MP & Associates

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• Analyze performance of any active or passive linear electronic network, from audio through microwave frequencies. Frequency response data and graphs in x-y, polar and Smith Plots. Simple data entry and operation.
  DOS

• CircuitMaker®, the popular schematic design and simulation software, is proud to announce its latest offering - CircuitMaker 2000™. CircuitMaker 2000 is your Virtual Electronics Lab, allowing you to design, simulate and output your printed circuit board designs. Exceptional ease of use and tight integration means you'll spend less time learning the software and more time designing. What's more, CircuitMaker 2000 gives you all the features of professional, high-end software at a fraction of the cost. Enables users to quickly draw any electronic circuit, then simulate the digital portion of the circuit. Users can expand CircuitMaker by designing additional devices and adding them to the library.
  Win

• Interactive forward modeling for resistivity sounding curve matching. Up to 30 data points per sounding, up to 10 layers per model. Uses Wenner, Lee, or Schlumberger electrode configurations.
  DOS, Mac

• Advanced schematic editing tool with support for bussing, multi-page drawings, integrated symbol editor, error checking and hierarchy. Includes a library with over 10.000 symbols.
  Win, Mac

• Speed up design cycles with Digital Filter Design. Yields better trade-off studies. Design filters to arbitrary response specifications and magnitude response. Includes an editor, numeric and graphic output.
  DOS

• All the features of Option 1 plus designs for magnitude response and phase or envelope delay response.
  DOS

• Draw timing diagrams-signals, propagation delays, constrains and text. Make "what if" calculations like a spreadsheet. Import/export test vectors and symbol libraries. Document designs. Find timing problems before they find you!
  Win, Mac

• multiSIM is a new version of Electronics Workbench. multiSIM is a complete system design tool which offers schematic entry, a comprehensive component database. SPICE simulation, VHDL/Verilog entry ansd simulation, RF capabilities, post-processing features and seamless transfer to PCB layout. Design and verify analog and digital circuits i a fraction of the time. Connections are always perfect. Wires route themselves. And the simulated components and test instruments work just like the real thing. Electronics Workbench is a worldwide standard for engineers, educators and hobbyists.
  Win, Mac

• Integrated schematic capture and PCB-layout software that supports extended/expanded memory and variable grids with up to 1 mil. resolution. Supports more than 400 output devices. Includes libraries for TTL, CMOS, microcomputer, ladder and discrete active components. PCB library includes SIPs, DIPs, surface mount devices, pin-grid arrays, netlist, bill-of-materials and design-rule-checking utilities. Accepts netlists from Algorex, Cadnetix, FutureNet, OrCAD, P-CAD, Schema, SciCards and Tango.
  DOS

• Tutorial and drill encourages student exploration into the building blocks of circuits. Close switches, change the value of resistors and the supply voltage on a circuit board display, and then see the results. Includes Task Sheets that guide students through the actual building of working circuits on Solderless Breadboards using only a few simple components.
  Mac

• Library of mathematical and scientific calculations required for the implementation of U-D discrete Kalman filtering applications. Users can develop multi-language applications. Source Codes available.
  DOS, OS/2

• Programmable Logic Device design software. Accepts a high-level description of a circuit and produces a JEDEC programmer load file.
  Mac

• Includes circuit analysis, motors, transformers, power supplies, transistors, amplifier circuits, electronic equipment maintenance, choosing the proper power supply, electronics equipment reliability and mirror and lens systems. Requires Mathcad
  Win, DOS, Mac

• Topics include field patterns for a uniform linear array, waveguides, striplines, coaxial lines, two-port parameter conversions, network analysis using an addmittance matrix, american wire gauge table, transmission line impedance, the Smith chart, transmission line calculations, elliptic IIR filter design, Chebyshev polynomials, tranfer function calculations, polar plots and Nyquist plots; convolution and deconvolution, algebraic codes, quantizing a signal, delta modulation, z-transform applications and unit definitions. Requires Mathcad.
  Win, DOS, Mac

• Topics include load flow calculations, power transformer efficiency, sequence impedance, mid-line fault calculations, induction motor start-up protection, transformer energization, typical transformer impedances and application of surge arresters. Requires Mathcad.
  Win, DOS, Mac

• Topics include an historical perspective of the FEA method, basic concepts of linear elasticity and principle of minimum potential energy and direct method, using interpolation concepts in 1D and 2D, apping elements, weighted residuals, and solving linear boundary value problems in 2D. Requires Mathcad.
  Win, DOS, Mac

• Over 60 useful signal processing functions including function generators, transform analysis, spectral analysis, time series analysis, and digital filtering and filter design. Requires Mathcad.
  Win, Mac

• Topics include Coulomb forces and electric field intensity, electic flux and auss'law, work, energgy and potential, current, current density and conductors, capacitance and dielectric materials, Ampere's law and magnetic field, inductance and magnetic circuits, Maxwell's equation and boundary conditions, transmission lines, waveguides and antennas. Requires Mathcad.
  Win

• Topics include differential equations, difference equations and linear systems,, control system terminoloy and definitions, Laplace transforms, z-transforms, stability and routh-Hurwitz criteria, transfer functions and characteristic equations, block diagram algebra, signal flow graphs, system sensitivity, Nyquist analysis and design, Root-Locus analysis and design, Bode analysis and design, Nichols analysis and design. Requires Mathcad.
  Win

• Topics include DC rresistive circuits, DC mesh and node analysis, sinusoidal steady state and network analysis, circuit atransients, power and power factor, polyphase circuits, frequency response and resonance, Fourier method of waveform analysis, complex frequency, the Laplace transform method, state variable analysis, coupled circuits and transformers, average and effective values. Requires Mathcad.
  Win

• Applications include electromagnetism, wave guides, resonators, transmission lines, Smith charts, Antenna arrays, two-port parameters, system/transfer functions, feedback analysis, Bode plots, Nyquist diagrams, convolution, Fourier transforms and more. Requires Mathcad.
  Win, DOS, Mac

• Extend the functionality of Mathematica for engg projects with specialized functions and practical examples of how Mathematica can be applied to problems in circuit analysis, transmission line theory and antenna design.
  DOS, Win, Mac

• Requires MATLAB.
  Win, Mac

• Micro-Cap 6 is an integrated schematic editor and mixed analog/digital simulator that provides an interactive sketch and simulate environment for electronics engineers. Micro-Cap 6, the sixth generation of the Micro-Cap family, blends a modern, Windows-based user interface with the robust and powerful numerical algorithms of SPICE and a fast, native, PSpice®-compatible, digital simulator to produce the most powerful and easiest to use circuit simulator available for personal computers. It is affordable as well, available at less than half the cost of comparable programs.
  Windows

• Perform symbolic and numerical analysis of linear circuits using Mathematica. Components and analysis features include op amps, transmission lines and Smith Charts. Requires Mathcad.
  Win, UNIX

• Design anb layout single and double-sided printed circuit boards. Ideal for first time or occasional designers since it is easy to learn and use.
  DOS

• Printed circuit board layout software for single and double-sided boards with auto-routing. Ideal for first time or occasional designers since it is easy to learn and use. Production quality artwork with pen plotters and checkplots. Accepts netlists from Algorex, Cadnetix, FutureNet, HiWIRE II, OrCAD, Schema, SciCards and Tango.
  DOS

• Affordable computer-aided design software for electronic schematic design. Includes an extensive library of analog, digital, CMOS and discrete parts, automatic bus generation, automatic increment text, snap mode, constraint mode, draw-to-fit and zoom.
  Win

• Affordable computer-aided design software for printed circuit artwork. Includes an extensive library of DIP, PGA, surface mount and discrete package parts, automated editing features, built-in autorouter, up to 16 layers, support for large boards, flexible output, draw-to-fit and zoom.
  Win

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