Used NATIONAL INSTRUMENTS / NI PXIe-5663 #149623 for sale

NATIONAL INSTRUMENTS / NI PXIe-5663 is a high performance, low-cost electronic test equipment designed to offer both lab-based and mobile users with ease-of-use and cost-effectiveness. This test equipment is ideal for applications requiring fast real-time analysis and data acquisition, including RF and mixed-signal measurements, and precision analog power measurements. NI PXIe-5663 is equipped with an 80 MHz 16-Bit Digitizing Module, which offers an unprecedented accuracy of 12-bit digital resolution and sampling rates up to 120 MS/s. It is ideal for RF and mixed-signal measurements, providing the ability to acquire and analyze multi-channel signals with multiplexed analog and digital channels. Additionally, this kit includes a 500 MS/S 12-bit Digitized Waveform Acquisition Module, which features frequency-dependent bandwidth up to 6 GHz, and amplitude resolution of 16 millivolts. The reliability of these modules can be further enhanced with power calibration and voltage scaling capabilities to make sure accurate measurements are taken each time. In addition to its ultra-precise measurements and accuracy, NATIONAL INSTRUMENTS PXIe-5663 also offers advanced data analysis tools such as a built-in signal generator, built-in noise-filter, time-stamping/timing-synchronization options, and a built-in dual-band power amplifier. The included software suite ensures full control of the instrument and data processing, as well as automation, scripting, and vector-processing for advanced applications. PXIe-5663 features the industry's standard 10-slot XL-size PXI-Express chassis for expandability, providing easy integration into existing test systems. This ensures a smooth transition from bench-top to system-level operations, making it the perfect choice for any real-time acquisition and control tasks. With its combination of high-end specs, low-cost programming, and powerful software tools, NATIONAL INSTRUMENTS / NI PXIe-5663 is an ideal electronic test equipment for any application that requires precision and accuracy.