• Neutron generation

Use Neutron generation

NoProduct nameSpecificationPDF Data DownLoad
2
High voltage pulse power supply

High voltage pulse power supply

Output Voltage ~40kVp,~-40kVp
Output Peak ~40Ap
Pulse Width 1μs~10ms
Rise Time Less than 22ns~100us(Load 20nF)
Repeat Interval 30sMIN

High voltage pulse power supply
High voltage pulse power supplyPDF
Circuit type
  • High voltage pulse power supply
  • Incidental equipment
  • High frequency power supply
  • High voltage DC power supply
  • substrate
  • High voltage switch
    • Use
  • Semiconductor manufacturing
  • Non destructive inspection
  • TOF
  • Cancer treatment
  • Material analysis
  • Semiconductor lithography
  • Measurement of core pulse characteristics
  • Escherichia coli sterilization
  • Measures against noise malfunction
  • Film generation
  • Measures against noise malfunction
  • Semiconductor lithography
  • Electronic component surge test
  • laser
  • Solar cell deterioration inspection
  • High power microwave
  • Engine burn promotion
  • Plasma generation
  • Pressure test
  • Neutron generation
  • Accelerator
  • Nuclear fusion
  • Arc resistance test
  • Electron / ion beam
    • Neutron generation

    consult us

    Please do not hesitate to consult us about prototyping prototypes related to generation and control of pulse power, technical support, joint research, etc.

    Information on Technical Support / Collaborative ResearchInformation on Technical Support / Collaborative Research

    Information on Technical Assistance

    We are doing all technical support on Pulsed Power generation and control.
    We provide the following technical services according to each stage of research plan.

    1. Conceptual design of power supply system
    2. Basic design of High Voltage Power Supply
    3. Detailed design of high voltage power supply
    4. Experimental prototype of high voltage power supply, evaluation test
    5. Miniaturized design optimized for structural combination with load
    6. Malfunction survey, measures (malfunction, noise, breakdown etc.)
    7. Performance improvement
    8. Experiment, data measurement
    9. Analysis, simulation (circuit calculation, intensity calculation, electromagnetic field calculation, heat conduction calculation, etc.)
    10. Other

    Information on Joint Research

    We will respond to collaborative research on Pulsed Power generation and control.
    We will respond to the following joint research corresponding to each stage of the research plan.

    1. Development of power supply system
    2. Optimum structural design suitable for load
    3. Performance improvement
    4. Student guidance (electric circuit, electronic circuit, electromagnetism, CAD, circuit simulation,Experiments on electricity, electronics and high pressure etc)
    5. Part time lecturer (mentoring, guidance of graduation thesis and graduate research)
    6. Other

    Contact Us

    Inquiries by e-mail are accepted 24 hours. For inquiries you received outside the reception hours, we will correspond after the next business day.