An automatic pulse alignment method for slope controlled super-regenerative receiver systems
Recently there is an increase in interest for using super-regenerative receivers for pulse based communication systems. To receive a pulse using the super-regenerative architecture the pulse needs to be aligned with the zero crossing of the damping co-efficient (which depends on the quench signal) for achieving maximum sensitivity. In general, the pulse to be received is not aligned with the zero crossing of the damping co-efficient. In this paper a novel technique for an automatic alignment of the incoming pulse with the zero crossing in a slope controlled super-regenerative system is proposed. The proof of concept is shown using MATLAB simulations. Also a complete digital delay line architecture for delaying the quench signal which is a critical block in pulse alignment is described. © 2007 IEEE.
Keywords: MATLAB simulations;automatic pulse alignment method;digital delay line architecture;pulse based communication systems;slope controlled super-regenerative receiver systems;zero crossing;delay lines;demodulation;receivers;
Record created on 2010-05-21, modified on 2016-08-08