a radio frequency (RF) input to receive RF signals;

a sampling mixer coupled to the RF input to produce a discrete-time sample stream, and the sampling mixer comprising:

a history capacitor and a rotating capacitor, both coupled to a radio frequency (RF) input, the history and rotating capacitors to integrate an RF current provided by the RF input to produce a charge on the history and rotating capacitors;

a read-out circuit coupled to the history and rotating capacitors, the read-out circuit to measure the charge on the rotating capacitor;

a timing circuit coupled to the history and rotating capacitors and the read-out circuit, the timing circuit to produce clock signals to control the operation of the history and rotating capacitors and the read-out circuit;

a clock activity detector coupled to the history and rotating capacitors, the clock activity detector containing circuitry to predict an occurrence of a noise glitch;

a sample predictor coupled to the clock activity detector and the mixer, the sample predictor containing circuitry to predict a value of discrete-time samples corrupted by the digital noise;

a delay unit coupled to the mixer, the delay unit containing circuitry to insert a delay of a duration at least equal to a duration of the digital noise into the discrete-time sample stream;

a multiplexer coupled to the delay unit, the sample predictor, and the clock activity detector, the multiplexor to selects between the outputs of the sample predictor and the delay unit; and

the radio receiver further comprising a signal processing unit coupled to the mixer, the signal processing unit containing circuitry to process the output of the sampling mixer and create user usable data.