Analysis of Printed Transmission Lines for Monolithic Integrated Circuits

Abstract

Planar transmission lines formed with MIS and Schottky barrier contacts are analyzed based on the spectral domain technique. Depending on the frequency and the resistivity of the substrates, three different types of fundamental modes are predicted. The calculated slow-wave factors and attenuation constants agree well with experimental results.

Terahertz Pioneer: Tatsuo Itoh “Transmission Lines and Antennas: Left and Right”

“…Using mainly Teflon and quartz, he demonstrated couplers, delay lines, filters, new types of waveguide and leaky wave antennas, and a whole class of millimeter-wave integrated circuit elements [42]- [57]. He also continued working on his spectral domain transmission line analysis technique and applying it to many new constructs [58]- [61].…”

Microwave Active Filters Based on Coupled Negative Resistance Method

“…(b) The equivalent circuit of (a). Schottky contact line [25][26] or optically tuned coplanar waveguide [27][28] intercept. point -5dBm at 10.3 GI-2dBm at 10.23G4…”

Field-theoretic analysis of wave propagation on FET electrodes including losses and small-signal amplification

“…1982, Jutzi 1969, Podgorski and Wei 1982, Wei 1983. Recently a few publications have appeared analysing similar structures, such as Schottky contact lines (Fukuoka and Itoh 1982, Shih and Itoh 1982, Sorrentino and Leuzzi 1982, Fukuoka er al. 1983.…”