Used NATIONAL INSTRUMENTS / NI PXIe-5663 #149620 for sale

NATIONAL INSTRUMENTS / NI PXIe-5663 is a fully integrated signal analyser, built to take your experiments to the next level. This signal analyser includes hardware modules that combine the flexibility of PCIe with the speed and precision of a signal analyser. NI PXIe-5663 has been designed to provide a wide range of capabilities, making it the perfect choice for signal analysis applications that require the highest signal integrity. NATIONAL INSTRUMENTS PXIe-5663 signal analyser is designed to meet a range of complex requirements with three wideband channels and up to 2 GHz of bandwidth per channel, as well as a typical signal-to-noise ratio of 74 dB. The standard configuration allows for up to 8 bits of resolution and synchronization of up to 8 external signal sources. The signal analyser can measure signals up to 2GHz in frequency resolution with a sample rate of up to 50 MS/s. The signal analyser further supports triggering modes such as Free Run or Burst. It is also possible to perform Arbitrary Waveform Generation, which is ideal for complex analysis. The signal analyser has a sophisticated user interface with an easy-to-use setup window to quickly establish measurements and view results. An optional external power splitter allows users to connect multiple units and enable multichannel measurements. PXIe-5663 is also equipped with channel-specific measurements that provide detailed insight into signal characteristics. The integrated 3-D graphing capabilities allow for rapid visualization of test data, enabling users to more easily identify trends and correlations. NATIONAL INSTRUMENTS / NI PXIe-5663 also includes drivers for communication with third-party instruments, providing quick setup and application control. The signal analyser is compatible with Python, LabVIEW, and graphical programming, allowing easy integration into existing test systems. NI PXIe-5663 is perfect for comprehensive signal analysis in any industry, from aerospace to automotive to medical engineering.