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2001-06-01 Variational analysis using MMICAD
This application note describes how to use MMICAD in determining the sensitivity of designs to variations in a circuit parameter.
2001-06-01 Using OrCAD for schematic capture from MMICAD
This application note outlines the procedures for capturing a schematic from OrCAD and converting it to a MMICAD circuit file.
2001-06-04 Using MMICAD to synthesize single and coupled transmission lines
This application note discusses how to use the MMICAD simulator for synthesis of single and coupled transmission lines.
2001-05-31 Using MMICAD to design lumped element filters
This application note shows how easy it is for users of MMICAD to synthesize a broad range of filter designs.
2001-05-31 Using MMICAD to design lumped element diplexers
This application note shows how FAISYN, MMICAD's filter synthesis module, can be used to help design a lumped element diplexer for a typical receive subsystem application.
2001-05-31 Using MMICAD to compute Cj(0)
This application note discusses how to use MMICAD to compute for the junction capacitance at zero reverse bias voltage [Cj(0)] of a varactor diode.
2001-05-31 Using MMICAD to calculate minimum noise measure
This application note discusses how to use MMICAD to compute for the minimum noise figure of amplifiers or transistors.
2001-05-31 Using MMICAD as a powerful general purpose mathematical solver (Example 3: Numerical integration, numerical differentiation & custom plots using MMICAD's PARAM mode)
This application note discusses how to use MMICAD's parameter mode function for numerical Integration, numerical differentiation and custom plots.
2001-05-31 Using MMICAD as a powerful general purpose mathematical solver (Example 2: Curve fitting of data points by the least squares method)
This application note describes how MMICAD can perform curve fitting of data points by the least squares method.
2001-05-31 Using MMICAD as a powerful general purpose mathematical solver (Example 1: Solving complex non-linear equations)
This application note discusses how to use MMICAD in solving complex nonlinear equations.
2001-05-31 User-defined models in MMICAD
This application note shows how easy it is for designers to incorporate their own device models in MMICAD.
2001-06-01 User defined outputs and optimization goals in MMICAD
This application note shows how easy it is for designers to define customized outputs or optimization goals in MMICAD.
2001-06-01 Running MMICAD under Windows 3.1
This application note discusses how to operate MMICAD under Microsoft's Windows 3.1 environment.
2001-05-31 Parameter mode in MMICAD
This application discusses MMICAD's ability to sweep a parameter other than frequency.
2001-05-31 Noise analysis in MMICAD
This application note describes MMICAD's ability to analyze complex models incorporating internal noise that are created using a variety of special built-in noise elements, which can be used in networks.
2001-05-31 Monte Carlo yield analysis using MMICAD
This application note discusses the criteria needed to accomplish the forecasting of the production yield of a simulated circuit using MMICAD.
2001-06-01 Design of voltage controlled oscillators with MMICAD
This application note explains the usage of MMICAD for the design of voltage-controlled oscillators (VCOs).
2001-05-31 De-embedding using MMICAD
This application note discusses the special feature of MMICAD to de-embed networks.
2001-05-31 Configuring your PC for optimal speed with MMICAD
This application note is intended to assist the MMICAD user in configuring his computer to achieve optimal speed.
2001-06-01 Configuring OrCAD for schematic capture from MMICAD
This application note describes how to configure the OrCAD schematic capture module to link with the MMICAD simulator.
2001-06-01 Conditional optimization using MMICAD
This application note discusses the pitfalls and problems encountered by the designers when using CAD software to optimize circuits, and how MMICAD may resolve the problem.
2001-06-01 Computer aided testing with MMICAD [Series #4: Automated data acquisition from an automatic network analyzer (ANA) and programmable power supplies]
This application note provides a step-by-step description of how to automate Computer Aided Testing (CAT) with MMICAD for acquisition of data.
2001-06-01 Computer aided testing with MMICAD [Series #2: Data acquisition from an automatic network analyzer (ANA)]
This application note describes data acquisition control from a network analyzer using OPTOTEK MMICAD simulation tool.
2001-06-01 Computer aided testing with MMICAD (Series #3: Using MMICAD to control programmable power supplies & other control devices)
This application note discusses how to use MMICAD to address control devices, such as programmable power supplies, attenuators, relays, switches and other control components.
2001-06-01 Computer aided testing with MMICAD (Series #1: Setup and configuration)
This application note details the step-by-step configuration of MMICAD for Computer Aided Testing (CAT).
2001-06-01 Yield forecasting of active microwave devices
This application note describes how to perform yield forecasting of active microwave devices using the FETPro MESFET simulator in conjunction with MMICAD.
2001-05-31 Using PARAMETER SWEEP to design a new class of varactor diode
This application note shows how the built-in PARAMETER SWEEP function of MMICAD can be used to help design a varactor diode with linear tuning characteristics.
2001-06-01 Technology-level simulation of active microwave circuits
This application note discusses the underlying basis of, and need for, technology-level simulation of active microwave circuits incorporating FETs.
2001-06-01 Maximizing your productivity
This application note details several of the user-friendly aspects of MMICAD that can improve the effectiveness of a designer's "CAD time" with a PC.
2001-06-04 Designing Chebyshev band pass filters
This application note is intended to demonstrate the options available in FAISYN that relate to the design and specification of bandpass filters, and to re-acquaint the user with some of the general characteristics of Chebyshev filters.
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