A Cost Effective Low Power Pulse Generator for UWB Medical Applications

An ultra low-power pulse width and low cost impulse generator was designed and simulated for medical monitoring applications. In this work a transistor, capacitor and resistor based nanosecond UWB pulse generator is simulated using Multisim and integrated in the breadboard. The impulse generating circuit is fed by shape rising and falling edges produced by a square wave generator. The introduction of UWB pulse generator in the medical applications results in simplification of data and eliminates the disadvantages occurring in other systems.