Drag an XY Graph or Alphanumeric Display object to the canvas. Wire the data output pin of the DMM to the input pin of the display.
Ensure your instrument drivers are updated to 32-bit/64-bit IVI or VXI PnP standards, especially if moving to Windows 11.
Modern manufacturing requires robust data logging. VEE Pro 9.33 offers standard database connectivity (via ODBC/ADO), enabling test engineers to log pass/fail results, serial numbers, and parametric data directly to SQL databases. Why Choose VEE Pro 9.33 Over Text-Based Languages? Keysight VEE Pro 9.33 Text-Based Languages (Python/C#) Low; intuitive visual flowcharts Moderate to High; requires syntax mastery Development Speed Fast prototyping via graphical blocks Slower initial setup for GUI and hardware Instrument Drivers Native plug-and-play panel drivers Requires searching for third-party libraries Legacy Support Excellent compatibility with older code Hard to maintain across major language version changes
VEE Pro 9.33 can compile programs into stand-alone files. With the free VEE Runtime Engine , these executables can be deployed on factory floors without installing the full development environment, reducing licensing costs for production test stations. keysight vee pro 9.33
VEE 9.33 offers two ways to talk to hardware. allows immediate sending of SCPI commands (e.g., *IDN? ). The Instrument Manager , however, is the true power tool. It scans your connected GPIB/LAN devices and lets you drag-and-drop pre-configured functions (like "Measure Voltage" or "Set Frequency") without memorizing a single command string.
: Uses a block-diagram approach where functional objects are connected with "wires" to define task flow, significantly reducing development time compared to text-based languages. Instrument Control : Features a built-in Instrument Manager
By default, VEE Pro uses : an object executes when all its input pins have valid data. This naturally parallelizes operations and avoids many race conditions. For scenarios requiring explicit ordering, the Sequence object enforces top-to-bottom execution, providing a "control flow" override. Drag an XY Graph or Alphanumeric Display object
Architectural Comparison: VEE Pro vs. Text-Based Programming Keysight VEE Pro 9.33 Text-Based Programming (Python/C#) Low; highly intuitive for hardware engineers. Moderate to High; requires syntax mastery. Development Speed Fast for basic to moderately complex test benches. Slower initially, but faster for vast software ecosystems. UI Design Integrated panel view; drag-and-drop creation. Requires separate GUI frameworks (WPF, Tkinter). Instrument Interfacing Built-in graphical objects for SCPI/IVI drivers.
Add an comparison block to verify if the voltage falls between acceptable thresholds (e.g., 4.75V to 5.25V). Step 4: Operator GUI Creation
is not flashy. It won't win a hackathon. But if you are responsible for a production test floor that has run reliably for the last decade, this software is a workhorse. It is a testament to the idea that for test automation, "if it ain't broke, don't fix it." Modern manufacturing requires robust data logging
Keysight VEE Pro 9.33 (formerly Agilent VEE or HP VEE) represents a mature, graphical programming environment specifically designed for test and measurement applications. Unlike text-based languages, VEE Pro uses a flow-chart-like block diagram paradigm, enabling engineers and scientists to rapidly develop automated test systems, control instruments, perform data analysis, and generate reports. This paper provides an overview of VEE Pro 9.33, focusing on its architecture, core capabilities, practical applications, and its relevance as a maintainable solution for legacy and medium-scale automated test equipment (ATE) systems.
+-----------------------------------------------------------------+ | Keysight VEE Pro 9.33 | +-----------------------------------------------------------------+ | | v v [Graphical Programming] [Multi-Vendor I/O] - Visual blocks & wires - GPIB, LAN, USB, LXI - Built-in compiler - IVI-COM & VXIplug&play | | +--------------------+--------------------+ | v [Built-In Math & Reporting] - Embedded MATLAB Scripts - Direct Excel Automation 1. Hardware Connectivity and Open I/O Architecture
Intel Core i3 or equivalent higher-spec processor.
Includes native MATLAB Script and Signal Processing toolbox support (approx. 1,800+ functions). Key Features and Enhancements in Version 9.33
Mastering Test Automation with Keysight VEE Pro 9.33: A Comprehensive Guide