Kratos Defense & Security Solutions. has been granted a patent for technologies that generate programmable pulse signals using inverse chaotic maps, eliminating the need for a clocking signal. The method involves transforming a precursor pulse signal based on a sequence of bits to create a desired continuous pulse signal. GlobalData’s report on Kratos Defense & Security Solutions gives a 360-degree view of the company including its patenting strategy. Buy the report here.
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According to GlobalData’s company profile on Kratos Defense & Security Solutions, Drone jamming technology was a key innovation area identified from patents. Kratos Defense & Security Solutions's grant share as of July 2024 was 68%. Grant share is based on the ratio of number of grants to total number of patents.
Programmable pulse signal generation using inverse chaotic maps
The patent US12028069B2 outlines a method and apparatus for generating a series of electrical pulses based on specific input signals and timing mechanisms. The method begins with receiving a first pulse characterized by a constant voltage for a defined duration. It involves generating a second pulse by combining the rising edge of the first pulse with a first indication, which can be a bit or a sequence of bits. The falling edge of the second pulse is created using a predetermined delay based on the falling edge of the first pulse. The second pulse maintains a constant voltage for a duration determined by a latch and the predetermined delay. Additionally, the method includes generating a third pulse based on the falling edge of the second pulse, utilizing integrator circuits to determine the timing of the rising and falling edges of this third pulse.
The apparatus described in the patent consists of circuitry designed to implement the aforementioned method. It includes components such as gates, time delays, and latches that work together to produce outputs based on the first pulse and the first bit. The first circuitry generates a third output based on the first output and the second output, while the second circuitry further processes these outputs to create a fourth output. The apparatus also features operational integrators that facilitate the generation of outputs based on the integration of the pulses, along with comparators that determine the intersection of integration peaks to produce additional outputs. This structured approach allows for precise control over the timing and characteristics of the generated pulses, which can be critical in various electronic applications.
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