Quantum Composers 9730 Current Generator Now Compliant with USCAR-28 and AK-LV-16

BOZEMAN, Mont. - May 20, 2020 - PRLog -- Quantum Composers, Inc. added new features to the 9730 Series Programmable Current Generator, which provide engineers with the ability to generate complex current waveforms and generate 6 amps of high precision current pulses.

Designed specifically to meet the advanced safety test requirements of USCAR-28 and AK-LV-16 for testing pyrotechnical systems, airbag systems, and electric igniters, the 9730 now offers:

●        Multi-channel capability (2 or 4 channels)
●        Precision timing control of delays and pulsewidths
●        USCAR Option: 8 segment pulse definitions allow complex waveforms with different current amplitude steps and ramps
●        6 amps of high-precision current pulses
●        Integrated precision 4-wire load resistance measurement
●        Isolated current and voltage monitor reference outputs
●        Advanced safety features including remote interlock, removable keyed enable switch and internal error checking

Per the AK-LV-16, Section 5.19 requires a constant current followed by a rapid, controlled ramp.

The advanced features, paired with the existing reliable and robust nature of the 9730 Digital Delay Current Generator product line, make the newest addition a perfect fit for production testing to the requirements of USCAR-28 and AK-LV-16, development testing of airbag systems, and other pyrotechnic systems.

Learn more about the 9730 Current Generator (https://www.quantumcomposers.com/current-generator-9730). Download the product brochure (https://drive.google.com/file/d/10h5cezbQxEZ2yg0cOAfvLSaB...) or contact our technical team at www.quantumcomposers.com/contact.

About Quantum Composers

Founded in 1993, Quantum Composers is an internationally recognized pioneer in the photonics marketplace. We are a leading manufacturer of Digital Delay Pulse Generators, DPSS lasers, and OEM and custom laser systems for a wide range of applications and industries. To learn more, please visit quantumcomposers.com (https://www.quantumcomposers.com/).