ADX Research, Inc.

End-to-end engineering of mixed-signal applications, incorporating power electronics, communications, and sampled data systems.

• Power Electronics System Design

  Prototyping and development of high-performance switching power conversion and supply modulation architectures.

• Communication System Design

  Engineering of switching RF generation, amplification, and power amplifier linearization systems.

Development of custom analog, digital, and switching circuits tailored to specific application requirements.

• Analog and Digital Circuitry

  Design of discrete and integrated components for mixed-signal signal processing.

• Class D Audio Amplification Circuits

  Implementation of high-fidelity, low-EMI Class D audio amplifier circuits.

Custom integrated circuit design targeting standard CMOS process technologies, focusing on mixed-mode applications.

• IC Implementation Estimation

  Feasibility analysis and performance estimates for custom silicon implementation.

Mathematical modeling and logic implementation of signal processing and control algorithms for hardware and software platforms.

• Digital PWM Generation

  Development of high-linearity, spread-spectrum algorithms for pulse-width modulation.

• Embedded Control Algorithms

  Programming of microcontrollers, FPGAs, and digital feedback loops.

Physical hardware fabrication, embedded programming, and laboratory validation of developed concepts.

• FPGA and Microcontroller Prototyping

  Hardware-in-the-loop testing using field-programmable gate arrays and microcontrollers.

Creation and deployment of proprietary silicon and algorithmic intellectual property designed to optimize product footprint, cost, and efficiency.

• Proprietary Silicon IP Licensing

  Licensing of patented designs for Class D audio amplification and RF supply modulation.