JAJSGZ4 February 2019 ADC3244E
PRODUCTION DATA.
The ADC3244E is a high-performance, 14-bit, 125-MSPS, dual channel analog-to-digital converter (ADC) with ultra-low power consumption. The ADC3244E supports the extended ambient temperature range of –50°C to +105°C, making this device a great choice for extreme temperature conditions while delivering excellent noise and linearity performance.
The LVDS output interface reduces number of connections between the ADC and receiving device, such as an FPGA, which results in power saving and higher system integration. The device supports an input dynamic range of 2 VPP, and is equipped with digital features such as chopper function and dither algorithm. The chopper function helps in shifting the ADC 1/f noise spectrum to the Nyquist frequency, while preserving the signal spectrum, thus making this device useful for dc-coupling applications. The internal dither algorithms help clean higher-order harmonic spurs from the ADC output spectrum. See the Chopper Functionality and Internal Dither Algorithm sections for more details on chopper and dither functions, respectively.