Advanced Electronics & Embedded Systems

Hardware,
Evolved.

Iterant Systems develops precision electronics, embedded systems, high-speed PCB platforms, and scientific instrumentation for advanced research and next-generation engineering applications.

Core Technical Areas

  • Precision Analog Electronics
  • High-Speed Multi-Layer PCB Design
  • Embedded Linux & Microcontroller Platforms
  • Scientific Instrumentation Systems
  • Detector Readout Electronics
  • Mixed-Signal System Integration

Engineering Expertise

Iterant Systems focuses on advanced hardware development spanning precision analog design, embedded control systems, detector electronics, high-speed digital integration, and full hardware bring-up workflows.

PCB Design & Layout

  • KiCad & Altium Designer
  • 8-layer high-speed PCB design
  • Controlled impedance routing
  • Differential pair routing
  • Signal integrity aware layouts
  • EMI / EMC-aware design practices

Embedded Systems

  • Embedded C/C++
  • Python-based automation
  • Teensy platforms
  • Raspberry Pi CM5
  • NanoPi systems
  • RP2040 / Raspberry Pi Pico

Scientific Instrumentation

  • Detector electronics
  • SiPM / MPPC systems
  • Precision current supplies
  • Leakage current monitoring
  • Low-noise instrumentation
  • Remote instrumentation platforms

Featured Projects

Representative hardware systems and electronics platforms developed for scientific instrumentation, detector systems, and embedded control applications.

TUCAN Precision Current Systems

Ultra-stable current supply systems developed for neutron EDM experiments requiring high precision, low-noise operation, and long-term stability.

  • 64-channel shim current supply architecture
  • Sub-ppm B0 coil current systems
  • Precision DAC and instrumentation amplifier design
  • High-current degaussing electronics

Hyper-K / IWCD Imaging Electronics

Embedded detector imaging and camera-control electronics platforms integrating CM5 systems, Teensy controllers, PoE operation, and remote instrumentation capabilities.

  • CM5-based imaging systems
  • Teensy supervisory controllers
  • PoE-powered instrumentation
  • Environmental sensing and power-path management

High-Speed Detector Electronics

Custom detector interface and readout electronics involving high-density interconnect systems, high-speed routing strategies, and mixed-signal integration.

  • lpGBT-compatible routing architectures
  • Multi-layer high-speed PCB systems
  • Differential signaling infrastructure
  • SiPM array integration platforms

Leakage Current Monitoring Systems

High-voltage instrumentation electronics for picoamp-level leakage current monitoring within precision physics environments.

  • Low-noise analog front-end design
  • High-voltage compatible measurement systems
  • Precision current sensing electronics
  • Remote monitoring integration

Technologies

Development tools, embedded platforms, and engineering workflows utilized across hardware development and instrumentation projects.

KiCad
Altium Designer
LTspice
Embedded C/C++
Python
Linux
Git / GitHub
Raspberry Pi CM5
NanoPi
Teensy
RP2040
Ethernet & PoE
High-Speed PCB Design
Signal Integrity
Scientific Instrumentation
PCB Manufacturing Workflows

Get In Touch

Interested in advanced electronics development, embedded instrumentation systems, or scientific hardware collaboration?