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Feature Comparison Summary
FilterSolutions® and FilterQuick™ are Windows® based software programs for the synthesis and analysis of electronic filter circuits. Enigmata stellar war hacked free. The modules available in these programs comprise: Passive Filter, Distributed Filter, Active Filter, Digital Filter, Switched Capacitor, and Zmatch™ (used for creating impedance matching circuits). FilterQuick, which is included in FilterSolutions. offers a simplified interface for initiating designs which are then usable with either FilterQuick or FilterSolutions' advance feature sets.
Licenses for FilterSolutions can be purchased as 'FilterSolutions-PRO™' which contains all the modules. Alternatively, the modules can each be licensed individually.
The 'PRO' licenses include the Zmatch™ Impedance Matching Circuit module. The Distributed Element License includes the Distributed Element version of Zmatch. The Passive Module includes the Lumped Element version of Zmatch.
Positive
FilterSolutions and its individual modules are available in a network license configuration or as a MAC Address-Locked or 'Dongle'-Locked, single user license.
Default Passive Events
![Test passive Test passive](https://320volt.com/wp-content/uploads/2009/08/aktif-filtre-tasarim-programi-Active-Filter-Design-Application.png)
FilterQuick, included in FilterSolutions has a reduced feature set interface. FilterQuick contains all of the modules.
Passive True
FilterFree is a 'freeware' version of FilterSolutions and can be downloaded here: (DOWNLOAD LINK). FilterFree's capabilities are limited to 3rd Order analog designs or to 10-tap FIR designs. All analyses in FilterFree are limited to ideal transfer functions.
Passive Filter Design software, free download. software
Available in the following sub-Modules: | Quick | |
Active Element Module | ||
Lumped Element (Passive) Module | YES | YES |
Distributed Element Module | ||
Digital Circuit Module | YES | YES |
Switched-Capacitor Module | ||
Single User locked and Network Licensed? | YES | YES |
Supported Filter Architectures: | ||
Bessel | YES | YES |
Linear Phase (.5, 1, 2, 5, 10% Equiripple Group Delay) | YES | - |
Butterworth | ||
Chebyshev, types I and II | YES | YES |
Delay Filters | ||
Elliptic | YES | YES |
Gaussian | ||
Gaussian Transitional (3, 6, 8, 12, 15 dB) | YES | - |
Hourglass | YES | - |
Legendre | ||
Inverse Legendre for Active Designs | Yes | - |
Matched filters | YES | - |
Raised Cosine | ||
FIR Designs | YES | - |
Arbitrary Butterworth and Chebyshev Transmission Zero Placement | YES | YES |
Automatic Order (Number of Poles) Calculator | YES | YES |
Zmatch | YES | - |
Visual and Textual Design Aids For Ease of Use | - | YES |
Design Capabilities: | ||
Asymmetrical Band Pass for Elliptic, Hourglass, Chebyshev I and II, and Butterworth by Instant and Precise Direct Synthesis. | YES | Yes |
Band Pass, Band Stop, High Pass, Low Pass | ||
Element Modification Capability for Passive, Distributed and Active | YES | YES |
Diplexers and Triplexers for Lumped Design | ||
Independent High Side and Low Side Stop Band Designs, Including Attention, Frequency, and Number of Tx Zeros, for Lumped Elliptic Band Pass | Yes | - |
Custom designs from user entered S and Z transforms | YES | - |
'Multi-Band' Support for Low, High, Bandpass and Bandstop With Fully Indpendent Design Parmaeters for Each Band | ||
Norton, Dual Norton, Richardson, and Kuroda Transforms | YES | YES |
Π↔T and Impedance Termination Transforms | YES | YES |
Equally Terminated Lumped and Distributed Designs | YES | YES |
Unequally Terminated Lumped and Distributed Designs | YES | - |
Singly Terminated Lumped and Distributed Designs | YES | LUMPED ONLY |
Automatic Matching of Unequal Lumped Band Pass Terminations | YES | - |
Lumped Synthesis with Complex Impedance Terminations | YES | - |
Automatic All Pass Delay Equalization for Low Pass and Band Pass | Yes | - |
Manual Delay Equalization for Analog and IIR Filters | YES | - |
Manual Pole/Zero Manipulation for Design Adjustment | ||
Automatic or Arbitrary Sequencing of Elliptic, Chebyshev, or Butterworth Zeros | YES | YES |
Off-Axis Quadruplet Zero Placement for Delay Equalization | YES | - |
Bridged Cross Coupled Capacitor or Inductor Delay Equalization for Coupled Resonator and Tubular Designs | Yes | - |
General Parameter Synthesis from Sliding Real, Imaginary, and Complex Zeros. | Yes | - |
Constricted Ripple Pass Band and/or Stop Band Design to Minimize Element Count | YES | - |
Single Point Stop Band Ripple to Minimize Element Value Spread | YES | Limited |
Single Point Pass Band Ripple to Mitigate Group Delay Sharpness | YES | - |
BridgeT Lumped Elliptic Topology | YES | YES |
User Selectable Cut-Off Attenuation | Yes | - |
Inductor and Capacitor Tuning Compensation | ||
Simulations with manufacturer S Parameter and Spice Model Parts | Yes | Yes |
Automated S Parameter and Spice Model part selection | Yes | Yes |
Internal Manufacturer S-Parameter and Spice Model Libraries | Yes | Yes |
User-Definable S-Parameter and Spice Model Part Libraries | Yes | Yes |
Lumped Coupled Resonator and Tubular Filters | ||
Planar Resonator (Interdigital, Hairpin, etc.) Band Pass Filters | YES | Yes |
Lumped Wide Band High Pass / Low Pass Element Separation | ||
Lumped Minimum Inductor Zigzag and Wide Band Design Capabilities by instant and precise direct synthesis | YES | Yes |
Active Three-Pole Single Stage Topologies | ||
Cross Coupled Lumped and Planar Elliptic Topologies | YES | Yes |
Arithmetic Frequency Symmetry for Improved Group Delay Response | ||
Bessel, Linear Phase, and Gaussian Equiripple Stop Bands by Instant and Precise Direct Synthesis. | YES | Bessel Only |
Bessel, Linear Phase, and Gaussian Single Point Stop Bands by Instant and Precise Direct Synthesis. | YES | - |
Available Analyses: | FilterSolutions Pro | Filter Quick |
S Parameter Analysis for passive and distributed designs | ||
Time Analysis for passive and distributed and active designs | YES | - |
User Data Time Analysis | Yes | - |
Group Delay or Phase Deviation Analysis | Yes | Yes |
Pole/Zero Plot Analysis | Yes | - |
Sensitivity Analysis v. Frequency | YES | - |
Monte Carlo Analysis | Yes | - |
20th order for lumped filters | ||
20th order for IIR filters | YES | YES |
10,000th taps for digital FIR | ||
Analysis Graph Zoom/Drag Controls | YES | YES |
Third Party Tool Connections: | FilterSolutions Pro | Filter Quick |
Direct export to AWRCorp® Tools | ||
Support for Modelithics SELECT in AWR | YES | YES |
Supports full Modelithics PRO models in AWR analyses | YES | YES |
Fast, Easy, and Accurate Automated Electromagnetic Port Tuning of AWR Planar Designs with Axiem or Sonnet | Yes | Yes |
Direct export to CST Microwave's STUDIO SUITE | YES | Yes |
DXF output direct to AutoCAD® | YES | YES |
Direct Export to Sonnet Software® Electromagnetic Analysis Tools | ||
Sonnet Lite ® included, as an option for em analysis | YES | YES |
Support for AWR Web Library | YES | YES |
Support for CST Device Library | Yes | YES |
Support for Lumped Interconnects in AWR Exports | Yes | Yes |
Support for Lumped Interconnects in CST Exports | Yes | Yes |
Discrete Optimization of Modelithics/AWR Part Selection | Yes | Yes |
Available Output Data: | ||
Frequency and/or Time Response | YES | YES |
S-Parameters | ||
Y- or Z-Parameter Exports | YES | YES |
Pole/Zero Plots | ||
Transfer Functions of Lumped, and Active Filters | YES | Yes |
Spice executable format net lists for Lumped and Active | ||
Standard Parts Lists Maintained on Network Licensed Program | YES | Yes |
Support for FlexNet Server on Network Licensed Program | ||
Smith Charts, Jones Charts and Polar Plots | YES | YES |