Your electronic systems need the best IC technology to enable high-performance, high-reliability, broadband RF solutions for your receivers, transmitters and exciters. Teledyne e2v brings you state-of-the-art broadband data converters in advanced bipolar, CMOS and BiCMOS processes. Converting analog signals directly from RF to digital with our ADCs and directly from digital to RF with our DACs allows you to design simpler, more reliable high-performance systems and benefit from programmability and flexibility of those systems.
You will see the first live demonstration of the most advanced Digital-to-Analog Converter (DAC) from Teledyne e2v, EV12DD700. The latest 12-bit dual channel 12 GSps DAC is capable of generating signal waveforms over multiple frequency bands up to Ka-band. The DAC will be presented in its evaluation environment with the description of all its functionalities. Performance will be showcased on spectrum plots up from 26.5GHz exhibiting the widest instantaneous bandwidth up to 6 GHz.
DD700 development has been co-funded by Interstellar EU project, from Horizon 2020 Space programme under grant agreement N° 730165.
You will see the first live demonstration of the most advanced Analog-to-Digital Converter (ADC) demonstrator chip from Teledyne e2v: PS640. This proof-of-concept is capable of microwave direct sampling, preparing the future generation of very high frequency direct sampling solutions. In order to ease the integration into the RF front-ends and frequency synthesis units, the ADC is single-ended on both its microwave and clock inputs. The ADC will be described and presented in its evaluation environment. Performance will be showcased sampling directly the signals coming from a signal generator.
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