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Tektronix TLA6204 136-Channel Logic Analyzer
The Tektronix TLA6204 is a high-performance 136-channel logic analyzer designed for engineers working on embedded systems, FPGA debugging, digital circuit validation, and protocol analysis. With deep memory, advanced triggering, and high-speed timing analysis, this analyzer provides real-time visibility into complex digital systems, helping engineers identify and resolve design issues efficiently.
Key Features & Benefits
1. High-Channel Count & Performance
- 136 logic channels for comprehensive digital signal analysis
- Up to 200 MHz state clock speed for accurate state analysis
- High-speed timing resolution up to 125 ps (8 GHz equivalent timing)
2. Advanced Debugging & Triggering Capabilities
- Multi-level triggering system for capturing specific digital events
- Time-correlated views of state and timing data for enhanced troubleshooting
- Glitch capture and transitional storage for analyzing intermittent issues
3. Intuitive User Interface & Display
- Large color touchscreen display for enhanced signal visualization
- Windows-based graphical UI for easy navigation and control
- Multiple viewing modes for customized analysis
4. Connectivity & Data Handling
- Interfaces: GPIB, LAN, USB, and RS-232 for data transfer and remote operation
- Data export and storage capabilities for documentation and further analysis
- Integration with oscilloscopes for complete system-level debugging
5. Applications
- Embedded system debugging – Capture and analyze processor and bus activity
- FPGA & ASIC verification – Monitor logic states and timing constraints
- Communication protocol testing – Debug serial and parallel communication signals
- Digital system troubleshooting – Identify timing issues, glitches, and logic failures
The Tektronix TLA6204 Logic Analyzer is a powerful, flexible, and user-friendly tool for engineers and developers working on complex digital systems. Its high-speed timing capture, deep memory, and advanced triggering make it essential for accurate signal analysis, FPGA validation, and embedded system debugging.
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