MultiWriter pps™ On-board Part Programming Overview
The MultiWriter pps™ on-board gang programming system uses proven, patented simultaneous programming technology to program up to 384 chips simultaneously, up to 16 different types or families — typically in seconds instead of the minutes required by conventional programmers.
Compared to other part programming solutions, MultiWriter pps delivers significant speed and cost advantages over conventional in-circuit tester-based programmers when more than four parts already mounted on circuit boards must be programmed in a single pass, making it especially effective for multi-board panels.
MultiWriter pps is optimized for applications requiring programming of at least 4 parts per board or multi-board panel.
Learn more about the advantages of Multi-Board On-board Programming 
Advantages of On-board Part Programming with the MultiWriter pps
- Eliminates the requirement to track different versions of pre-programmed parts, simplifying inventory management and eliminating rework (reprogramming) costs.
- Unique part- and board-specific data may be inserted into the main programming code ‘on-the-fly’ with the main program code, eliminating an additional downstream programming step.
- In medium to high volume production environments on-board programming costs significantly less than offline pre-programming by eliminating the separate chip-handling step and reducing inventory costs. Less handling also means fewer part failures.
Product Details
The MultiWriter pps On-board Gang Programming System includes:
- MultiWriter controller
- Integrated PC, keyboard, mouse and display
- Lambda 0-60V, 12.5A programmable power supply
- GenRad 227X-compatible fixture interface
- All the above integrated into system console with automated vacuum control
- Windows operating system
- MultiWriter control software
Download the MultiWriter pps Brochure 
Purchase or Pay-Per-Use
Is Pay-Per-Use the right solution for your programmed parts?
Download the MultiWriter Pay-Per-Use Brochure 
† MultiWriter Technology is protected under U.S. Patent No. 7,802,021.
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