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Two-dimensional millimeter wave photonic crystals (PCs) are fabricated by wet etching of the high-resistivity (HR) silicon. The measured and the simulated transmittance demonstrate the formation of the photonic-band-gap (PBG) at the frequencies of about 100 GHz.
The authors proposed a photonic-crystal diode resonator capable of applying both DC-bias field and RF field at the same time, that enables the electron flow continuously to the anode regardless of the RF phase and amplitude as long as the modulation depth, the ratio of maximum RF voltage amplitude to DC-bias, is less than one. The proposed scheme employs a novel diode resonator consisting of two metal...
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