B2.Spice A/D Circuit Simulation Software

Announcing the New 2015 Windows Release

EMAG Technologies Inc. proudly announces the release of B2.Spice A/D 2015 and RF.Spice A/D 2015. After the introduction of RF.Spice in October 2014, EMAG embarked on an ambitious project of full integration of RF.Spice and B2.Spice A/D to provide the ultimate analog, digital, RF and mixed-signal simulation capability. To this we have also added extensive system-level simulation capability using a large collection of more than 130 block-box virtual blocks. These include a wide variety of waveform generators, analog and digital signal processing blocks, spectral processing blocks and analog and digital modulators. The outcome of this integration process is a fully integrated software product that is called RF.Spice A/D.

EMAG Technologies Inc. will continue to market B2.Spice A/D at a reduced price as the “Lite Edition” of RF.Spice A/D. B2.Spice A/D retains the analog, digital and mixed-mode simulation capability of RF.Spice A/D and shares its schematic editor, device manager, data manager and most of its parts database. Excluded from B2.Spice A/D are RF and system-level simulation capabilities and all the associated parts and devices.


**Request a license for a FREE full-featured trial version of B2.Spice A/D. **


  • Mixed-Mode Capable
    Seamless mixed-mode simulations involving both analog and digital parts
  • Power-Packed Features: More for Less!
    Features that were formerly found only in programs costing much more can now be found in B2.Spice A/D, plus some that our competitors don't even have. Learn more...
  • Easy to Set Up and Use
    The easiest, most intuitive, Spice program on the market
  • Fast and Accurate
    All the computational power and professionalism you expect from a top-notch Spice program!

What's New in Release 2015?

  • 14 ideal and physical transformer devices
  • Four types of parameterized analog switches: SPST, SPDT, DPST, DPDT
  • Voltage-controlled and nonlinear resistors, capacitors, inductors and random resistors
  • Noise sources and temperature-dependent sources
  • Parameterized Varactor and Schottky diode models
  • four parameterized power device models: parameterized Silicon-Controlled Rectifier (SCR) model, parameterized Triac Thyristor, parameterized Gate-Insulated Bipolar Transistor (IGBT) and parameterized Programmable Unijunction Transistor (PUT)
  • Three parameterized optoelectronic device models: parameterized Light Emitting Diode (LED), parameterized Photodiode and parameterized Optocoupler
  • Ideal and parameterized Op-Amp models
  • And much more...

Praise for B2.Spice A/D