Experimental evaluation demonstrates favorable transmission and reflection in 3D-printed millimeter-band components, highlighting additive microfabrication for rapid electron device prototyping.
Nowadays, additive manufacturing appears to be very promising for rapid, straightforward, and cost-effective fabrication of various novel circuits and components for millimeter- and THz-band electron devices. This paper presents the results of microfabrication of millimeter-band components by digital light processing (DLP) 3-D printing and magnetron sputtering. The cold-test electromagnetic measurements show good transmission and reflection properties of the fabricated structures.
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Ryskin et al. (2024) studied this question.
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