Circuit Simulator Projects

BJT-for-simple-current-regulation Project Type: Free Complexity: Intermediate Components number: 11-20 SPICE …Read More »

Bang-bang-control Project Type: Free Complexity: Intermediate Components number: 11-20 SPICE …Read More »

Buck-converter-closed-loop-control Project Type: Free Complexity: Advanced Components number: 11-20 SPICE …Read More »

PD_Controller implementation using opamp Project Type: Free Complexity: Intermediate Components …Read More »

schmitt_trigger_bjts Project Type: Free Complexity: Intermediate SPICE software: LTspice Software …Read More »

Window-comparator Project Type: Free Complexity: Intermediate SPICE software: LTspice Software …Read More »

  This article focuses on PSPICE, but most of the parameters and their settings  are common to other SPICE versions like XSPICE NGSPICE IsSPICE HSPICE. The SPICE simulation convergence issues mainly occur for 3 types of problems: Circuit Topology Errors these types of errors are often signaled with precise messages …Read More »

CREATING A SPICE SUBCIRCUIT Want to automatically create subcircuits? The Professional edition of 5Spice 2.0 includes a sophisticated tool to make a schematic into a Spice subcircuit (.Subckt). Later you can modify the schematic and then update the subcircuit with the tool. Creating a subcircuit manually A subcircuit definition contains …Read More »

.subckt CD4046 sigin phcmpii phcmpi phpls compin vcoin +              r1 r2 ce1 ce2 vcoout demout inhibit zener vdd vss +                   OPTIONAL: DPWR=$G_DPWR DGND=$G_DGND +                   PARAMS: MNTYMXDLY=0 IO_LEVEL=0 +                   Rin=1Meg S1=1  S2=0.5 M1=0.5 M2=1.0 Vx=10 +                   Kb=1 Vfree=0.0 Kc=-0.1 Vt=1.2 Vxqr=10 * Rin  = VCO Input Resistace * S1   = Voltage …Read More »

We have already seen in the article “ARDUINO Simulation PCB and 3D Models Libraries for Proteus”,  how to add the ARDUINO simulation, footprints and 3D models libraries to Proteus. Now we are going to see how is simple to use this components models for simulating ARDUINO projects. We can download for …Read More »

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T. ROBBINS TELSTRA RESEARCH LABORATORIES BOX 249 ROSEBANK MDC, CLAYTON VICTORIA 3168, AUSTRALIA Email: t.robbins@trl.oz.au   Abstract: This article describes an electrical model of a thermalmagnetic circuit-breaker that can accurately simulate characteristic behaviour over a wide range of overcurrents, including operation in the magnetic region. The model has been validated against measured waveforms from both a …Read More »

T. Robbins Telecom Australia Research Laboratories 770 Blackburn Road, Clayton, 3168 Australia   Abstract: The design and analysis of over-current protection for telecommunication DC power systems can be greatly assisted by the use of a computer-aided simulation tool. This article reports on the development of a fuse model for SPICE derived software that can accurately …Read More »

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Thanks for this article to ssleandro   In this article we ‘ll se how to implement a template for a Combination Wave Generator that can be a Surge Generator, a Line Impedance Stabilization Networks (LISN), motor control, ripple current, etc. This model can be very useful for hardware engineers which …Read More »

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PyOPUS is a Python based platform for very sophisticated circuit optimization and simulation automation. The use of the Python library with the simulator requires a previous SPICE OPUS installation, then refer to the relative tutorial before proceeding. Below we show how to install PyOPUS on windows 7 (64 bit). All …Read More »