Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 16754A #106057 for sale

HP/AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 16754A Logic Analysis equipment is a sophisticated electronic test equipment used for debugging and troubleshooting digital computer systems. It is comprised of a range of tools that offer the user detailed insight into logic operation, allowing for the detailed analysis of activity on complex digital systems. The system consists of an oscilloscope, logic analyzer, and pattern generator. The oscilloscope module includes two 8-bit inputs for real-time waveform acquisition and display. The logic analyzer module can test up to 32 digital lines, identifying and displaying any combinations of firing and timing waveforms with a 20MHz unit clock. The pattern generator module provides basic waveforms to test digital systems, while also providing a clock to the main waveform synchronization. The machine is designed to provide the user access to a range of testing features, including digital pattern triggering, comparison operations, and value sequencing. It also features advanced timing analysis capabilities, allowing for the measurement of setup and hold times, maximum and minimum delay measurements, and signal pattern recognition. HP 16754A provides an intuitive graphical user interface, allowing users to easily configure the tool to analyze specific logic functions. The interface is divided into various windows, with each window allowing the user to configure different settings. For example, the signal configuration window allows the user to load and store signal configurations, while the signal timing window allows the user to specify trigger levels, signal conditions, time windows, and pattern recognition results. AGILENT/AGILENT 16754A is a powerful, reliable tool for performing complex logic analysis tasks. It can be used to quickly diagnose issues in digital systems or to ensure signal integrity in designs. By taking advantage of its built-in features, users can quickly determine the cause of asset errors and improve the performance of digital circuits.