Mixed signal system design verification accelerated with detector-based diagnostic method

D. Dammers, C. Domingues, Daniel Schollän, Lars M. Voßkämper
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引用次数: 2

Abstract

Mixed-signal simulation of complete systems, i.e. pure analog/digital systems or electronics with its attached peripherals, such as sensor and actuator systems, already have a firm place in today's design process. While the digital part verification has gained a speed increase through the use of Accllera's Property Specification Language (PSL), the analog part suffers from not being supported by this language. To speed up the verification of the analog part innovation is needed. Based on assertion concepts, this paper presents an innovative methodology for the verification of mixed-signal circuits. Electrical validation of a sensor amplifier design serves aas demonstrator for this methodology.
基于检测器的诊断方法加速了混合信号系统的设计验证
完整系统的混合信号仿真,即纯模拟/数字系统或电子设备及其附加外设,如传感器和执行器系统,已经在当今的设计过程中占有一席之地。虽然通过使用accl莱拉的属性规范语言(PSL),数字部件验证的速度得到了提高,但模拟部件却不受该语言的支持。为了加快模拟部件的验证速度,需要进行创新。基于断言概念,提出了一种新的混合信号电路验证方法。传感器放大器设计的电气验证是该方法的验证。
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