Pulse Generator Systems Can Provide High Peak Electrical Power in a Variety of Different Technologies Including the Following:

• Line Type Modulators
• Solid State Modulators
• Magnetic Modulators
• Hard Tube Modulators
• Rep-Rated Marx Generators and Capacitor Banks
• Compact Pulse Generators
• Laser and Flashlamp Drivers
• Kicker Magnet Supplies
• Other Pulse Generator and Modulator Systems

Ness Engineering Possesses a Wide Range of Pulse Generator and Modulator System Experience to Meet a Broad Set of User Requirements

Pulsed Power Designs Begin with Your End Requirements:

• Identify System Requirements, Constraints, and Priorities
• Generate Optimization Criteria
• List Possible Design Approaches and Concepts
• Analyze Concept Performance Against Optimization Criteria
• Review Analysis Results and Select Optimum Concepts

System Engineering Principles are Employed to Achieve Optimum Results

Ness Engineering Understands the Key Challenges Associated with Modulator Systems

• Personnel and Hardware Safety
• Technical Performance, for example:
• Pulse Shape (Risetime, Falltime, Pulsewidth)
• Pulse Flatness (Ripple)
• Voltage Regulation, Etc.
• Cost / Value
• Thermal Management
• Size / Weight
• Lifetime / Reliability / On-line Availability
• Efficiency

We Have Proven Experience and Expertise Associated with Each of These Technologies

• Line Type Modulators
• Solid State Switching
• Magnetic Switching and Magnetic Assists
• Hard Tube Modulators
• Rep-Rated Marx Generators / Capacitor Banks
• Compact Pulse Generators
• Laser and Flashlamp Drivers and Kicker Magnet Supplies
• Other Pulsed Generator and Modulator Systems