16-bit resolution, dual-channel, 1-GSPS ADC.

• Standalone DAQ system, independent of PC hardware (PCIe and PCI) or operating system drivers.

• Gigabit Ethernet for data communication and control. Universal TCP/IP socket based protocol for easy integration with Matlab/Python/Labview in Windows and Linux operating systems. The DAQ data communication drivers are provided.

• ADC performance o 58.03 dB Signal to Noise Ratio o Input full-scale: 1.9 VPP o Input bandwidth (3 dB): 1.2 GHz o Noise floor: –159 dBFS/Hz o Channel isolation: 100 dBc o Digital gain control:–6 dB to 26 dB in 1-dBSteps o Option of differetial analog input signals o Option of DC coupling for analog input signals

• Option of external ADC sampling clock

• Option of external DAQ trigger input

• On-the-fly customized FPGA-based raw data processing, such as FFT, Filter, Region of Interest Detection, FIR filter, Image Enhancement, etc.

• Continuous streaming mode

• Local RS232 for Control and Diagnostics

• PAM Controller acts as the center control unit with 10 nanosecond synchronization between lasers, scanners and DAQ

• Two laser trigger outputs

• One photo diode input

• Two motion drivers for X/Y scan motion control

• Additional input/output signals for flexible user functions: 4 digital inputs, 4 digital outputs, 4 analog input and 4 analog output

• Two motion drivers for X/Y scan motion control

• All control functions of PAM (laser trigger, scanner control, DAQ trigger and timestamp) will be achieved using GigE Ethernet port. There is no need for other control hardware.

• All PAM control software and DAQ data collection software are based on TCP/IP socket communication. The software doesn’t dependent on any hardware (such as PCIe, PCI) of the control PC. Also the software can run on Windows and Linux. The control software can be easily integrated with Matlba/Labview/Python.

• Only need a +24V DC power supply.