In this paper, an enhanced current pulse generator featuring fast transient response is presented. The proposed circuit offers the possibility to control specific design parameters to obtain the desired performance in terms of pulse shape, amplitude, input-output delay, and power consumption optimization under different load conditions. A detailed analysis of the enhanced current pulse generator that focuses on the improvements provided with respect to a standard solution is provided in the paper. The system has been integrated on a test vehicle in 110-nm BCD technology as part of the programming circuitry of a phase-change memory. Experimental results demonstrate the effectiveness of the proposed solution, which ensures a 300% faster transient response to reach 80% of the output-current amplitude with respect to a standard circuit.
Enhanced multiple-output programmable current pulse generator
Zurla R.;Cabrini A.;Torelli G.
2019-01-01
Abstract
In this paper, an enhanced current pulse generator featuring fast transient response is presented. The proposed circuit offers the possibility to control specific design parameters to obtain the desired performance in terms of pulse shape, amplitude, input-output delay, and power consumption optimization under different load conditions. A detailed analysis of the enhanced current pulse generator that focuses on the improvements provided with respect to a standard solution is provided in the paper. The system has been integrated on a test vehicle in 110-nm BCD technology as part of the programming circuitry of a phase-change memory. Experimental results demonstrate the effectiveness of the proposed solution, which ensures a 300% faster transient response to reach 80% of the output-current amplitude with respect to a standard circuit.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
