The MALTA sensor is an advanced monolithic pixel detector created to withstand the rigorous conditions of high-energy physics experiments, like those at the Large Hadron Collider (LHC). Unlike conventional pixel sensors that rely on separate readout electronics, MALTA combines the sensor and readout circuitry on a single silicon wafer. This integrated monolithic design increases compactness, enhances resolution, and makes the sensor highly efficient in speed and radiation resistance. Extensive electrical testing has been undertaken to fine-tune these sensors before they are implemented in actual detectors. The findings from the electrical characterization and DAC analysis of the sensor, performed using the setup at IIT Madras, will be presented.