J. P. Mondal

Ka-band high efficiency power amplifier MMIC with 0.30 mu m MESFET for high volume applications

M. Vickberg, John J. Geddes, J. P. Mondal, 1992 .

Theoretical analysis for microwave T- and π-type attenuator circuits using MESFETs

A. G. Milnes, J. G. Oakes, J. P. Mondal, 1985 .

Mixed application MMIC technologies: progress in combining RF, digital, and photonic circuits

Mary K. Hibbs-Brenner, Charles T. Sullivan, Vladimir Sokolov, 1991, Defense, Security, and Sensing.

Low-noise MMIC performance in Kaband using ion implantation technology

Vladimir Sokolov, Stan E. Swirhun, John J. Geddes, 1991, Defense, Security, and Sensing.

Distributed scaling approach of MESFETs and its comparison with the lumped-element approach

J. P. Mondal, 1989 .

Propagation constant determination in microwave fixture de-embedding procedure

J. P. Mondal, T.-H. Chen, J. Mondal, 1988 .

An Experimental Verification of a Simple Distributed Model of MIM Capacitors for MMIC Applications

J. P. Mondal, J. Mondal, 1987 .

A vector approach for noise parameter fitting and selection of source admittances

J. P. Mondal, J. M. O'Callaghan, J. O'Callaghan, 1991 .

Phase Shifts in Single- and Dual-Gate GaAs MESFET's for 2-4-GHz Quadrature Phase Shifters

J. G. Oakes, J. P. Mondal, J. Oakes, 1984 .