"索尼IMX307数据手册:高敏感度CMOS图像传感器"

需积分: 44 96 下载量 114 浏览量 更新于2024-01-11 收藏 2.09MB PDF 举报
The IMX307LQD-C is a CMOS solid-state image sensor manufactured by Sony. It is designed for use in color cameras and features a diagonal measurement of 6.46 mm, equivalent to a Type 1/2.8 sensor size. The sensor employs a square pixel array and has an effective pixel count of 2.13 million. One of the key features of the IMX307LQD-C is its low power consumption. It operates with three different power supply voltages: analog at 2.9 V, digital at 1.2 V, and interface at 1.8 V. This efficient power management makes it suitable for battery-powered devices or applications where power efficiency is crucial. The sensor also boasts high sensitivity, ensuring excellent image quality even in low-light conditions. This is particularly important in applications such as surveillance systems or security cameras where clear images are needed regardless of the lighting conditions. Additionally, the IMX307LQD-C delivers low dark current and no smear. Dark current refers to the random generation of electric signals in the absence of light, which can result in noise in the image. The low dark current of this sensor minimizes such noise, enhancing the overall image quality. Moreover, the absence of smear ensures that moving objects captured by the sensor are accurately represented without any distortion or blurring. The IMX307LQD-C sensor is designed, specifically, for color cameras, which means it is capable of capturing vibrant and accurate colors. This is achieved through the adoption of the R, G, and B color filters, which allow the sensor to distinguish different colors and reproduce them faithfully. Overall, the IMX307LQD-C is a high-performance CMOS image sensor ideal for a wide range of applications, including surveillance systems, security cameras, and consumer electronics. Its low power consumption, high sensitivity, low dark current, and accurate color reproduction make it a reliable choice for capturing high-quality images in various conditions.