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- Developed the 2:1 ratio correlator
array, extending DFD performance to lower RF SNR and
improving pulse on pulse, pulse on CW trigger accuracy
- Developed
the Digital Temperature Correction technique, in place
of archaic oven stabilization
- Developed (and hold the
patent on) the Coherent Threshold, providing a real
time estimate of the RF SNR and eliminating obsolete Digital
Noise Riding Threshold techniques
- Developed (and
hold the patent on) the RF to video digitizer, eliminating
the need for DLVA's and SDLVA's in the Wide Band Systems IFM
- Developed
(and hold the patent on) the Associative Processor, providing the
DFD with a real time, leading edge, pulse on pulse threshold - after
limiting - and
providing a functional Multipath Blanking technique
- Developed (and
hold the patent on) precision time measurement to extend the Time
of Arrival (TOA) accuracy of pulse to <1 ns
- Developed the 40 MHz
clocked sampled DFD, allowing effective pulse on pulse processing
in dense signal environments
- Provide "turnkey" IFM Receiver
Systems, solving all of the technical issues of filtering, thresholding,
estimation of RF frequency, RF amplitude, Pulse Width, and Time
of Arrival in a single unit
- Dynamic Temperature Measurement
- Associative Processor for
Detecting Redundant Radar Data and Method of Use Thereof
- Digital
Amplitude Quantizer
- Microwave Receiver Having Coherent
Threshold Detection
- Precision Time Measurements
- Correlator Stabilized Digitally
Tuned Oscillator Synthesizer
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