Altium File Type Not Recognized !!EXCLUSIVE!!
I am designing a mppt solar charge controller for a solar powered golf cart as part of my senior design project. I am looking to use the TIDA00120 as a reference design but scale it up to work with a higher input voltage and larger battery bank. However, the pcb and schematic design should remain very similar. My problem is that I can't find a way to open these design files. I downloaded the zip file that included the ,pcb and .sch file for the development board for the TIDA00120. I believe it is called PMP7605. I have tried using Eagle and Altium Designer to open these files, but both say that the file type is not recognized. Please is there a way to open these files. I am on a time crunch and it would save a ton of time if I didn't have to design the PCB from scratch.
altium file type not recognized
In Altium Designer, all design files are stored on the hard drive. The basis of every design created in Altium Designer is a project file. Multiple types of projects are supported in the environment, including:
While Altium Designer allows direct editing of any individual schematic, PCB, HDL, or any other design file, to perform any project-type operations, such as updating the board from the schematic or printing all the schematics in the project, you must open the project.
The first question that comes up is what kind of PCB manufacturer documents and drawings will need to be created? If you are not familiar with the entire PCB design process or PCB manufacturing requirements, you may be asking yourself the same thing. Your PCB manufacturer will need an array of design files from you that may include Gerber files, bill of material files, Excellon drill files, fabrication and assembly drawings, pick and place files, and many others. Here are some resources to help you become more acquainted with some of these file types.
Just as you design your home environment to enhance your quality of life you can customize your work environment to improve the quality of your work. Although a comfortable chair can provide a relaxing ambiance while designing PCBs, the most important feature for generating quality work is the comfort level you feel with your PCB software design tool. Altium Designer is designed to provide the greatest capability coupled with exceptional functionality. Additionally, you can use the extensive set of supported file types to customize your design environment and be your most productive.
One of the unsung aspects of productivity is having an ergonomically pleasing working environment. Certainly, a part of this is a comfortable physical space. However, it is even more important to have tools that enable you to get tasks done as efficiently as possible. For PCB design, the best tool is a software design package that contains all of the functionality you require; including being able to work easily with various PCB file types.
The AltiumLL.vbs file which is installed as part of the Altium script project is being picked up by your Antivirus software and quarantined. This is a false positive detection of VBS.ObfDldr.8.Gen or Trojan:Script/Foretype.A!ml and you should add an exclusion for this file and/or the folder C:\Users\\Documents\AltiumLL
As was mentioned in comments by @Ken White, it is very difficult to do this without third-party components.As far as I know, XSL file has a structure of Compound File Binary Format. This type of files consisting of blocks and streams that You can manipulate. I have used this third-party software to parse such file type (actually SchDoc, but not XLS), check this question. OpenMCDF can do a trick if You have Altium running with .NET platform, like 16 version do, for example. In addition, You may use the specification of this file format based on CFB.
It is very noticeable, that some other filetypes of Altium is using that CFB file format, so it might be useful to know about OpenMCDF. I believe that XLS can be created in much handy way, than this one, but it is useful to know, how to deal with such data containers, as XLS, or SchDoc, et cetera.
The bug is fixed.Your issue is an other issue: your file has the extension .PCBThe expected extension is .pcbIt make no difference on Windows for the filename, but creates this issue because the file is not recognized as PCAD file by Pcbnew.
Deep Scan reads your storage device data sector-by-sector and detects patterns that belong to specific file formats. We teach Deep Scan to recognize new file types with every new update of Disk Drill.
There are multiple articles describing preferences for the neutral file types you should demand from your customer. In real life, many end-users have no access to the original author of the neutral file, so they will have to use whatever they get. This series of articles will focus on best practices to get the most from working with STEP files. That being said, many of the tools and techniques presented could apply to working with other file formats.
SOLIDWORKS recognized this trend in the industry, and in 2018 significantly improved the functionality for importing STEP files by giving users two separate STEP importing engines incorporated into the standard version of the software.
We are planning to use MangOH as a gateway in our sensor network system. We will be using it in our prototype systems but for production, we would like to customize the system. The website has only the gerber files.When will you post the PCB files for MangOH?Also, we would appreciate if you can post Altium files aside from Pads files as not a lot of people has access to Pads software.
1.Locate the following two files in the \System folder of your Altium Designer installation (Summer 08 or later):a.Allegro2Altium.batb.AllegroExportViews.txt2.Copy the two files to the folder containing the *.brd binary Allegro version 15.2 or 16 file.3.Open a command prompt, navigate to the folder containing these files and type the following: Allegro2Altium your_file.brd4.Surround your filename with double quotes if the filename contains spaces, i.e.: Allegro2Altium "your file.brd"5.The ASCII file is now created in the folder. Copy the *.alg file to the Altium Designer workstation, Summer 08 (Version 7) or higher, and import using the Import Wizard.
The Alteryx database format (.yxdb) is a file type that can hold data fields, values, and spatial objects. The .yxdb format is the most efficient file type for reading and writing in Alteryx because it has no size limit, is compressed for maximum speed, and includes additional metadata that references the source of the data and how the data was created. While there is no limit to the number of records or file size, there is a record size limit of 2 GB in a 64-bit environment.
The Alteryx Field Type file is a text file that describes the file configuration of field names and field types. Once saved, the .yxft can be loaded via the Select tool or any tool with an embedded select.
A .pcxml file contains a proprietary language used by Alteryx for reporting purposes. Alteryx can read and render a .pcxml file for reporting output, but users are not encouraged to use this file type. Instead, create report snippets using the Reporting tools and save them to a .yxdb file or a final presentation output format.
For many types of email accounts, Outlook stores your messages in a Personal Folders File (.pst file). You can repair this file by running the Inbox Repair Tool. This repair should take approximately fifteen minutes. For more information, see Repair your Outlook personal folders file (.pst).
This is the latest version of Gerber files which supports additional data. Gerber X2 files can contain details such as the layer function, entity functions like pad types, trace positions regulated with impedance, and much more.
A drill file is a secondary file sent to the manufacturer with the Gerber file. The drill file refers to the position, size, and the number of holes in the desired PCB. The NC drill file can be used to correctly determine where all the drill holes are located on your board and the size they require. The number of files created for the drill varies depending on the complexity of PCB wiring. Drills can be of different types: through-holes, blind vias, and buried vias.
There are two types of holes to be drilled in the PCB, plated and non-plated holes. Non-plated holes are normally used as mounting holes for the PCB and as positions holes for connectors. If the PCB has to be electrically isolated from the enclosure non-plated mounting holes are used. If the PCB has to be grounded to the enclosure plated mounting holes are used. All interconnect vias which connect different layers are plated. If a board design has both plated and non-plated holes, you can merge the drill details in one NC drill file for both types of holes or have different NC drill files created by the PCB design tool.