TXT Format Guide
Available Conversions
Convert TXT to AsciiDoc format for technical documentation and publishing
Convert TXT to AsciiDoc markup language for documentation
Convert TXT to AZW3 (Amazon Kindle Format 8) for modern Kindle devices
Encode TXT to Base64 format for data transmission and embedding
Convert TXT to BBCode (Bulletin Board Code) for forum posts
Convert TXT to CSV format for spreadsheet data and Excel import
Convert TXT to Microsoft Word format for rich text editing
Convert TXT to EPUB e-book format for e-readers and tablets
Convert TXT to FictionBook 2.0 (FB2) XML e-book format
Encode TXT to hexadecimal format for binary data representation
Convert TXT to web-ready HTML format for websites
Convert TXT to INI configuration format for Windows applications
Convert TXT to JSON format for APIs and data processing
Convert TXT to LaTeX (TeX) format for scientific typesetting
Convert TXT to LOG format with timestamps for debugging
Convert TXT to Markdown for documentation and GitHub
Convert TXT to MOBI (Mobipocket) format for Amazon Kindle e-readers
Convert TXT to OpenDocument Text for LibreOffice and OpenOffice
Convert TXT to PDF for universal document sharing
Convert TXT to Java Properties format for application configuration
Convert TXT to PowerPoint presentations for business slides
Convert TXT to Rich Text Format for universal editing
Convert TXT to reStructuredText for Python documentation
Convert TXT to SQL scripts for database storage
Convert TXT to SVG (Scalable Vector Graphics) for web graphics
Convert TXT to TeX format for LaTeX document preparation
Convert TXT to Textile markup for Redmine and project wikis
Convert TXT to TOML configuration format for Rust and Python
Convert TXT to tab-separated values format for data science
Convert TXT to Microsoft Excel spreadsheet format
Convert TXT to XML format for structured data
Convert TXT to YAML format for configuration files
Convert TXT to YML format for configuration files
About TXT Format
TXT (plain text file) is the most fundamental and universal text file format that contains only readable characters without any formatting, images, or special styles. Plain text files use character encoding schemes like ASCII, UTF-8, or UTF-16 to represent letters, numbers, and basic symbols. TXT files are the simplest form of digital text storage and can be opened on virtually any device, operating system, or text editor.
History of TXT
Plain text files have existed since the earliest days of computing in the 1960s. The TXT format originated with ASCII (American Standard Code for Information Interchange), which was developed in 1963 as a standard character encoding for electronic communication. ASCII defined 128 characters including uppercase and lowercase letters, numbers, punctuation, and control characters. The .txt file extension became the standard way to denote plain text files in early operating systems like MS-DOS and Unix. With the rise of international computing, extended character sets like ISO-8859 and eventually Unicode (including UTF-8, developed in 1993) expanded plain text to support all world languages and special characters while maintaining backward compatibility with ASCII.
Key Features and Uses
TXT files contain only the actual text content without any metadata about fonts, colors, sizes, or layouts. Each character is represented by a specific byte sequence according to the chosen encoding (ASCII, UTF-8, etc.). Line breaks are typically indicated by special characters (LF on Unix/Linux/Mac, CRLF on Windows). The simplicity of TXT files makes them extremely lightweight, fast to process, and compatible with virtually all software. They're human-readable when opened in any text editor, making them ideal for configuration files, source code, logs, documentation, and data exchange. TXT files can be easily parsed, searched, and manipulated using command-line tools and programming languages.
Common Applications
Plain text files are ubiquitous in computing and used for countless purposes: source code files (.py, .js, .java, .c), configuration files (config.txt, settings.ini), log files (error.log, access.log), README files, documentation, scripts, data exchange (CSV, JSON, XML are all text-based), notes, task lists, and simple documents. Programmers rely on TXT files for writing code in any programming language. System administrators use them for server configurations and shell scripts. Writers use plain text for drafting without formatting distractions. Data analysts use text-based formats like CSV and JSON for data processing. The format's universality, simplicity, and longevity make it indispensable in technology and everyday computing.
Advantages and Disadvantages
✓ Advantages
- Universal Compatibility: Opens on any device, operating system, and text editor
- Extremely Lightweight: Smallest possible file size for text content
- Human-Readable: Can be read and edited directly without special software
- Future-Proof: Will remain readable for decades without format obsolescence
- Easy to Process: Simple to parse, search, and manipulate programmatically
- No Corruption Risk: Simple structure minimizes file corruption possibilities
- Version Control Friendly: Perfect for Git, SVN, and diff tools
- Fast to Load: Instant opening even for large files
- Cross-Platform: Works identically on Windows, macOS, Linux, mobile devices
- No Dependencies: Doesn't require specific fonts, libraries, or software
✗ Disadvantages
- No Formatting: Cannot include bold, italic, colors, fonts, or styles
- No Images: Cannot embed pictures, diagrams, or graphics
- No Structure: Lacks tables, columns, headers, or complex layouts
- Line Break Issues: Different line endings (LF vs CRLF) can cause problems
- Encoding Problems: Wrong encoding can display special characters incorrectly
- Limited Presentation: Not suitable for professional documents requiring formatting
- No Metadata: Cannot store author, creation date, or document properties
- No Security: Cannot be password-protected or encrypted natively