Description: 2 MP CMOS Image Sensor for Vehicles Mitigates LED Flicker
Pixel:
2 MP
Resolution:
1928 (H) x 1084 (V)
Supply Voltage:
1.2 to 2.8 V
Chroma:
Color
Frame Rate:
60 fps
Package Type:
PBGA
Application:
Automotive viewing cameras
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Description: 3.2 Mega-Pixel CMOS Image sensor for Machine Vision & Security Applications
Resolution:
2048(H) x 1536(V)
Chroma:
Color, B/W, Monochrome
Frame Rate:
68 fps@10 Bits
Shutter Type:
Global Shutter
Package Type:
CLGA, Ceramic, BGA
Application:
Embedded vision systems, Factory automation, Intel...
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Resolution:
4112 (H) x 2248 (V)
Chroma:
RGB
Frame Rate:
60 Frames/sec
Shutter Type:
Rolling Shutter
Application:
3D Scanning, Ultra high resolution imaging, Drones...
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Resolution:
4096 (H) x 4096 (V)
Supply Voltage:
5 V for analog, 1.8 V for digital
Chroma:
Monochrome
Frame Rate:
9 Frames/sec
Shutter Type:
Rolling Shutter
Package Type:
PGA
Application:
Astronomy, X-ray Imaging, High Energy Physics, Hig...
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Description: A Fast and Responsive 4K Dual Line Color CMOS Imaging Sensor
Resolution:
4120 (H) x 2 (V)
Chroma:
Color
Shutter Type:
Global Shutter
Package Type:
Chip
Application:
Food sorting, Web Camera, Document scanning
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Resolution:
1928 (H) x 1088 (V)
Supply Voltage:
1.2 to 3.3 V
Chroma:
RGB
Frame Rate:
30 Frames/sec
Package Type:
CLCC
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Pixel:
0.922 MP
Resolution:
1280(H) x 720(V)
Supply Voltage:
1.7 to 3.3 V
Chroma:
RGB
Frame Rate:
30, 60 fps
Shutter Type:
Electronic rolling shutter (ERS)
Package Type:
Die, Chip
Application:
Surveillance HD-CCTV Camera, Surveillance IP Camer...
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Description: Color CMOS 64-Megapixel (9248x6944) Image Sensor with PureCelĀ®Plus-S Technology
Resolution:
9248 (H) x 6944 (V)
Supply Voltage:
1.1 to 2.8 V
Chroma:
RGB
Frame Rate:
15 fps
Shutter Type:
Rolling Shutter
Package Type:
COB, RW, Die
Application:
Smart Phones, Video Conferencing, PC Multimedia
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Selecting CMOS Image Sensors

CMOS Image Sensors are semiconductor devices that are used to capture images and videos. Cameras in all smart phones, laptops and other portable devices are developed using these devices. Until recently, Charge Coupled Devices (CCDs) dominated most image sensing systems. However of late, CMOS Imaging has emerged as an alternative to CCD imagers due to its size, performance and pricing.

A CMOS Image sensor consists of an array of pixel sensors, each pixel has an amplifier integrated in to it. This allows for a parallel reach out, where each pixel can be addressed individually. When light/photons fall on the pixel/sensor, they are converted to a digital signal based on the intensity of the photon. The intensity of the photon varies based on the wavelength of the light. This data is then processed by microprocessor and converted in to an image.

When selecting a CMOS Image Sensor, the following parameters are important:

Pixels: Each image consist of a number of pixels, the larger the number of pixels the sharper the image. Most camera phones now have over 5 Mega Pixels which translates to 5 Million Pixels.

Supply Voltage: This is the voltage that the CMOS Image sensor requires to operate. If the Image sensor is integrated in to a mobile device, it is important that the operating voltage be low, like 3 V so that it can be powered by the common battery of the device.

Resolution: The resolution is the capability of a sensor to observe an object with distinct boundaries. The resolution of an image sensor depends on the size of the pixel, i.e the smaller the pixel the higher the resolution and the clearer the image taken.

We at GoPhotonics have listed CMOS Image sensors from the leading manufacturers in the industry. Use the filters like Pixels, Resolution, Voltage and Package Type to narrow down on sensors based on your requirement. This is the largest online database of Image sensors on the internet.