The background for this paper is provided by a mixed signal circuit simulation package. Here, we discuss a number of issues that arose during the course of the logic model design and implementation. We describe a unique method of using inertial cancellation in the detection of set-up and hold time violations in flip-flops and other memory-like elements, and an effective technique of modelling sources so that each queues at most one event at any time. Results are presented showing a test circuit failing to operate correctly as a result of timing violations, correctly simulated by these modelling techniques
A mixed-mode simulator has been described which combines a circuit and a logic simulator in the same...
We introduce a new method of verifying the timing of custom CMOS circuits. Due to the exponential nu...
Simulation plays the most important role for the verification of digital circuits. Designers demand ...
Detecting the presence of timing problems in digital circuits is a difficult matter, but one that c...
The paper describes certain issues relevant to the development of a logic simulation engine, designe...
A timing simulator, called TIMSIM, has been developed which performs gate level simulation of simple...
Design of high performance hardware and software based gate-switch level logic simulators requires k...
Timing verification of digital CMOS circuits is a key point in the design process. In this contribu...
Abstract—This paper presents a methodology to model and analyze the functional behavior of logic cir...
This thesis describes the algorithms implemented in a new digital emitter-coupled logic (ECL) simula...
The design and verification of a electronic circuit requires much expertise and intelligent tools an...
The authors present the Inertial and Degradation Delay Model (IDDM) for CMOS digital simulation. Th...
Most integrated circuit designs must be iterated in the design cycle for tens or even hundreds times...
This paper shows the influence of two factors on the hazards detection capability of a logic simulat...
Semiconductor technology has made significant progress in the past two decades. As a result, manufac...
A mixed-mode simulator has been described which combines a circuit and a logic simulator in the same...
We introduce a new method of verifying the timing of custom CMOS circuits. Due to the exponential nu...
Simulation plays the most important role for the verification of digital circuits. Designers demand ...
Detecting the presence of timing problems in digital circuits is a difficult matter, but one that c...
The paper describes certain issues relevant to the development of a logic simulation engine, designe...
A timing simulator, called TIMSIM, has been developed which performs gate level simulation of simple...
Design of high performance hardware and software based gate-switch level logic simulators requires k...
Timing verification of digital CMOS circuits is a key point in the design process. In this contribu...
Abstract—This paper presents a methodology to model and analyze the functional behavior of logic cir...
This thesis describes the algorithms implemented in a new digital emitter-coupled logic (ECL) simula...
The design and verification of a electronic circuit requires much expertise and intelligent tools an...
The authors present the Inertial and Degradation Delay Model (IDDM) for CMOS digital simulation. Th...
Most integrated circuit designs must be iterated in the design cycle for tens or even hundreds times...
This paper shows the influence of two factors on the hazards detection capability of a logic simulat...
Semiconductor technology has made significant progress in the past two decades. As a result, manufac...
A mixed-mode simulator has been described which combines a circuit and a logic simulator in the same...
We introduce a new method of verifying the timing of custom CMOS circuits. Due to the exponential nu...
Simulation plays the most important role for the verification of digital circuits. Designers demand ...