Using & Understanding Scientific Cameras: An introductory textbook for scientists, engineers and technicians performing scientific imaging

Scientific cameras are found in a vast array of research and industrial applications, from cell biology to astronomy, and from electronics inspection to high-energy physics. Like all precision measurement tools in science, obtaining good results and knowing what they mean relies upon understanding how scientific cameras operate. From the very basics to advanced concepts, this illustrated introductory textbook is the first work to thoroughly explain everything that scientists and engineers need to know to use scientific cameras effectively. Building from theoretical understanding of how cameras work, this book is full of practical advice for critical decision-making: whether choosing scientific cameras for different applications, optimizing camera settings and parameters based on your imaging needs, or analyzing acquired imaging data. This book will teach you: What sensitivity really means and how to optimize it What pixel size to choose for your application Why ‘gray level’ intensity units are arbitrary, and what you should use instead Where camera noise comes from, and what it means for you Which camera and sensor technologies and capabilities suit your imaging How to measure and benchmark important camera characteristics And much more!