PBLV-DDS - PulseBlaster LabVIEW Extensions with RF Signal Generation

Figure 2 - PBLV-DDS Frequency Test

Method 1: User Interfaces with LabVIEW Runtime Engine

• National Instruments LabVIEW 9.0 Runtime Engine
• LabVIEW 9.0 Runtime Engine is required to use the executable user interfaces for programming boards. It can be downloaded here.

•  User Interfaces (using standard WINAPI calling convention)
• PBLV-DDS Workbench
• The PBLV-DDS Workbench is a user interface created with LabVIEW to provide all the tools to program RF and TTL pulses onto a PulseBlaster-DDS board.
  
• Example Workbench Instructions
• Example Workbench instructions for creating simple RF and TTL pulses.

• User Interfaces (using C calling convention)
• PBLV-DDS Workbench (uses C calling Convention)
  
• The PBLV-DDS Workbench is a user interface created with LabVIEW to provide all the tools to program RF and TTL pulses onto a PulseBlaster-DDS board.
• Example Workbench Instructions (uses C calling Convention)
• Example Workbench instructions for creating simple RF and TTL pulses.

Method 2: Customizable VIs

• LabVIEW PulseBlaster Extensions.
• Full PBLV-DDS project - LabVIEW 9.0
• Full PBLV-DDS project - LabVIEW 8.6
  
• Full PBLV-DDS project - LabVIEW 8.5
  
• LabVIEW PulseBlaster Extensions. (Same as above, but with C calling convention)
• Full PBLV-DDS project - LabVIEW 9.0 (CDECL)
• Full PBLV-DDS project - LabVIEW 8.6 (CDECL)
• Full PBLV-DDS project - LabVIEW 8.5 (CDECL)

Documentation

• PulseBlasterDDS LabVIEW Extensions User Manual

PBLV-DDS-II - PulseBlaster LabVIEW Extensions with Dual RF Signal Generation

Figure 3 - PBLV-DDS-II Frequency Example

Method 1: User Interfaces with LabVIEW Runtime Engine

• National Instruments LabVIEW 8.6 Runtime Engine
• LabVIEW 8.6 Runtime Engine is required to use the executable user interfaces for programming boards. It can be downloaded here.

• User Interfaces (using standard WINAPI calling convention)
• PBLV-DDS-II Workbench
• The PBLV-DDS-II Workbench is a user interface created with LabVIEW to provide all the tools to program RF and TTL pulses onto a PulseBlaster-DDS-II board.
  
• Example Workbench Instructions
• Example Workbench instructions for creating simple RF and TTL pulses.

• User Interfaces (using C calling convention)
• PBLV-DDS-II Workbench (uses C calling Convention)
• The PBLV-DDS-II Workbench is a user interface created with LabVIEW to provide all the tools to program RF and TTL pulses onto a PulseBlaster-DDS-II board.
• Example Workbench Instructions (uses C calling Convention)
• Example Workbench instructions for creating simple RF and TTL pulses.

Method 2: Customizable VIs

• LabVIEW PulseBlaster Extensions.
• Full PBLV-DDS-II project - LabVIEW 9.0
• Full PBLV-DDS-II project - LabVIEW 8.6
  
• Full PBLV-DDS-II project - LabVIEW 8.5
  
• LabVIEW PulseBlaster Extensions. (Same as above, but with C calling convention)
• Full PBLV-DDS-II project - LabVIEW 9.0 (CDECL)
• Full PBLV-DDS-II project - LabVIEW 8.6 (CDECL)
• Full PBLV-DDS-II project - LabVIEW 8.5 (CDECL)

Documentation

• PulseBlasterDDS-II LabVIEW Extensions User Manual