Sony IMX206CQC-C
| Parameters | |
|---|---|
| Series | IMX206CQC-C |
| Mfr | SONY |
| Package / Case | LGA-80 |
| Type | Sensor |
The Sony IMX206CQC-C is a CMOS image sensor chip produced by Sony for a wide range of imaging applications. The IMX206CQC-C has a high definition imaging capability of approximately 16.35M effective pixels, and has a 12-bit digital output to support high resolution still image shooting. The chip is in the LGA-80 package with an Angle of 1/2.3 and typically contains components such as an image sensor array, row drivers, column drivers, timing control logic, AD converter, data bus output interface, and control interface, which are usually integrated on a single silicon chip.
IMX206CQC-C chip features
- High image quality thanks to Sony's Exmor technology, which converts noise-reduced analog signals directly into digital signals when reading pixels, improving noise reduction performance and enabling higher frame rates.
- Global shutter technology, capable of reading all exposed pixels at the same time, suitable for capturing moving objects without distortion.
- Support multiple exposure trigger, can quickly capture multiple images under a single trigger pulse signal, suitable for scenes requiring different image brightness shooting.
Application
Sony IMX206CQC-C chips have a wide range of applications, including but not limited to:
- Drones and action cameras for HD video recording and motion capture.
- Security monitoring to provide high quality image capture for security and monitoring systems.
- Medical devices, which may be used in endoscopes or imaging devices, to provide clear images to aid diagnosis.
- Face recognition, used for authentication of security systems or personal devices.
- Scientific images, which may be used in scientific research areas such as microscopy or astronomical observation.
In addition, the Sony IMX206CQC-C chip can also be used in smart wearable devices, such as sports bands, for daily activity tracking and health monitoring. With the development of technology, it is expected that the next generation of chip technology will provide a wider range of technical possibilities and application scenarios.
