The Keysight (Agilent) 16741A Timing and State Module is an acquisition module for Keysight logic analysis systems, delivering dual-mode analysis capabilities for digital circuit verification and debugging. This 68-channel module operates at 200 MHz in state mode and 800 MHz in timing mode, with 4 M memory depth and 2 GHz timing zoom for detailed signal examination. The modular design enables configuration flexibility and supports data capture expansion up to 340 channels when combined with additional modules on a single time base.
Technical Specifications
• State Speed: 200 MHz
• Timing Speed: 800 MHz
• Timing Zoom: 2 GHz
• Memory Depth: 4 M (megasamples)
• Channels per Module: 68
• Maximum Channels: 340 (with multiple modules on common time base and trigger)
– Key Features
• Dual-mode acquisition supporting simultaneous timing and state analysis
• Deep memory capacity enables extended data capture for correlating failure symptoms to root causes
• High-speed acquisition handles fast digital signals across both analysis modes
• 2 GHz timing zoom provides fine-grained examination of timing events within state captures
• VisiTrigger Technology integrates advanced triggering with intuitive user interface for rapid problem isolation
• Modular architecture allows flexible system configuration based on channel and performance requirements
– Typical Applications
• Digital design verification and functional debugging
• Complex circuit analysis requiring simultaneous timing and state visibility
• High-speed signal capture and analysis
– Compatibility & Integration
The 16741A integrates with Keysight 16700-series mainframes (operating system version A.02.50.00 or higher), as well as 16900, 16800, 1690, and 1680 series logic analyzers. Time-correlated measurements are available with Keysight oscilloscopes. Multiple modules combine on a common time base and trigger for expanded analysis capacity. Probes are ordered separately. Complete compatibility information is available in the Keysight 16900, 16700, and 16500 Mainframe/Module Compatibility Matrix.
