Implementing Transimpedance Amplifier in 0.35 µm CMOS Technology
Keywords:
CMOS, negative feedback, Technology, low noise amplifier, optical receive, Transimpedance amplifier.Abstract
The following will be the design mechanism of the transimpedance amplifier and the RF resistor feedback, as well as how it is performed using the 0.35?m CMOS technique. The NMOS transistor has been placed from the conventional transimpedance amplifier as an active feedback contractor. We apply 3.3V voltage and 0.5?A photocurrent works in a circuit. The transimpedance amplifier is proposed after noise reduction, thus quantitating the larger dynamic range and in same time large gain. The simulation work of the transimpedance gain results in both of the single-phase and three-phase transimpedance amplifiers at the voltage gate which is 4.43 cubic meters and 4.39 cubic meters. Then the one-phase power dissipation and three-phase transimpedance amplifier is 602.04 ?W and 1.781mW in the voltage gate of 2.0V [1,2].
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