<p> This thesis presents the results of an investigation of an integrated direct coupled grounded gyrator. A complete analysis is presented for the gyrator using components available in integrated circuit form. Integrated circuit layout and fabrication procedures are discussed. </p> <p> Close agreement between theoretical and experimental results is shown. The Q factor of a simulated inductor shows good stability over a wide range of frequency, temperature, and voltage supply. </p> / Thesis / Master of Engineering (ME)