Programming Considerations下載 PDF選擇的小節所選的小節與子小節完整手冊已更新2025-10-20閱讀時間為 1 分鐘PXI 向量訊號收發器PXI 向量訊號產生器PXI RF 類比訊號產生器+ 2NI-RFSG使用者手冊 Use the NI-RFSG API and its supported ADEs to program NI RF signal generators.NI-RFSG Instrument Driver Programming FlowNI-RFSG Programming State ModelThe NI-RFSG programming model has three main states: Configuration (idle), Committed, and Generation (running).Driver Setup OptionsSimulating a DeviceSimulate your device using NI-RFSG to develop, modify, and/or test an application without hardware. Using a simulated device to test an application eliminates the risk of hardware damage. Simulating a device also allows you to evaluate an NI product even if you do not have the hardware.Set Properties and Attributes Before Reading ThemAssigning Properties or Attributes to a WaveformNI-RFSG Instrument Driver FPGA ExtensionsNI-RFSG instrument driver FPGA extensions for VSTs enable you to use precompiled FPGA bitfiles to customize the behavior of the VST FPGA. At the same time, the FPGA extensions maintain the functionality of the NI-RFSG instrument drivers.RF List ModeRF list mode is an operating mode in which the device deterministically sequences through a predetermined set of RF configurations.Scripting Instructions
Use the NI-RFSG API and its supported ADEs to program NI RF signal generators.NI-RFSG Instrument Driver Programming FlowNI-RFSG Programming State ModelThe NI-RFSG programming model has three main states: Configuration (idle), Committed, and Generation (running).Driver Setup OptionsSimulating a DeviceSimulate your device using NI-RFSG to develop, modify, and/or test an application without hardware. Using a simulated device to test an application eliminates the risk of hardware damage. Simulating a device also allows you to evaluate an NI product even if you do not have the hardware.Set Properties and Attributes Before Reading ThemAssigning Properties or Attributes to a WaveformNI-RFSG Instrument Driver FPGA ExtensionsNI-RFSG instrument driver FPGA extensions for VSTs enable you to use precompiled FPGA bitfiles to customize the behavior of the VST FPGA. At the same time, the FPGA extensions maintain the functionality of the NI-RFSG instrument drivers.RF List ModeRF list mode is an operating mode in which the device deterministically sequences through a predetermined set of RF configurations.Scripting Instructions
Use the NI-RFSG API and its supported ADEs to program NI RF signal generators.NI-RFSG Instrument Driver Programming FlowNI-RFSG Programming State ModelThe NI-RFSG programming model has three main states: Configuration (idle), Committed, and Generation (running).Driver Setup OptionsSimulating a DeviceSimulate your device using NI-RFSG to develop, modify, and/or test an application without hardware. Using a simulated device to test an application eliminates the risk of hardware damage. Simulating a device also allows you to evaluate an NI product even if you do not have the hardware.Set Properties and Attributes Before Reading ThemAssigning Properties or Attributes to a WaveformNI-RFSG Instrument Driver FPGA ExtensionsNI-RFSG instrument driver FPGA extensions for VSTs enable you to use precompiled FPGA bitfiles to customize the behavior of the VST FPGA. At the same time, the FPGA extensions maintain the functionality of the NI-RFSG instrument drivers.RF List ModeRF list mode is an operating mode in which the device deterministically sequences through a predetermined set of RF configurations.Scripting Instructions