qMorpho: 4-channel MCA & DAQ card

qMorpho 4-channel MCA and an Ethernet server.

The qMorpho is a 4-channel MCA and data acquisition card. It uses proprietary digital signal processing to measure the raw data from each channel: Energy, triggering, time of arrival and pulse shape. The raw data can be sent to a communication and control FPGA (C&C).

The C&C FPGA provides coincidence detection and can be programmed by the user to perform other tasks on the raw data. Secondly, this FPGA handles the communication with the host computer. Access is possible via USB, SPI, or 16-bit parallel bus. We provide an Ethernet server to connect the qMorpho to the Ethernet.

Complete systems with 1 or 2 qMorphos and an open-source Etherenet server: qDAQ

• 4-channel MCA & DAQ
• Singles or coincidence spectroscopy
• User-programmable backend FPGA
• Communicate via Ethernet, 16-bit parallel, USB or SPI
• Complete systems (4 to 8 channels) in sealed housing: qDAQ

• 4 MCA/DAQ channels
• Use with any scintillator
• Couples directly to photomultiplier anodes
• 3.5" x 3.5" PCB

• Energy histograms (on board) 2048 x 32
• Time measurement: Real time, life time
• Rate measurement: Histogramming and
  true input pulse rate
• Oscilloscope: 1024-point waveform capture
• List mode: Stores energies and time stamps
• Pulse shape analysis:
  For pile up rejection and particle identification

• Supply current: 360 mA to 920 mA
• Supply voltage: 3.3 V, 3.5 V to 5.5 V
   
• 10-bit or 12-bit waveform digitizing ADC;
• 20 MSPS to 80 MSPS

• Open source application programmer's interface (API)
• Graphics user interface (requires IGOR PRO license)

• Available as complete systems, with one or two qMorphos, and an Ethernet server qDAQ

• Flyer
• API documentation
• Function blocks>

• Ordering