Sanders Pulsed Power LLC

Components, Systems and Consulting for Pulsed Power Applications

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About the firm

Sanders Pulsed Power LLC was founded in 2017 in Batavia, Illinois, to deliver engineering services, systems, and components to the pulsed power community. Early clients included Fermi National Accelerator Laboratory and private companies in the industrial and medical sectors. In 2021, operations relocated to Innovation Park at Notre Dame, adding a private laboratory, electronics assembly space, and dedicated test facilities. National laboratory clients now include Brookhaven National Laboratory, Los Alamos National Laboratory, and Oak Ridge National Laboratory, alongside cooperative arrangements with Notre Dame's Nanofabrication Facility, Innovation Lab, and Physics Machine Shop.

Established
2017
Firm type
Electrical Engineering

People

Howard SandersOwner

Capabilities

Consulting

Service website

Pulsed power advisory for improving existing and new systems.

  • System Lifetime Improvement

    Advises on approaches intended to extend pulsed power system lifetime.

  • Compactness Improvement

    Advises on making pulsed power systems more compact.

  • Efficiency Improvement

    Advises on improving pulsed power system efficiency.

  • Power Output Improvement

    Advises on increasing power output from existing and new systems.

Electronic Design

Service website
  • Schematics Design (Top Level to Board)
  • PCB Layout (Analog and Digital)
  • Simulation (Circuits and Fields)
  • Component Selection
  • Programming (MCU and FPGA)
  • Complete Design Package
  • R&D Test Equipment
  • Prototype and First Article
  • Turnkey Solutions
  • Integration

Components

Service website
  • Diodes
  • Solid State Pulsed Power Switches
  • Trigger Generators

Industries

Research Facilities · Healthcare · Defense · Industrial

Projects

Muon g-2 Quadrupole Pulsers

Batavia, IL · Research Facilities · Client: Fermi National Accelerator Laboratory

Project details

Two positive and two negative 36 kV pulse generators connected to 32 deflection plates, delivering stable and reproducible voltage over a 1 msec pulse width at 100 Hz in an 8-pulse burst.