The Benefits and Features of DesignSoft Tina 80 Pro Industrial Version Design Suite
DesignSoft Tina 80 Pro Industrial Version Design Suite: A Comprehensive Review
If you are looking for a powerful yet affordable circuit simulator and PCB design software package for analyzing, designing and testing analog, digital, mixed and RF circuits and their PCB layouts, you might want to check out DesignSoft Tina 80 Pro Industrial Version Design Suite. This software package is one of the most advanced and comprehensive tools for circuit simulation and PCB design on the market. In this article, we will review the features and benefits of DesignSoft Tina 80 Pro Industrial Version Design Suite, how to use it effectively, and where to buy it.
DesignSoft Tina 80 Pro Industrial Version Design Suiterar
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What is DesignSoft Tina 80 Pro Industrial Version Design Suite?
DesignSoft Tina 80 Pro Industrial Version Design Suite is a software package that combines the features of TINA (Tool for Interactive Network Analysis) and TINACloud (TINA's online version) with additional capabilities for industrial users. TINA is a Spice-based circuit simulator that supports most Spice dialects with parallelized processing and precompiled models. TINACloud is an online circuit simulator that allows you to edit and run your schematic designs and their PCB layouts online on various devices without any installation. With DesignSoft Tina 80 Pro Industrial Version Design Suite, you can enjoy the benefits of both offline and online circuit simulation and PCB design with enhanced features such as:
Features and benefits of DesignSoft Tina 80 Pro Industrial Version Design Suite
Circuit simulation for analog, digital, mixed and RF circuits
DesignSoft Tina 80 Pro Industrial Version Design Suite allows you to simulate any type of circuit with its powerful Spice engine that supports both Berkely Spice and XSpice. You can perform various analyses such as DC, AC, transient, digital, mixed mode, transient noise, power dissipation, efficiency calculation, IBIS model import, auto converge, steady state solver (SMPS analysis), RF simulation (with S-parameters), network analysis, symbolic analysis (closed formulas), Fourier analysis (harmonics and spectrum), noise, Monte Carlo, worst case, stress (smoke) analysis, group delay, optimization and more. You can also use interactive mode to change circuit parameters while a simulation is running. You can choose from over 34,000 components and models from the libraries of TINA or create your own using the integrated schematic symbol editor or the netlist editor.
PCB design with unlimited pads and export to major packages
DesignSoft Tina 80 Pro Industrial Version Design Suite also includes a PCB design tool that allows you to create PCB layouts from your schematic designs or from scratch. You can use automatic or manual wire routing and drag support, place instruments as standard schematic symbols on your PCBs, use subcircuits for modular design, generate BOM (bill of materials), use buses for complex connections, add global parameters for easy editing and more. You can also export your PCB designs to major packages such as Altium Designer or OrCAD using Spice netlists or other formats.
HDL support for VHDL, Verilog, SystemVerilog and SystemC
DesignSoft Tina 80 Pro Industrial Version Design Suite also supports all major analog, digital and mixed hardware description languages such as VHDL, VHDL-AMS (analog mixed signal), Verilog, Verilog-A (analog), Verilog-AMS (analog mixed signal), SystemVerilog and SystemC. You can verify your designs in analog, digital or mixed-signal analog-digital environments using HDL blocks from the libraries of TINA or create your own using the HDL editor. You can also use the HDL debugger to debug your HDL code step by step.
MCU simulation and debugging for PIC, AVR, 8051, HCS, ARM, ST, Arduino and XMC
DesignSoft Tina 80 Pro Industrial Version Design Suite also includes a wide range of microcontrollers (PIC, AVR, 8051, HCS, ARM, ST, Arduino and XMC) that you can simulate and debug interactively in mixed circuit environment using circuit simulation. You can also use the built-in MCU assembler to modify your assembler code and see the result immediately on the schematic or on virtual instruments such as oscilloscopes or logic analyzers. You can also program your microcontrollers using C/C++ code or Arduino sketches.
Optimization and circuit designer tool for automatic parameter extraction
DesignSoft Tina 80 Pro Industrial Version Design Suite also includes an optimization and circuit designer tool that allows you to determine unknown circuit parameters automatically so that the network can produce predefined target output values, minimum or maximum. Optimization is useful not only as a circuit designer tool, but also in teaching, to demonstrate how different parameters affect the performance of a circuit. You can also use the parameter extractor/model maker tool to create models from measured data or from other Spice models.
How to use DesignSoft Tina 80 Pro Industrial Version Design Suite?
Installation and activation
To use DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you need to install it on your PC using the setup file that you can download from the official website after purchasing a license. The installation process is simple and straightforward, and you can choose between 32-bit and 64-bit versions depending on your system requirements. After installation, you need to activate your license using the activation code that you will receive by email. You can activate your license online or offline depending on your internet connection.
Schematic entry and editing
To create a schematic design using DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you need to launch TINA from your desktop or start menu and select File > New > Schematic Capture. You will see a blank schematic window where you can place components from the component toolbar on the left side of the screen or from the component menu on the top menu bar. You can also use keyboard shortcuts or drag and drop components from other sources such as web pages or documents. To connect components, you need to use wires from the wire toolbar on the left side of the screen or from the wire menu on the top menu bar. You can also use buses for complex connections or subcircuits for modular design. To edit components or wires, you need to double-click on them and change their properties in the dialog boxes that appear. You can also use global parameters for easy editing of multiple components at once.
Analysis and testing
To perform an analysis or test your schematic design using DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you need to select Analysis > Run Analysis from the top menu bar or click on the Run button on the toolbar. You will see a dialog box where you can choose the type of analysis you want to perform such as DC, AC, transient, digital, mixed mode etc. You can also set various options such as simulation time, step size, tolerances etc. depending on the type of analysis you choose. After setting up your analysis options, you need to click OK and wait for TINA to run the simulation and display the results on virtual instruments such as oscilloscopes or logic analyzers that you can place on your schematic window using instruments toolbar on the left side of the screen or from instruments menu on top menu bar. You can also view numerical results in tables or graphs using data display toolbar on left side of screen or data display menu on top menu bar.
PCB layout and export
To create a PCB layout from your schematic design using DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you need to select File > Convert Schematic into PCB Layout from top menu bar or click on the Convert button on the toolbar. You will see a dialog box where you can choose the PCB design parameters such as board size, number of layers, grid size, clearance, trace width etc. You can also choose to start a new project or open an existing one, use automatic or manual placement of components, and use a board template or a blank board. After setting up your PCB design parameters, you need to click OK and wait for TINA to create the PCB layout and display it on a new window. To edit your PCB layout using DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you can use various tools from the toolbars on the left and top sides of the screen or from the menus on the top menu bar. You can move, rotate, flip, align, group or ungroup components, add or delete traces, vias, pads, holes, text or graphics, change layer visibility or colors, use copper pour or ground plane, check design rules or netlist consistency, and more. You can also use interactive mode to change PCB parameters while a simulation is running. To export your PCB layout using DesignSoft Tina 80 Pro Industrial Version Design Suite offline, you need to select File > Export > PCB Layout from the top menu bar or click on the Export button on the toolbar. You will see a dialog box where you can choose the export format such as Gerber (RS-274X), Excellon drill file, DXF (AutoCAD), IDF (Intermediate Data Format), Spice netlist or other formats. You can also choose which layers to export and set various options such as units, resolution, aperture etc. depending on the export format you choose. After setting up your export options, you need to click OK and save your exported files in a folder of your choice.
Where to buy DesignSoft Tina 80 Pro Industrial Version Design Suite?
If you are interested in buying DesignSoft Tina 80 Pro Industrial Version Design Suite, you can visit the official website of DesignSoft at https://www.tina.com/ and click on the Buy button on the top right corner of the screen. You will see a page where you can choose between different versions of TINA and TINACloud such as Industrial, Educational, Classic, Basic and Student. You can also compare the features and prices of each version using the comparison table on the same page. You can also request a quote for volume licensing or custom solutions if you need them. To buy DesignSoft Tina 80 Pro Industrial Version Design Suite online, you need to select TINA Industrial from the drop-down menu and click on Add to Cart. You will see a shopping cart page where you can review your order details and enter your billing and shipping information. You can also apply a coupon code if you have one. You can pay with PayPal or credit card using a secure payment gateway. After completing your payment, you will receive an email confirmation with your order number and activation code. You can also download the setup file from the same email or from your account page on the website.
Conclusion
DesignSoft Tina 80 Pro Industrial Version Design Suite is a powerful circuit simulator and PCB design software package that offers many features and benefits for industrial users who need to analyze, design and test analog, digital, mixed and RF circuits and their PCB layouts. With this software package, you can enjoy both offline and online circuit simulation and PCB design with enhanced features such as unlimited pads and export to major packages for PCB design, HDL support for VHDL, Verilog, SystemVerilog and SystemC for circuit simulation, MCU simulation and debugging for PIC, AVR, 8051, HCS, ARM, ST, Arduino and XMC for mixed circuit environment, optimization and circuit designer tool for automatic parameter extraction and more. You can also use interactive mode to change circuit and PCB parameters while a simulation is running and export your designs in various formats such as Gerber, Excellon drill file, DXF, IDF, Spice netlist etc. If you want to buy DesignSoft Tina 80 Pro Industrial Version Design Suite, you can visit the official website of DesignSoft at https://www.tina.com/ and choose between different versions of TINA and TINACloud such as Industrial, Educational, Classic, Basic and Student. You can also compare the features and prices of each version using the comparison table on the same page. You can also request a quote for volume licensing or custom solutions if you need them. We hope this article has given you a comprehensive review of DesignSoft Tina 80 Pro Industrial Version Design Suite and how to use it effectively. If you have any questions or feedback, please feel free to contact us at support@tina.com.
FAQs
Q: What are the system requirements for DesignSoft Tina 80 Pro Industrial Version Design Suite?
A: The minimum system requirements for DesignSoft Tina 80 Pro Industrial Version Design Suite are: - Windows XP/Vista/7/8/10 (32-bit or 64-bit) - Pentium IV processor or equivalent - 512 MB RAM (1 GB recommended) - 1 GB hard disk space - CD-ROM drive (for installation) - Internet connection (for activation and online features)
Q: How can I get technical support for DesignSoft Tina 80 Pro Industrial Version Design Suite?
A: You can get technical support for DesignSoft Tina 80 Pro Industrial Version Design Suite by: - Visiting the support page on https://www.tina.com/support/ - Sending an email to support@tina.com - Calling +36-1-383-0999 (Monday-Friday 9:00-17:00 CET)
Q: How can I get updates for DesignSoft Tina 80 Pro Industrial Version Design Suite?
A: You can get updates for DesignSoft Tina 80 Pro Industrial Version Design Suite by: - Visiting the download page on https://www.tina.com/download/ - Checking for updates from within TINA by selecting Help > Check for Updates - Signing up for newsletter on https://www.tina.com/newsletter/
Q: How can I learn more about DesignSoft Tina 80 Pro Industrial Version Design Suite?
A: You can learn more about DesignSoft Tina 80 Pro Industrial Version Design Suite by: - Visiting the product page on https://www.tina.com/tina-industrial/ - Reading the user manual on https://www.tina.com/docs/v12/TINAv12_manual.pdf - Watching video tutorials on https://www.tina.com/tutorials/ - Taking online courses on https://www.tina.com/courses/
Q: How can I share my designs with others using DesignSoft Tina 80 Pro Industrial Version Design Suite?
A: You can share your designs with others using DesignSoft Tina 80 Pro Industrial Version Design Suite by: - Saving your designs in TSC (schematic) or TPC (PCB) format and sending them by email or other means - Saving your designs in PDF format using File > Print > Save as PDF and sending them by email or other means - Saving your designs in HTML format using File > Export > HTML Report and sending them by email or other means - Uploading your designs to TINACloud using File > Upload to TINACloud and sharing them by email or social media