Microwave Dielectric Measurement System

• Microwave Dielectrometer
• Open Coaxial Resonator Type Microwave Dielectrometer
• Resonant Cavity Type Microwave Dielectrometer
• Dielectric Resonator Type Microwave Dielectrometer

EMI Near-Field Measurement

• Magnetic Field Probe

Probe Station

• Probe Station System
• 3-Dimensional Probe Station System
• Double-sided PCB Probe Station
• Micropositioner

Electron Guns / Ion Sources

• Electron Gun
• Dispenser Cathodes
• LaB6 Cathodes
• Ion Sources
• High Temperature Substrate Heater

High Voltage Pulse Devices

• High Voltage Short Pulse Generator
• High Voltage Pulse Power Supplies
• High Power Pulse Transformers
• Pulse Current Transformers, Capacitance Type Pulse Voltage Dividers
• Power Supplies for Capacitor Charging
• High Voltage Cable Termination, Feed-Through Bushing

Accelerator

• Compact Linear Accelerator
• RF Gun

X-ray Source

• Miniature X-ray Source
• Micro Miniature X-ray Source
• Dose Calibrators

Microwave Heating and Drying System

• Microwave Heating and Drying System

Microwave Components

• RF Microwave Vacuum Window
• Synthesizers
• Ultra-broadband Solid State Power Amplifier
• High Performance Microwave Cables
• High-Power RF Connectors
• Precision Adapters
• Waveguides
• Wave absorbers, Shielded materials
• High-power Circulators, Isolators, Dummy Loads
• Magnetrons

Microwave Plasma System

• Microwave High Power Sources
• Plasma Components
• Microwave Applicator

Microwave Power Sources

• Microwave High Power Sources
• Klystron Microwave Generators

The Miniature X-ray Source, an innovative technology developed by AET, can accelerate electron beams in a high-gradient electric field by a miniature X-ray tube, to produce X-rays. The Miniature X-ray Source consists of a high-voltage short pulse generator and a miniature X-ray tube with a carbon nanotube cathode, which has been developed using high-voltage and ultra-short pulse technology.

Applications include usage in medical treatment, research and industry such as non-destructive inspection. Because of its small size, the Miniature X-ray Source has enabled whole new applications. It is also possible to extract only electron beams through a vacuum thin film.

• Flexible X-ray radiation
• Easy handling via pulse operation
• Stable electron emission by using a field emission carbon nanotube
• Easier and safer management without the need of radio isotope
• A wide range of new applications possible

* Please contact us for the necessary X-ray specifications.
* Patent No. 3090910
* An electron beam accelerator and a transmission cable are consumable supplies.