Home » Electronic Components » Teledyne e2v presents Synchronizing and Triggering Multiple High Speed Digitizers at PXI Show China

Teledyne e2v presents Synchronizing and Triggering Multiple High Speed Digitizers at PXI Show China

CHENGDU, CHINA — (Marketwired) — 10/27/17 — Recently Teledyne e2v–s Field Application Engineer for Asia, Marc Stackler, was invited to speak at the PXI Show in Chengdu, China. He delivered a technical paper to address the topic of Synchronizing and Triggering Multiple High-speed Digitizers.

In recent years, more and more systems require multiple channels to work simultaneously. And this is true for many types of applications, from test and measurement to communications, including big physics systems. Synchronizing multiple channels is considered quite simple when working with low-speed digitizers but when the digitizers are running at and beyond 1GSps, small timing effects start to become very meaningful.

Marc–s presentation discussed how to synchronize multiple high-speed (> 1GSps) digitizers, based on an example with a Teledyne SP Devices digitizer using the PXIe form factor. In particular, it covered clock and trigger distribution systems; the two main drivers of a successful (or failed) synchronization. It also included an explanation of timing effect impacting the precision of the synchronization and trigger, which were presented with trigger jitter and trigger setup and hold times. Lastly, multiple examples of means of connected trigger and clock were introduced before describing an example with a total of 96 channels or 24 digitizers.

The presentation used ADQ14 as an example to introduce the synchronization and triggering capabilities of Teledyne SP Devices– digitizers. The ADQ14 is a very flexible solution with high resolution at 14 bits. Its sampling speed of 500MSps, 1GSps or 2GSps associated with 1, 2 or 4 channels makes it suitable for a large range of mid to high-end applications including mass-spectrometry, analytical instrumentation, quantum physics, radar, Software Defined Radio, wafer inspection and automated test equipment. Available with DC- or AC-coupled input, it can be adapted for time or frequency domain operation. Furthermore, its form factor options range from the flexible USB to the high data rate PCIe and also includes PXI, 10Gb Ethernet and µTCA. Lastly, an application specific version, the ADQ14OCT, has been designed and tuned for Swept Source Optical Coherency Tomography with a K-clock.

Teledyne e2v–s innovations lead developments in healthcare, life sciences, space, transportation, defence and security and industrial markets. Teledyne e2v offers high-performance, high-reliability semiconductor solutions, which address the critical functions of the complete signal chain. For more information .

Teledyne SP Devices is an innovative supplier at the forefront of high-performance digitizer technology since 2004. Its proprietary for the digital post-processing of the output from parallel A/D-converters enables ultra-high performance A/D conversion solutions. The portfolio of products enables their customers to build systems with state-of-the-art A/D performance in the area of cellular base station transceiver (BST) applications, digital imaging, high-speed data acquisition and broadband communication.

The PXI Show is a Technical Seminar and Exhibition focusing exclusively on the world–s most popular modular Test, Measurement and Automation platform. Conceived and organised by a consortium of T&M professionals, the show offers Design, Test & Production managers and engineers a unique forum to learn about the latest developments in PXI from the industry–s leading experts. The event also presents a perfect opportunity for networking with both peers and suppliers in a relaxed and informal setting.

The PXI Show seminar theatre will feature a varied programme of technical presentations covering many different aspects of PXI system development and implementation.

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Teledyne e2v

+ 852 3679 3652

Posted by on 27. October 2017. Filed under Electronic Components. You can follow any responses to this entry through the RSS 2.0. You can leave a response or trackback to this entry

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