e2v's family of 8, 10 and 12-bit A/D converters has grown to include sampling rates from 500 Msps to 5 Gsps at up to S-Band
We provide a broad range of high speed broadband data converters for a multitude of leading-edge signal conversion applications
e2v's family of 8, 10 and 12-bit A/D data converters has grown to include sampling rates from 500 MSps to 5 GSps; all without the need for added off-chip external interleaving techniques. An e2v data converter provides receiver designers with market leading high linearity, ENOB and dynamic range coupled with analog bandwidths from 1 GHz to over 6 GHz for true high IF sampling.
The 12b 1.5GSps ADC is the latest in e2v's quest for both high linearity and high dynamic range. Featuring 68 dB SFDR in second Nyquist, digital control and a latency of 5 clock cycles, the EV12AS200 offers designers peace of mind when confronted with receiver system speed limits.
The 12b 3GSps DAC, EV12DS130A, offers best in class SFDR and NPR performance along with an output bandwidth of over 6GHz allowing direct micro wave synthesis into the 4th Nyquist zone.
You receive all the benefits of these proven solution thanks to the precise packaging that ensures a perfect fit with your applications.
To access the Broadband Data Converter Product Guide follow this link
To access the Broadband Data Converter Brochure follow this link
To access the Quad ADC 8-bit 1.25 Gsps flyer follow this link
To access the ADC 12-bit 500 Msps flyer follow this link
e2v provides a broad range of high speed Broadband Data converters for a multitude of leading-edge signal conversion applications such as:
Designers incorporate an e2v data converter in applications where sampling speed, data conversion accuracy, high input bandwidth and power consumption are key design parameters for the development of standard devices but also ASSPs based on customers' requirements. To complement these performance needs, e2v offers market leading package and screening options to meet the most demanding environments: from commercial grade to military, aerospace and satellite.