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 Amplifiers
• LF Magnetic Field Sensor
• LF Active Antenna
• Wireless Sensor

Probe Station

• Probe Station System
• Double-sided PCB Probe Station
• Micropositioner
• Measurement Solutions for high-speed signals

Human body model (Phantom)

• Electromagnetic phantom
• Electromagnetic dynamic phantom

Accelerator

• Compact Linear Accelerator
• RF Gun

X-ray Source

• Linac Based High Energy X-ray Sources
• Miniature X-ray Source
• Micro Miniature X-ray Source
• Dose Calibrators
• Neutron Shielding Technology & Neutron Detectors

Electron Guns / Ion Sources

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

High Voltage Pulse Devices

• High Voltage Power Supplies
• High Power Pulse Transformers
• Current Transformers, Voltage Dividers
• High Voltage Cable, HV Termination, Feed-Through Bushing

Microwave Application Systems

• Microwave Heating and Drying System
• Microwave-Assisted Equipment

Microwave Plasma

• Plasma Sources
• Plasma Components

Microwave Power Sources

• Magnetron Type
• Solid State Type
• Klystron Type

Microwave Components

• RF Microwave Vacuum Window
• High Performance Microwave Cables
• High-Power RF Connectors, Adapters
• Waveguides
• Wave absorbers, Shielded materials
• High-power Circulators, Isolators, Dummy Loads
• Magnetrons

Human body equivalent phantom in low-frequency, microwave, and millimeter-waves
Torso Phantom	Hand Phantom	Multi Layer Phantom
Phantom models examples Pictures provided by Professor Emeritus Ito Koichi of Chiba University

• Evaluation of interactions between the human body and mobile devices, RFID tags, medical devices, and wireless EV charging systems, etc.
• Evaluation of SAR by thermography as well as by thin probes
• Mimicking dielectric constants of human tissues over the wide frequency range from low-frequency to millimeter wave
• Elastic semisolid materials and filling gel phantoms
• Evaluation of wearable and implantable wireless devices

Semisolid phantom prototype for millimeter waves Comparative evaluation of the semisolid phantom prototype by AET and the broadband frequency characteristics

Characteristics of Biological Tissue Equivalent Phantoms Applied to UWB Communications [in Japanese]Takimoto Takuya, Ito Koichi et al. IEICE Transactions on Communications B Vol.J88-B No.9 Frequency characteristics of a 2/3 muscle equivalent phantom electric constant

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