그만큼 AR0230CS is a 1/2.7 inch CMOS digital image sensor with an active pixel array of 1928 (H) x 1088 (V). It captures images in linear or high dynamic range mode, with rolling shutter readout. It includes sophisticated camera features such as pixel binning, windowing, and video and single frame modes. It is designed for low light and high dynamic range scene performance. It is programmable through a simple two-wire serial interface. The AR0230CS produces very clear, crisp digital images and is capable of capturing both continuous and single frame video, making it a perfect choice for a wide range of applications including surveillance and HD video.
Applications:
비디오 감시
1080p60 (Surveillance) Video Applications
High Dynamic Range Imaging
Dogoozx AR0230 camera module recommendation:
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Dogoozx 2MP AR0230 1080P H264 지원 IR LED HDR USB 캡처 번호판 카메라 모듈
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Dogoozx 2MP AR0230 OV2710 1080P 왜곡 없음 쌍안경 얼굴 인식 카메라 모듈
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Dogoozx가 개발한 UAV 모니터링 AR0230 USB 2.0 카메라 모듈 H264 와이드 다이내믹 1080P 60fps 30FPS
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Dogoozx 2MP HDR AR0230 1080P USB 플러그 앤 플레이 저조도 미니 스마트 홈 카메라 모듈
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Dogoozx 1080p 2MP AR0230 인간 눈의 3D 깊이 감지를 위한 무료 드라이버 쌍안경 카메라 모듈
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Dogoozx 1080P AR0230 OV2710 HDR 승객 목격자 비교 쌍안경 카메라 모듈 USB
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Frequently asked questions and answers about the AR0230 image sensor are as follows:
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1. What are the basic specifications of the AR0230 image sensor?
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에이: The AR0230 is a 1/2.7-inch CMOS digital image sensor with an effective pixel array of 1928(H) x 1088(V). It supports linear or high dynamic range (HDR) modes with rolling shutter readout. The sensor is suitable for low-light and high dynamic range scenes and can be programmed via a simple two-wire serial interface. (Information source: References 3, 6, 7)
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2. What is the operating temperature range of the AR0230?
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에이: The operating temperature range of the AR0230 is between -30℃ and 85℃. It should be noted that when used in high temperature environments, ensure that the device has sufficient heat dissipation measures to avoid affecting the performance and life of the sensor due to excessive temperature. (Information source: Reference 2)
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3. How to solve the problem of AR0230 image redding in low-light environment?
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답변: In low-light environment, AR0230 image sensor may have image redding problem. This is usually caused by increased gain and dark current. Ways to solve this problem include:
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Adjust the gain and dark current settings, but this may have limited effect. (Information source: Reference article 1)
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Try to use different image processing algorithms or filters to optimize image quality.
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Check and optimize the sensor's exposure time and white balance settings.
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If the problem persists, you may need to consider replacing a higher-performance image sensor or optimizing the entire imaging system.
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4. What is the frame rate of AR0230?
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답변: The maximum frame rate that the AR0230 image sensor can achieve is 60FPS (frames per second). The specific value of the frame rate may be affected by the sensor's operating mode, exposure time, and other factors. (Information source: Reference articles 2, 4)
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5. What gain modes does AR0230 support?
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답변: AR0230 supports two gain modes: LCG (low conversion gain) and HCG (high conversion gain). LCG mode is suitable for high-brightness environments, while HCG mode is used in low-light environments. The switching of these two modes is based on the size of the analog gain. When the analog gain is greater than or equal to 2.7X, the HCG mode needs to be used. In addition, in HDR mode, it is also necessary to set AdaCD (adaptive color noise filter) according to the gain to suppress color noise. (Information source: Reference articles 2, 4)
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6. What is the package form of AR0230?
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답변: The package form of AR0230 is iBGA 80Pin, and the package size is 10mm x 10mm. The pads are circular with a diameter of 0.5mm, a total of 80, arranged in a 9×9 manner, without A1 pads, and the center distance of the pads is 1mm. (Information source: Reference article 5)
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7. What application scenarios are AR0230 suitable for?
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답변: The AR0230 image sensor is suitable for a variety of application scenarios due to its high definition, low light and high dynamic range performance, including but not limited to monitoring, high-definition video recording, industrial cameras, medical imaging, etc. It can capture continuous video and single-frame images at the same time to meet a variety of imaging needs.