T-Spice is a complete design capture and simulation solution that provides accuracy and convergence with market-proven reliability.

To transform your ideas into designs, you must be able to simulate large circuits quickly and with a high degree of accuracy. That means you need a simulation tool that offers fast run times, integrates with your other design tools, and is compatible with industry standards.

Tanner T-Spice™ Circuit Simulator puts you in control of simulation jobs with an easy-to-use graphical interface and a faster, more intuitive design environment. With key features such as multi-threading support, device state plotting, real-time waveform viewing and analysis, and a command wizard for simpler SPICE syntax creation, TSpice saves you time and money during the simulation phase of your design flow.

T-Spice enables more accurate simulations by supporting the latest transistor models—including BSIM4 and the Penn State Philips (PSP) model. Given that T-Spice is compatible with a wide range of design solutions and runs on PC-based systems, it fits easily and cost-effectively into your current tool flow.

.

FEATURES & BENEFITS

• Improve simulation accuracy with advanced modeling features
  • Supports Verilog-A for analog behavioral modeling, allowing designers to prove system level designs before doing full device level design and easily create custom compact models. T-Spice also supports foundry extensions, including HSPICE® foundry extensions to models.

• Supports PSP, BSIM3.3, BSIM4.5, BSIM SOI 4.0, EKV 2.6, MOS 9, 11, 20, 30, 31, 40, RPI a-Si & Poly-Si TFT, VBIC, Modella, and MEXTRAM models.

  • Includes two stress effect models, from the Berkeley BSIM4 model and from TSMC processes, in the BSIM3 model to provide more accuracy in smaller geometry processes.

  • Performs non-quasi-static (NQS) modeling.

  • Supports comprehensive geometry-based parasitic models for multi-finger devices.

  • Models partially depleted, fully depleted, and unified FD-PD SOI devices.

  • Models self-heating and RF resistor networks.

• Work in a faster, easier design environment

  • Enables easy creation of syntax-correct SPICE through a command wizard.

  • Highlights SPICE Syntax through a text editor.

  • Enables you to link from syntax errors to the SPICE deck displays.

  • Provides “.alter” command for easy what-if simulations with netlist changes.

• Perform sophisticated analysis Superior numerical techniques to achieve convergence on circuits that are often impossible to simulate with other SPICE programs.

  • DC and AC analysis.

  • Transient analysis with Gear or trapezoidal integration.

  • Enhanced noise analysis.

  • Monte Carlo analysis over unlimited variables and trials.

  • Virtual measurements with functions for timing, error, and statistical analysis.

  • Parameter sweeping using linear, log, discrete value, or external file data sweeps.

• With T-Spice, you can:

  • Optimize designs with variables and multiple constraints by applying a Levenberg-Marquardt non-linear optimizer.

  • Use plot statements that support wildcards.

  • Use plot statements and parameter definitions that support mathematical expressions involving C-style math functions.

  • Use bit and bus logic waveform inputs.

INDUSTRIES SERVED

Audio, Automotive, Consumer Products, Defense, Industrial, Security, Telecommunications, Wireless