  In this paper, the design flexibility of the control-bounded
analog-to-digital converter principle is demonstrated. A band-pass
analog-to-digital converter is considered as an application and case study. We
show how a low-pass control-bounded analog-to-digital converter can be
translated into a band-pass version where the guaranteed stability, converter
bandwidth, and signal-to-noise ratio are preserved while the center frequency
for conversion can be positioned freely. The proposed converter is validated
with behavioral simulations on several filter orders, center frequencies, and
oversampling ratios. Additionally, we consider an op-amp circuit realization
where the effects of first-order op-amp non-idealities are shown. Finally,
robustness against component variations is demonstrated by Monte Carlo
simulations.
