The　development　of　the　novel　theory　of　unlimited　sampling　(US)　has　enabled　analog-to-digital　converters　(ADCs)　to　effectively　manage　input　signals　with　dynamic　ranges　that　far　exceed　the　threshold　voltage.　However,　the　existing　design　of　the　US　asynchronous　sigma-delta　modulator　ADC　(US-ASDM-ADC)　employs　a　nonlinear　modulo　operation　within　a　two-channel　architecture　to　generate　the　remainder　and　integer　parts,　leading　to　significant　amplitude　loss　due　to　non-ideal　phenomena.　To　address　this　issue,　we　propose　a　novel　single-channel　architecture　and　feedback　compensation　mechanism　for　the　US-ASDM-ADC.　Our　approach　entails　a　single-channel　folding　module　to　generate　the　remaining　modulo　operation　while　simultaneously　generating　the　integer　part　of　the　modulo　operation　and　initiating　amplitude　correction　via　a　Schmitt　trigger-based　feedback　system.　We　validate　our　proposed　approach　through　transistor-level　simulations.