Innovative Technology, Inc

ABSTRACT:The primary objective is to design very low noise Ka and Q-Band low noise MMIC LNAs for space platforms and point to point digital radios. The noise figure for both LNAs is to be under 2.0dB ...

ABSTRACT: This proposal addresses an important need of DoD and MILSATCOM for satellite based receivers operating at Ka-Band having multiple beams (as many as 30) capability. Many of these beams need ...

Future surveillance radars need to be more agile to identify and track increasingly complex targets. To meet this need, radars that can emit and receive many independently scanned beams will be requir ...

Next generation BMD sensor systems are anticipated to be highly networked. One radar concept has a single or a few illuminators and multiple receive antennas. It is desirable that the receive arrays b ...

Future military satellite communications systems will have higher signal capacities by employing complex modulation schemes in channels that are closely spaced in frequency (21MHz). Nonlinearities in ...

An innovative wideband beamformer is proposed that covers the entire 7 to 14GHz frequency range with greater than 10 independent steerable beams that can be scanned +/-60 degrees. Any given signal wil ...

The objective of the proposed project is to design a reference architecture for seamless integration of heterogeneous platforms and networks. The goal of the resulting system is to: 1. provide a f ...