TINA v9

New features of TINA v9 and TINA Design Suite v9

• Full Vista and Windows 7 compatibility
• Multi core support
• Enhanced analysis speed and convergence
  Up to 10 times higher speed on 1 core, 15x on dual core, 20x on quad core
• Advanced powerful Spice-VHDL mixed mode analysis
• Extended catalog with ARM 7, ARM 9 and HCS08 microcontrollers, more SMPS ICs models, realistic ADC and DAC models, LCD display, Bi-color LEDs
• Extended MCU simulation, USB and other modules
• Programmable Design Tool where users can implement design procedures for calculating and setting circuit parameters so that the circuits can produce predefined target output values.
• Extended flowchart tool: PIC, AVR, 8051, code box, USART, external interrupt handling
• Open and save TINA designs, models and libraries directly from the Web
• Import Spice .CIR and .LIB files directly from the Web
• Import Libraries, Designs and Examples from any earlier versions of TINA v7 and later.
• Show analysis results on diagrams during analysis
• Fast diagram drawing and processing speed, even for very large circuits
• New tool in the View menu of the diagrams for easier hiding and showing curves on diagrams
• New more effective storing of analysis results, save all analysis results for all circuits without speed compromise
• Parametrizable output curve filter for even more effective storage of results
• Scrollbars for browsing multiple diagrams on the same page
• New diagram cursor tools to find and annotate
  local and global maximum, minimum
  gain and phase margins
  zero crossover frequency
  horizontal and vertical coordinates
• Combinational and parallel stepping , show stepping cases (test benches) in separate diagrams
• More advanced tools for addition of parts to TINA from semiconductor manufacturers both from downloaded files and directly from the internet
• Node list in post processor now displays macro names and local node names in the relevant macros
• Minimize TINA main window while analysis is running
• Run two TINA instances on the same computer
• Multi-level, hierarchical ERC. Checks the main or any subcircuts, or the whole circuit in full depth
• ERC detects and shows floating nodes in Spice subcircuits
• Open Examples command in File menu, for easier return to TINA’s Examples folder
• Open .CIR files from Open command in the File menu
• New arrow button in Open dialog, for easier finding TINA EXAMPLES or User folders
• Updated and extended examples under the EXAMPLES folder
• Conversion of circuits to TINA v7 format, for compatibility with TINA v7 and v8 and v9
• Detailed Transient Statistics from the View menu
• TINA v9 is now digitally signed by DesignSoft

PCB Design

• G-Code export of PCB designs for creating control files for milling machines
• Extended PCB footprint catalog

TINA v8

• Vista style installation and folder scheme
• Behavioral building blocks, nonlinear controlled sources
• Powerful Spice-VHDL co-simulation including MCUs
• Finite State Machine (FSM) editor with VHDL generation
• Flowchart editor and debugger for controlling MCUs (in v8.0 for PIC MCUs only)
• Any number of MCUs in one circuit
• Extended MCU catalog including PIC18, CAN and more
• Execution time measurement and statistics for Transient Analysis
• Hyperlinks can be added to schematics and to the diagram window
• Extended semiconductor catalog
• Application examples from Texas Instruments
• Labview based virtual instruments
• Interface to build LabVIEW based virtual instruments
• Wave (.wav) files can be used as input
• New Open Examples command in file menu to open built in examples
• Autosave. Save your current schematic or PCB (Design Suite) design at adjustable time intervals
• Parameter adding possibility to Spice subcircuits
• Detection of components or nodes linked with convergence or irregular circuit problems
• On line update possibility for libraries, program or both
• Post-processing formulas are stored with schematics, editable later
• Live 3D Breadboard (displaying and animating circuits with 3D parts on a virtual 3D breadboard)
• 3D virtual instruments to prepare and document lab experiments
• Integrated electronic design textbook with "live" circuits (optional)
• SMPS design templates from Christophe Basso (optional)

TINA Design Suite v8:

(Includes all TINA 8 features plus TINA's advanced PCB designer)

• Creating "flex" PCBs including 3D display
• Creating PCBs of any shape including round edges
• Buried and blind vias
• Extended catalog
• Improved optimizing autorouter
• Distance measuring tool
• Display of complete 3D circuits including parts connected externally to the PCB

More info: www.tina.com

TINA v7:

• Built-in VHDL analysis and VHDL interactive mode
• User defined VHDL components, modifiable on-the-fly
• VHDL, Xilinx UCF generation of digital circuits for synthesis,
  place-and-route and presentations with the TINA FPGA board
• Microcontroller simulation including PIC processors, and ASM debugging
• Steady State Solver
• SMPS (Switching Mode Power Supply) simulation with acceleration
• Stress (smoke) Analysis
• Active and passive filter design
• Logic design (Truth table, Karnaugh table, Quine-McClusky optimization, schematic diagram
  generation)
• Single click 3D component preview

• Autoplacement and autorouting, rip-up-and-retry
• Manual and "follow-me" trace placement
• Forward and backward annotation
• Pin and gate swapping
• Keep-in and keep-out areas
• Thermal relief, fan out
• Plane layers for multilayer designs
• Split plane layers
• Gerber file output
• Footprint Editor
• 3D view of PCB boards

• Open several projects simultaneously and use copy and paste between projects
• Run analysis upon any open project
• New (.TSC) extension for project files to avoid collision with MS Schedule and Accel
• Store all analysis results (node and component voltages and currents) for post-processing
• Powerful post-processor for all analysis results
• XY-plot of any 2 transient or DC transfer results, for example v1(t) vs. v2(t)
• Parameter stepping for any number of parameters
• Parameter stepping given by list
• Multiparameter optimization
• Draw lines, circles, arcs, and arrows in the schematic editor
• Add frame and title block to schematic diagrams
• Phasor diagram
• Voltage arrow to display voltages
• Diagonal lines for circuits such as bridges, delta, and wye (Y)
• Control switches with the keyboard via hotkeys
• Switch providing high and low logic levels directly
• Push button switches
• Fault insertion in wires
• Improved Library Manager for adding new models
• Improved method for changing component values in interactive mode with the mouse or
  with the keyboard via hotkeys
• Control the display of component values and labels separately
• New components: VCO, BSIM 3.3, communication circuits, 74121, 74122, and much more
• Component searching and listing tool
• Embedding faults into circuit files for advanced troubleshooting
• Optional VHDL analysis