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Tektronix TLA5204B 136 Channel, 2 GHz Deep Memory 235 MHz State Logic Analyzer
The Tektronix TLA5204B Logic Analyzer is a high-performance, deep-memory analysis system designed for advanced digital debugging and validation. Featuring 136 channels, 2 GHz deep memory, and a 235 MHz state analysis speed, this analyzer is ideal for complex embedded system development, high-speed digital circuit testing, and FPGA debugging.
Key Features:
- 136 Channels:
- Provides comprehensive signal capture for debugging complex digital designs.
- 2 GHz Deep Memory Timing Analysis:
- Allows for detailed long-duration signal acquisition without missing critical events.
- 235 MHz State Analysis Speed:
- Enables real-time examination of bus and logic state changes.
- High-Resolution Timing & State Capture:
- Simultaneously captures high-speed clocked and asynchronous events.
- Advanced Triggering & Filtering:
- Customizable pattern, edge, and sequential triggers for pinpointing complex logic issues.
- Wide Signal Compatibility:
- Supports TTL, CMOS, ECL, LVDS, and other logic families.
- Comprehensive Protocol Decoding:
- Analyzes PCI, DDR, USB, I2C, SPI, and other communication protocols.
- PC Integration & Remote Control:
- Ethernet, USB, and GPIB connectivity for automation and data analysis.
- Large, High-Resolution Display:
- Built-in touchscreen for intuitive navigation and real-time waveform viewing.
Applications:
- Embedded System Debugging: Analyze microcontrollers, DSPs, and processors.
- FPGA & ASIC Development: Verify high-speed logic functionality and timing.
- High-Speed Serial & Parallel Bus Analysis: Capture and decode data buses for validation.
- Memory & Data Bus Debugging: Ideal for DDR, PCI, USB, and other high-speed interfaces.
- Automotive & Aerospace Electronics Testing: Ensure compliance with industry standards.
The Tektronix TLA5204B 136-Channel, 2 GHz Deep Memory 235 MHz State Logic Analyzer is a powerful tool for engineers and developers, delivering high-speed, in-depth digital analysis for debugging and optimizing complex electronic systems.
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