Description
CAE2200/CAE2300/CAE2400 are RF-Sampling Analog-to-Digital Converter (ADC), in dual-channel mode, the CAE2200/ CAE2300/CAE2400 can sample up to 10.4GSPS/8GSPS/6GSPS and up to 5.2GSPS/4GSPS/3GSPS in single-channel mode. 
Programmable tradeoffs in channel count (dual-channel mode) and Nyquist bandwidth (single-channel mode) allow development of flexible hardware that meets the needs of both high channel count or wide instantaneous signal bandwidth applications.
The CAE2200/CAE2300/CAE2400 are offered in a FCBGA196 package and is specified over a temperature range of -40 to 115°C.

Features

•    Resolution: 12-bit，no missing code

•    Sample Rate: 

CAE2200: 10.4Gsps or 5.2Gsps (Dual-Channel)

CAE2300: 8Gsps or 4Gsps (Dual-Channel)

CAE2400: 6Gsps or 3Gsps (Dual-Channel)

•   Channel:  1 or 2

•   Full-scale input voltage [Vpp,diff]:  0.8V (typ), 1V (max)

•    Analog input bandwidth:  6 GHz

•    Code error rate ) :  < 10^-15

•    SNR @ 1.09GHz, -1dBFS:

  CAE2200 :  48.8 dBFS (0.8V_pp) 

  CAE2300 :  48.6 dBFS (0.8V_pp) 

  CAE2400 :  50.7 dBFS (0.8V_pp) 

•    SFDR @ 1.09GHz, -1dBFS: 

  CAE2200 : 65.7 dBFS (0.8V_pp) 

  CAE2300 : 68.0 dBFS (0.8V_pp) 

  CAE2400 : 69.4 dBFS (0.8V_pp) 
•    ENOB @ 1.09GHz, -1dBFS: 
    CAE2200 : 7.8b (0.8V_pp)  
    CAE2300 : 7.8b (0.8V_pp) 
    CAE2400 : 8.1b (0.8V_pp)  

•     Max 16 lane JESD204B output (up to 15Gbps line rate), support for 8b/10b encoding, deterministic latency in a JESD204B Subclass 1 system

•    Optional digital down-converters (DDC)

•      Overvoltage protection for analog input buffer

•      On-chip temperature diode

Application

•  Oscilloscopes and wideband digitizers

•  Communications testers（802.11ad，5G）

•  ToF and LIDAR distance measurement

•  RF-sampling software-defined radio(SDR)

•  Microwave backhaul

•  Spectrometry

Contact us

E-mail：sales@caelustech.com  

Mob：(+86) 138 2319 5425