National Instruments Corp.
Austin, TX 78759
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FPGA Design Software uses High-Level Synthesis technology.
Integrating with LabVIEW and LabVIEW DSP Design Module, LabVIEW FPGA IP Builder add-on incorporates Xilinx Vivado(TM) High-Level Synthesis technology to simplify FPGA algorithm design. Product minimizes need for manual optimization of high-performance algorithms. Instead, users specify functional behavior along with design constraints and software automatically generates hardware implementation...
Read More »FPGA Design Software uses High-Level Synthesis technology.
Integrating with LabVIEW and LabVIEW DSP Design Module, LabVIEW FPGA IP Builder add-on incorporates Xilinx Vivado(TM) High-Level Synthesis technology to simplify FPGA algorithm design. Product minimizes need for manual optimization of high-performance algorithms. Instead, users specify functional behavior along with design constraints and software automatically generates hardware implementation...
Read More »Source Measure Unit provides 10 pA measurement sensitivity.
Offering 4 channels and sampling rate up to 600 kS/s for measuring fast transient responses, Model NI PXIe-4143 is suited for parallel testing of multipin semiconductor devices. Unit provides 4-quadrant output capability of 24 V at 150 mA, complementing preexisting NI SMU capabilities for sourcing and sinking. With NI SourceAdapt technology, engineers can custom tune SMU response for any device...
Read More »Source Measure Unit provides 10 pA measurement sensitivity.
Offering 4 channels and sampling rate up to 600 kS/s for measuring fast transient responses, Model NI PXIe-4143 is suited for parallel testing of multipin semiconductor devices. Unit provides 4-quadrant output capability of 24 V at 150 mA, complementing preexisting NI SMU capabilities for sourcing and sinking. With NI SourceAdapt technology, engineers can custom tune SMU response for any device...
Read More »Simulation Software facilitates RF and microwave system design.
With connectivity between NI LabVIEW software and AWR Visual System Simulator software, engineers can use measurements in design flow by executing LabVIEW code directly from AWR design environment. AWR Design Environment can incorporate LabVIEW signal processing capabilities including multirate DSP, wireless standards, modulation, and fixed-point math. In addition, engineers can integrate VHDL...
Read More »Simulation Software facilitates RF and microwave system design.
With connectivity between NI LabVIEW software and AWR Visual System Simulator software, engineers can use measurements in design flow by executing LabVIEW code directly from AWR design environment. AWR Design Environment can incorporate LabVIEW signal processing capabilities including multirate DSP, wireless standards, modulation, and fixed-point math. In addition, engineers can integrate VHDL...
Read More »Engine Control Modules support rapid prototyping.
Offering plug-and-play flexibility, C Series Modules provide engine researchers with engine-specific I/O for interfacing directly with internal combustion engine subsystems and actuators. Using modules, which are programmed with LabVIEW FPGA, engineers can rapidly prototype engine control algorithms without creating custom hardware or requesting lengthy code changes. LabVIEW FPGA drivers enable...
Read More »Engine Control Modules support rapid prototyping.
Offering plug-and-play flexibility, C Series Modules provide engine researchers with engine-specific I/O for interfacing directly with internal combustion engine subsystems and actuators. Using modules, which are programmed with LabVIEW FPGA, engineers can rapidly prototype engine control algorithms without creating custom hardware or requesting lengthy code changes. LabVIEW FPGA drivers enable...
Read More »NI and JSOL Help Electric Motor Engineers Save Time, Money with HIL Modeling
News Highlights - The JMAG-RT add-on for NI VeriStand real-time test software is the result of NI's collaboration with JSOL, a leading electric motor modeling provider. - The add-on makes it possible for automotive engineers to perform high-fidelity, real-time simulations of electric motor prototypes without testing costly physical motors. - It is ideal for helping automotive manufacturers...
Read More »NI and JSOL Help Electric Motor Engineers Save Time, Money with HIL Modeling
News Highlights - The JMAG-RT add-on for NI VeriStand real-time test software is the result of NI's collaboration with JSOL, a leading electric motor modeling provider. - The add-on makes it possible for automotive engineers to perform high-fidelity, real-time simulations of electric motor prototypes without testing costly physical motors. - It is ideal for helping automotive manufacturers...
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