Here you can find assistance with solving
an Electromagnetic Engineering problem
Electromagnetic Engineering of Receivers | Transmitters | Active and Passive Electronics | High Sensitivity Instrumentation | Wave-Matter Interaction
Microwaves & RF
Design and Simulation of Active and Passive Circuits | PCB | Extremely Low Noise Amplifiers | Cryogenic Electronics | Component and System RF Testing.
EM analysis
3-D electromagnetics modeling avoids the time and expense of multiple design-build-test-and repeat cycles. Optimization using CAD results in components that work as predicted with the first prototype.
Integrated Circuits
MMICs, RFICs, and microwave/mmWave module design or feasibility studies at frequencies from baseband to 300GHz. Test, measurement and training. GaAs, InP, and others.
Instrumentation
for biomedical and securiy applications. RF instruments for MRI and NMR. Hardware for microwave imaging. Radars and sensing.
W-Band Subharmonic Mixer
with silica-based post-wall waveguide interface. Minimum conversion loss of 19.6 dB at 86 GHz with 13.7 dBm/32.4GHz LO signal.
Boosting Sensitivity of MRI
Focusing the magnetic field using a passive resonant structure. In 3T and 1.5 tesla systems sensitivity can be increased by over 6dB and 16dB respectively.