Follow on Google News News By Tag Industry News News By Location Country(s) Industry News
Follow on Google News | Quantum Composers Announces the Industry's First Wireless Pulse/Delay GeneratorThe Sapphire Plus revolutionizes laser timing and system synchronization with its low cost, small package and Bluetooth wireless capabilities.
The Sapphire Plus Series Features: • 5ns delay and width resolution accuracy • <50ps RMS Jitter • Fast Rise Time, <2ns • 1ppm oscillator • Field upgradeable The Sapphire Plus Series improves on the standard Sapphire Series, offering better performance and more options. The standard Sapphire Series is field upgradeable to the Sapphire Plus, giving customers the added benefit of increased performance or options should their needs change. Quantum Composers states that the new Sapphire Plus timing system will have a period counter; this allows averaging the incoming periods– allowing for better accuracy. The Sapphire Plus adds additional “virtual” channels, effectively doubling the number of channel timers the unit may utilize. One more unique feature is the synchronous update mode, which allows channel width and delays to be adjusted and then updated at once with a single command. The instrument offers a complete set of channel operating modes including continuous, single shot, burst, and duty cycle. These modes combined with external trigger/gate inputs, allow for a full range of complex output waveforms. About Quantum Composers: Quantum Composers was founded in 1993 in Bozeman, Montana, an already accelerating high tech center for electro-optic startups. Over the last 20 years, Quantum has become an internationally recognized pioneer in the electro-optics market place with the design and development of a precision pulse generator line and as a provider of custom laser systems for micromachining applications. For more information please contact info@quantumcomposers.com, visit us on the web at www.quantumcomposers.com or call 1.800.510.6530. End
Account Email Address Account Phone Number Disclaimer Report Abuse Page Updated Last on: Jun 18, 2013
|
|