Due to the success of TINA Design Suite v14 we have decided to extend our TINA v14 and TINACloud v2 New Features Video.
We have also added markers to the youtube video and you can select the chapters on the timeline of the video or on the table of contents below or on Youtube.
Contents of this video:
- 00:00 Intro
- 00:04 New components in TINA v14
- 00:21 New Analysis modes in TINA v14:
- 00:35 Multisine simulation
- 01:31 Piecewise Linear (PWL) Solver
- 02:22 New RF components: Circulator, 3 and 4 port Directional Couplers
- 02:51 User-defined Fast Analytic solver for SMPS and other devices in Python
- 04:18 User-defined Fast Analytic solver for SMPS and other devices in TINA Interpreter
- 05:04 New HDL Languages in TINA v14: SystemVerilog
- 06:26 New HDL Languages in TINA v14: VHDL-AMS
- 07:28 Inverse Laplace Transform
- 08:19 Embedded full Python programming language in TINA for additional calculations, circuit design and more
- 08:42 Python Shell
- 08:58 Analyzing an RC circuit using Python
- 09:26 Python Support in Design Tool on Python Shell
- 11:03 TINA and TINACloud e-book
- 11:10 TINA v14 runs on Mac including Wine
- 11:13 Further important features in TINA v12:
- 11:16 Both 32-bit and 64-bit version
- 11:28 New device models
- 11:46 Power dissipation and efficiency calculation
- 11:50 Integrated cursor display in the diagram window
- 11:53 Syntax highlighting in Spice and HDL editors
- 11:57 Support of IBIS models for Signal Integrity Analysis (in Industrial version)
- 12:01 More analysis features
- 12:18 Improved PCB Designer
- 12:42 New features in TINACloud v2:
- 12:45 Integrated Schematic Editor
- 12:52 On-line PCB Design
- 13:04 On-line Virtual Instruments
You can learn more about TINA here: www.tina.com
You can learn more about TINACloud here: www.tinacloud.com