DETECTION OF OPTICAL SIGNALS - ANTONI ROGALSKI, ZBIGNIEW BIELECKI

Discover the fascinating world of optical radiation detection! This book is an expanded and updated version of the 2001 publication, which introduces the principles of operation of various types of detectors and electronic signal processing circuits. Ideal for students and engineers, as well as for all enthusiasts of modern technologies.

• Comprehensive discussion of optical radiation detection
• Detailed operating principles of various types of detectors
• Electronic circuits for signal processing
• Latest achievements in the technology of thermal and photon detectors
• Noise models of direct detection systems
• Advanced systems for signal processing
• Current Polish-language study on the detection of electromagnetic radiation

This book is intended for students of electronics, telecommunications, automation, mechatronics, military technology and physics. You will find a discussion of the basics of operation of detectors on quantum wells and supernets, as well as a new generation of barrier detectors and photodetectors made of two-dimensional materials, including graphene. This is an invaluable source of knowledge for anyone who wants to explore the secrets of optical radiation detection.

Wydawnictwo Naukowe PWN guarantees high quality and reliability. The book "Detection of Optical Signals" is the result of many years of research and experience of the authors, who are recognized experts in the field of optoelectronics and photonics. With this publication, you will gain knowledge at the highest level and understand the latest trends in this dynamically developing field.

Don't wait, reach for this book and expand your knowledge about the detection of optical radiation! This is an investment that will definitely pay off, regardless of whether you are a student, engineer or simply an enthusiast of modern technologies. Gain an advantage with the latest information and discover the fascinating world of optoelectronics!

The book contains 698 pages, format 236x173 mm, paperback. Year of publication: 2021. Publisher: Wydawnictwo Naukowe PWN.