This book investigates the design and modeling of bipolar and MOS current-mode logic circuits. It provides a comprehensive analysis of current-mode logic (CML) architectures, focusing on their advantages in high-speed digital applications. The work details the fundamental principles, device physics, and circuit design techniques necessary for implementing efficient CML circuits, addressing challenges related to power consumption, noise, and scalability.

The book is recognized as a technical reference for researchers and engineers in the field of high-speed integrated circuit design. Its detailed treatment of current-mode logic principles and practical design considerations makes it a valuable resource for understanding advanced circuit architectures. The work is noted for its rigorous approach to device modeling and circuit analysis, providing a solid foundation for further innovation in high-performance digital electronics.