By generating a 301.442 GHz wave, researchers were able to talk to nitrous oxide (N2O) molecules in a vacuum chamber. However, reflected waves interfered with the signal, delivering sub-optimal results. The researchers turned to Micro Harmonics for an isolator that operates within the WR 3.4 band (220GHz – 325GHz) and… “We plugged it in and got fantastic results,” explains James Greenberg in a recent article published in International Design Engineer. Read the full story here:
