So far, performance prediction and optimization of microwave SQUID multiplexers has largely been based on simple approximate analytical models experimental results. This is caused by the complexity underlying physics intricacy operation readout parameters. As a simplified description can never account for all potential effects occurring in real device, we have developed software framework to si...

This study proposed a novel methodology for designing bandpass multiplexer-integrated power dividers (PDs) that provide frequency division, selection, and division. New coupling schemes the PDs were presented to ensure multifunctionality compactness. Miniaturization was achieved through common resonator technique. Dual-mode stub-loaded resonators serving as various channel passbands used in PD ...

This paper presents a multiplexer-based extended range multi-modulus divider (ER-MMD) technique for multi-band phase locked loop (PLL). The architecture maintains modular structure by using conventional 2/3 cells and multiplexer without adding any extra logic circuitry. area power overhead is minimal. are designed true single clock (TSPC) ER-MMD to operate in the sub-10 GHz range. A division of...

The microwave SQUID multiplexer (μmux) has enabled higher bandwidth or channel counts across a wide range of experiments in particle physics, astronomy, and spectroscopy. large multiplexing factor coupled with recent commercial availability components warm electronics readout systems make it an attractive candidate for requiring cryogenic detector counts. Since the is considered both bolometric...