Research Papers

• Industry: Semiconductor

How the GaGe Digitizer was used: The GaGe digitizer, part of the digital ASIC system,
captures detailed pre-amplifier signal waveforms for each pixel. This digital approach allows for
better noise analysis, non-linearity correction, and event classification by providing more
comprehensive data compared to analog systems.

• Industry: Aerospace & Defense

How the GaGe Digitizer was used: The paper introduces RAD-DAR, a radar demonstrator
system designed for quick deployment and efficient detection of small drones. Utilizing an 8-
channel digital array and sophisticated signal processing techniques, the system captures and
analyzes radar echoes to identify and track drones accurately.

• Industry: Electric Vehicle/Battery

How the GaGe Digitizer was used: The paper describes the development of a multiplexed,
multichannel inductive pulse sensor based on resonant frequency division multiplexing. Each
sensing coil in the sensor is connected to a specific external capacitance, forming a parallel LC
circuit with a unique resonant frequency. The GaGe digitizer facilitates the simultaneous
detection of debris by processing signals from all sensing channels, leading to a significant
increase in throughput.

• Industry: Electrical Equipment Manufacturers

How the GaGe Digitizer was used: To address these challenges, researchers developed a
fully-electronic 3D mm-wave Multiple Input Multiple Output (MIMO) imaging system. This
system employs fast forward models, distributed algorithms, and real-time imaging techniques
to detect security threats in real-time. The integration of GaGe Digitizer enhanced data sampling
capabilities, enabling near real-time scanning of targets.