SystemC Simulation of Continuous-Time $Sigma-Delta$ Analog-Digital Converters in the Presence of Non-linearities

Time-Mode Signal Quantization for Use in Sigma-Delta Modulators

The rapid scaling in modern CMOS technology has motivated the researchers to design new analog-to-digital converter (ADC) architectures that can properly work in lower supply voltage. An exchanging the data quantization procedure from the amplitude to the time domain, can be a promising alternative well adapt with the technology scaling. This paper is going to review the recent development in t...

Modeling Time-triggered Architecture Based Safety-critical Embedded Systems Using Systemc ........ 10 5bcmffpgg$poufout 5bcmffpgg$poufout 5bcmffpgg$poufout 5bcmffpgg$poufoutt Modeling Switched Capacitor Sigma Delta Modulator Nonidealities in Systemc-ams

—For the design of complex systems both accurate and abstract models are required. Especially for analog subsystems this trade-off is difficult. The new SystemC AMS extensions [7] offer high simulation performance, but also serious restrictions. In this paper we model a switched capacitor sigma delta mod-ulator using the SystemC AMS extensions. The model combines high simulation performance whi...

A Review on Continuous Time Sigma Delta Modulator

This paper presents review on system level design of continuous time sigma delta modulator. A continuous time approach offers high accuracy with respect to discrete time modulator. Unity gain frequency and power can be achieved by continuous time design. as the sigma delta modulators are mainly implemented as discrete time circuits , a continuous time approach provides significant advantages fo...

Digitally Enhanced Continuous- Time Sigma-Delta Analogue-to-Digital Converters

Continuous-Time Sigma-Delta A/D Converters