 This new device provides rapid and accurate analysis of micro-slash-nano-bio-objects such as cells and biomolecules. It uses a unique bipolar pulse width, multiplexing-based resistive pulse sensor, to enable high throughput analysis. This sensor requires only one DC source as input and collects a single combined electrical output, which can then be analyzed using correlation analysis and an iterative cancellation scheme. The results show that this device is highly accurate in both sizing and counting micro-particles, with errors of 2.6 percent and 6.1 percent, respectively. Additionally, the device was also shown to be highly accurate in cell analysis, with errors of less than 3 percent. This article was authored by Ruiting Su, Leishino Yang, Rubius Shake, and others.