8085 Microprocessor Simulator
Microprocessor Simulator 8085 for Windows offers complete transparency at the register, flag and stack level. There's easy coding through a code key pad with complete input validation. It offers easy and extensive debugging including breakpoints and profiling options. Hex and Obj files are supported. The program also features an assembler text editor with syntax highlighting
Acrobat Reader Great PDF file Reader
Light Emitting Diode Simulation
Side is a screen shot of the LED simulation (LED stands for light emitting diode). If you decide to download and install the simulation program you will be able to adjust the knobs and buttons you see below.
3 Phase Power Supply Simulation
This is a cut-away view of a shell of a 3 phase motor which shows you the rotating magnetic fields.
This simulation will show you the meaning of "blocked rotor" and "slip", and the resulting MMF from this condition.
This Virtual Wire Loop Generator allows you to change the size of a rotating loop and the speed it rotates at,
The complex AC Circuit simulation (a voltage source driving a reactive load)
Induction Motor Data Calculation
The VULCAN digital logic trainer supports two powerful ways of designing digital, microcomputer and robotic systems: Hardware and Software Simulation. It's a great product for educational applications due to it's small size, low price, and portability! With the increasing use of the internet and computers for training, the "Virtual Vulcan" software package makes this system a real winner for schools, universities, and colleges!
Electronics Assistant is a Windows program that performs electronics-related calculations. It includes a resistor colour code calculator, resistance, capacitance and power calculations and more. Details of calculations can be saved or printed. It provides all the functions found in the calculators section of this site and more in a stand-alone user friendly program.
The program motdatpr calculates the inductances and resistances of the (well known) equivalent circuit of the induction motor from the "name-plate" parameters.
These are the nominal voltage and power, the nominal slip, electrical efficiency, power factor and the ratio of locked rotor current and nominal current.
There ar two modes: optimal coil calculator and coil inductance calculator. OPTIMAL COIL CALCULATOR isused when you have to make coil of known characteristics.
It allows you to experiment with different coil parameters to get to the optimal values. If you set wide range of parameters, it will try to find most optimalby itself.
This is a simulation that you can download and run on your Windows computer. It allows you to adjust the voltages and resistors R1 and R2. When you change these parameters you will see how the current is affected.
CHALLENGE: When is the voltage across R1 equal to the voltage across R2?
This is a simulation that you can download and run on your Windows computer. It allows you to adjust the voltages and resistors R1 and R2. When you change these parameters you will see how the current is affected.
CHALLENGE: Does the current go up or down when you increase the values of R1 and R2?
The library makes it possible to show on the beams of the oscilloscope over a million quantization steps of signal per second (on the Pentium III machine) – less than one micro-second is sufficient for one signal sample. This software can be used for linking to real-time controlling programs as longer delays in relay of data to the oscilloscope don’t occur. The relayed data is instantly displayed in beams, the process of their relay and display is deterministic (may be infinite).
This LabVIEW simulation allows you to see how a ray of light bends as it passes from one medium to another
Pulse Dispersion fiber optic cable
LabVIEW Simulation of pulse dispersion as it travels through a fiber optics cable