New Tektronix TLA7012 136 Channel Logic Analyzer

Tektronix TLA7012 136-Channel Logic Analyzer Mainframe with TLA700 8GHz (Opt 18)

The Tektronix TLA7012 is a high-performance logic analyzer mainframe, designed to provide comprehensive digital system analysis for engineers working in embedded system design, FPGA debugging, and microprocessor validation. This modular mainframe offers scalable channel configurations, a user-friendly interface, and advanced triggering capabilities, making it an essential tool for complex digital system testing.

Key Features & Benefits

1. High-Performance Logic Analysis

• Supports up to 136 channels for in-depth digital signal analysis
• 8 GHz timing resolution with the TLA700 series modules for precise measurements
• Advanced triggering and storage qualification for capturing complex events
• Multi-level triggering for precise signal capture and analysis

2. Scalable & Modular Design

• Mainframe supports multiple modules, allowing users to expand channel count and performance as needed
• Compatible with TLA7AA, TLA7BB, and TLA7NA series acquisition modules
• Flexible probe options for various debugging and signal capture scenarios

3. User-Friendly Interface & Connectivity

• Large touchscreen display for intuitive navigation and control
• Windows-based operating system for easy integration into existing workflows
• Ethernet, USB, and GPIB connectivity for seamless data transfer and remote operation

4. Powerful Debugging & Analysis Tools

• Real-time acquisition and deep memory for capturing long-duration signals
• Protocol decoding support for industry-standard digital buses
• State and timing analysis modes for comprehensive debugging
• Integrated waveform and listing views for detailed signal examination

5. Versatile Applications

• Embedded system debugging for microcontroller and microprocessor designs
• FPGA and ASIC validation with precise signal timing analysis
• High-speed digital signal verification in communication and computing systems
• Power integrity and timing analysis for complex electronic designs

The Tektronix TLA7012 136-Channel Logic Analyzer Mainframe with TLA700 8GHz (Opt 18) is a powerful, scalable, and feature-rich solution for engineers working on complex digital system debugging, validation, and verification. With high-speed timing resolution, extensive channel support, and advanced triggering capabilities, it provides the precision and flexibility required for modern electronic design and development.

Specifications

General Specifications

• Model: Tektronix TLA7012
• Configuration: 136 channels (expandable with additional modules)
• Module Compatibility: Supports TLA7AA, TLA7BB, TLA7NA series acquisition modules
• Maximum Timing Resolution: 8 GHz (125 ps timing precision) with TLA700 modules
• State Acquisition Rate: Up to 1.4 GHz with advanced modules
• Memory Depth: Supports deep memory acquisition for capturing long signal sequences

Acquisition & Performance

• Timing Analysis: Up to 8 GHz (125 ps resolution)
• State Analysis: Up to 1.4 GHz with adjustable thresholds
• Triggering: Multi-level trigger system with storage qualification
• Signal Capture Modes: Simultaneous state and timing acquisition
• Protocols Supported: I²C, SPI, UART, PCI, DDR, USB, Ethernet, and more

User Interface & Display

• Display Type: Integrated touchscreen LCD
• Operating System: Windows-based UI for ease of use
• Analysis Tools: Built-in waveform display, event counters, and protocol decoders

Connectivity & Data Management

• Remote Operation: Ethernet, USB, and GPIB interfaces
• Data Export: Supports CSV, TXT, and proprietary Tektronix formats
• Software Compatibility: Works with Tektronix TLA Application Software

Physical & Power

• Dimensions: Approx. 17 x 9 x 18 inches (W x H x D)
• Weight: ~40 lbs (varies based on installed modules)
• Power Supply: 100-240V AC, 50-60Hz

Environmental Conditions

• Operating Temperature: +5°C to +40°C
• Storage Temperature: -20°C to +60°C
• Humidity: 20% to 80% non-condensing

Applications

• Embedded System Debugging (Microcontroller, FPGA, ASIC validation)
• High-Speed Digital Signal Testing (DDR, PCIe, Ethernet, USB)
• Timing & Protocol Analysis for troubleshooting and verification
• Power Integrity Testing in electronic design and development