Tunnel field effect transistors (TFETs) have been extensively explored for the possibility of replacing metal oxide semiconductor FET (MOSFET) due to its steeper slope and for being more energy efficient. In this regard, device level performance of AlGaSb/GaAsP gate all around (Nanowire) charge plasma TFET (CP-TFET) shows promising results. To further verify these results, an overview of circuit performance is provided in this work, where analysis of two-stage operational amplifier (op-amp) is shown. Further, based on this op-amp, working of the integrator is also demonstrated. Simulations are carried out with the aid of Verilog A model in the Cadence environment. The outcome of circuit performance exhibits that the proposed device is viable for analogue applications and can be seriously considered for future low-power analogue designs.