• Part: CBM14AD50Q
  • Description: 14-bit 50MSPS A/D converter
  • Manufacturer: COREBAI
  • Size: 952.77 KB
Download CBM14AD50Q Datasheet PDF
COREBAI
CBM14AD50Q
CBM14AD50Q is 14-bit 50MSPS A/D converter manufactured by COREBAI.
CBM14AD50Q OPERATION INSTRUCTION Features Description - Analog Power Supply Voltage: 3.0V to 3.3V - Digital Power Supply Voltage: 2.5V to 3.3V - Maximum Sampling Rate: 50MSPS - Signal-to-Noise Ratio: ≥65d B - Differential Nonlinearity Error: ±1.5LSB - Power Consumption: ≤414m W - Analog Input Range: 1VPP to 2VPP - Circuit Interface: Parallel CMOS Level Interface - ESD Rating: 1000V Application - High-end medical imaging equipment - IF signal sampling for munication receivers - Portable instruments - Low-power digital oscilloscopes The CBM14AD50Q 14-bit 50MSPS A/D converter is a monolithic integrated circuit fabricated using CMOS technology. This product Features a pipeline architecture and incorporates internal circuits such as a sample/hold amplifier, pipeline ADC, voltage reference, clock stabilization circuit, and mode selection logic. Housed in a QFN-32 package with dimensions of 5.0mm (L) × 5.0mm (W) × 0.75mm (H), this device is a direct replacement for the AD9245 from Analog Devices (ADI). FOCUS ON DEVELOPMENT - SINCERELY SERVICE - INNOVATIVE FUTURE -1- .corebai. CBM14AD50Q OPERATION INSTRUCTION Catalog Features ........................................................................................................................................................1 Application.................................................................................................................................................. 1 Description................................................................................................................................................. .1 Catalog.........................................................................................................................................................2 Block Diagram.............................................................................................................................................3 Timing Sequence Diagram.......................................