Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

By onsemi
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Any CMOS imaging system consists of an active pixel area and photodetector sections that capture photons and convert them into a very small photocurrent or electrons. Read More


Understanding critical challenges in powering today’s high resolution, high frame rate CMOS image sensors are the key elements in proposing an optimized power system solution with LDO (DC−DC, PMIC) that can meet the requirements of every design engineer. Power system designers need to know how different the power solution is for, let’s say, an 8−megapixel (MP) versus a 50−MP camera, or how the frame rate (30 fps, 60 fps, 120 fps) changes their power design, what are the frequencies that need high PSRR, etc. This paper intends to highlight essential considerations before identifying a solution to power any of today’s image sensors.


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