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  Vendor: Cadence Design Systems, Inc.  
  Product Name: Sigrity Broadband SPICE  
  Product Introduce:    

 

  
Accurately convert network parameters to SPICE-compatible circuits


Key Benefits

   •   Fast, easy model creation from N-port passive parameters for HSPICE
        and SPICE simulators

   •   Reduces simulation issues and accelerates transient simulation runtimes

   •   Accepts Touchstone or Sigrity BNP files

  




To reduce simulation issues and accelerate your transient simulation runtimes,
Cadence® Sigrity™ Broadband SPICE™ technology accurately and quickly converts
N-port passive-network parameters such as scattering, impedance, or admittance
(S, Z, or Y) into SPICE-equivalent circuits that can be used in time-domain simulations.
You can feed it data from Touchstone files and also from the more-compact Cadence
Broadband Network Parameter (BNP) format.

  

Sigrity Broadband SPICE technology gives you a passive compact circuit model while
maintaining accuracy for efficient transient simulations in HSPICE, or other
SPICE-compatible circuit simulators, including the Sigrity SPEED2000™ time-domain
simulator. The resulting compact black-box models created by Broadband SPICE give
you excellent convergence.




 
  
Features

   •   Generates models for DC through broadband frequencies

   •   Extracts network models with multiple resonance points

   •   
Models a broad range of structures including IC packages, RF components,
        PCBs, cables, and connectors

   •   Assesses real-world situations such as parallel traces traversing a split plane,
        spiral inductors, and return path discontinuities

   •   Generates a very high order, but numerically stable, model for complex network
        responses

   •   Enables analysis of PI/SI issues such as what-if optimization of power delivery
        system performance and simultaneous switching output simulation

   •   Rigorous passivity enforcement assured by automated techniques along with
        interactive user review and control

   •   Automatic determination of topology and circuit order based on network parameter
        curve complexity

   •   Flexible to support flows where the target simulator may vary and where models
        are provided to others




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