PCI, 100 MHz bandwidth, 100 MS/s, 14-bit oscilloscope device - The PCI-5142 is a high-resolution PXI IF digitizer and oscilloscope designed for communication signal measurement. It has 2 channels capable of high-resolution low-noise measurements with a bandwidth of up to 100 MHz, in addition to on-board resources capable of orthogonal digital downconversion and baseband I/Q extraction with an IF bandwidth of 40 MHz. This device provides an ideal choice for communication measurements and applications that require a connection to an RF downconverter.
The PCI-5142 is a flexible, on-board signal processing (OSP) 100 MS/s oscilloscope/digitizer. Here are its main features and functions:
Sampling rate and bandwidth: The PCI-5142 has a maximum real-time sampling rate of up to 100 MS/s and an equivalent time sampling rate of up to 2.0 GS/s. In addition, it has a resolution of up to 14 bits and 2 synchronous sampling channels. Its analog bandwidth is 100 MHz, which helps to capture and process high-frequency signals.
Signal processing capabilities: The PCI-5142 is equipped with a variety of OSP functions, including orthogonal digital downconversion (DDC), real-time digital downconversion, and anti-aliasing filtering for baseband I/Q extraction and general-purpose applications. These features enable the PCI-5142 to provide superior performance during signal acquisition and analysis.
Application areas: Due to the excellent performance of PCI-5142, it is particularly suitable for communication applications, which can accurately capture and analyze communication signals. In addition, it is also applicable to various industries such as automotive, scientific research, military/aerospace, and consumer electronics.
Industry standard forms: PCI-5142 offers industry standard forms such as PCI and USB, which allows it to seamlessly integrate with a variety of devices and systems, improving device flexibility and compatibility.
Overall, the PCI-5142 is a powerful, high-performance oscilloscope/digitizer for a variety of applications requiring high-precision, high-speed signal acquisition and analysis
