Add to ORKGA 100-element quasi-optical amplifier is presented. The active devices are custom-fabricated modulation-doped field-effect transistors (MODFETs). Common-mode oscillations were suppressed using resistors in the input gate leads. The grid has 9 dB of gain at 10.1 GHz. The 3-dB bandwidth is 1.2 GHz. We present a model for the gain of the grid versus frequency and compare measurement with theory
A planar grid oscillator which combines the outputs of 100 devices quasi-optically is presented. The...
Quasi-optical power combiners such as quasi-optical grids provide an efficient means of combining th...
A method for quasi-optically combining the output power of MESFETs in which drain and source leads c...
A 100-element quasi-optical amplifier is presented. The active devices are custom-fabricated modulat...
A 100-element hybrid grid amplifier has been fabricated, The active devices in the grid are custom-m...
A 100-element 10-GHz grid amplifier has been developed. The active devices in the grid are chips wit...
The authors report the fabrication and testing of a 10-GHz grid amplifier utilizing 16 GaAs chips ea...
A 100-element 10-GHz grid amplifier has been developed. The active devices in the grid are chips wit...
We report the fabrication and testing of a 10 GHz grid amplifier utilizing sixteen GaAs chips each ...
We present a stability model for quasi-optical grid amplifiers. This model is useful for predicting ...
A 36-element monolithic grid amplifier has been fabricated. The peak gain is 4 dB at 40 GHz with a 3...
A 36-element monolithic grid amplifier has been fabricated. The active elements are pairs of heteroj...
A 16-element heterojunction bipolar transistor (HBT) grid amplifier has been fabricated with a peak ...
A model for analyzing quasi-optical grid amplifiers based on a finite-element electromagnetic simula...
Presented in this thesis are two grid amplifiers for operation in the microwave range. The first 5 x...
A planar grid oscillator which combines the outputs of 100 devices quasi-optically is presented. The...
Quasi-optical power combiners such as quasi-optical grids provide an efficient means of combining th...
A method for quasi-optically combining the output power of MESFETs in which drain and source leads c...
A 100-element quasi-optical amplifier is presented. The active devices are custom-fabricated modulat...
A 100-element hybrid grid amplifier has been fabricated, The active devices in the grid are custom-m...
A 100-element 10-GHz grid amplifier has been developed. The active devices in the grid are chips wit...
The authors report the fabrication and testing of a 10-GHz grid amplifier utilizing 16 GaAs chips ea...
A 100-element 10-GHz grid amplifier has been developed. The active devices in the grid are chips wit...
We report the fabrication and testing of a 10 GHz grid amplifier utilizing sixteen GaAs chips each ...
We present a stability model for quasi-optical grid amplifiers. This model is useful for predicting ...
A 36-element monolithic grid amplifier has been fabricated. The peak gain is 4 dB at 40 GHz with a 3...
A 36-element monolithic grid amplifier has been fabricated. The active elements are pairs of heteroj...
A 16-element heterojunction bipolar transistor (HBT) grid amplifier has been fabricated with a peak ...
A model for analyzing quasi-optical grid amplifiers based on a finite-element electromagnetic simula...
Presented in this thesis are two grid amplifiers for operation in the microwave range. The first 5 x...
A planar grid oscillator which combines the outputs of 100 devices quasi-optically is presented. The...
Quasi-optical power combiners such as quasi-optical grids provide an efficient means of combining th...
A method for quasi-optically combining the output power of MESFETs in which drain and source leads c...