Venous pulsatile tinnitus (PT) arises from the motion of blood flow. However, the correlation between flow velocity and amplitude remains undiscovered. In this study, retroauricular color-coded Doppler (RCCD) and transcranial color-coded Doppler (TCCD) ultrasound examination techniques were deployed to assess the hemoacoustics at the ipsilateral internal jugular vein (IJV), intradiverticular, mainstream sinus, and transverse sinus regions. Auto- and cross-correlation analyses were used to analyze the correlations between flow velocity and amplitude. Furthermore, the Mel-frequency cepstrum coefficients were calculated, and the Mel-spectrogram was used to exhibit the human perception of PT. The mainstream sinus flow had the highest coefficient (cross-correlation coefficient = 0.781) among the sensed locations. The cross-correlation coefficient of the IJV was the second largest and close to that of the mainstream sinus flow. The transverse sinus flow had the lowest cross-correlation coefficient. Additionally, the transverse sinus septum was visualized for the first time using the RCCD technique in this study. In conclusion, cross-correlation analysis indicates that the amplitude of vascular sound is highly correlated to the vascular flow velocity. The Mel-spectrogram demonstrates the outcome of the human perception of PT, and its use can be extended to future psychoacoustic studies.