Teledyne e2v has qualified the first four channel 12bit analogue-to-digital converter (ADC) for space designs.
The EV12AQ600 12bit ADC support 1.6GSample/s each channels, or 6.4GSps across a single channel when interleaved and is reconfigurable in orbit via a cross-point switch after the inputs.
The ADC part withstands a total ionizing dose (TID) of 150kRad for long-term missions or GEO satellites. In addition, the ADC was tested for multi-axis mechanical shock and vibration as well as electro-static discharge (ESD), extreme temperature and thermal cycling test procedures to meet NASA and ESA requirements and comply with the MIL-PRF-38535 (QML-Y) and ESCC 9000 standards.
The EV12AQ600 can be reconfigured remotely as the number of channels, the sample rate and the dynamic range can be altered via an accompanying FPGA. FPGA design libraries are available for project development based around the Xilinx ecosystem (XQRKU060) for space implementations.
This flexibility also enables design re-use in a platform that can be adapted to a wide range of applications.
“Through our space-qualified EV12AQ600 devices, we are able to offer customers high-performance data converter solutions that are ready to integrate directly into their systems,” said Nicolas Chantier, Marketing Director at Teledyne e2v. “It means that they can benefit from flight-proven TRL9 technology, without the need for any further qualification effort. Also, with inventory now available, there are much shorter lead times associated with these ADCs than competing solutions currently on the market. Customers can therefore get access to samples straight away.”
The test data relating to space qualification of the EV12AQ600 from Teledyne e2v is at https://semiconductors.teledyneimaging.com/en/products/data-converters/ev12aq600/#prodnav-1
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