500 MHz bandwidth, 2 GS/s, 8-bit PCI oscilloscope devices - PCI‑5153 High-speed oscilloscope devices feature two channels with sampling rates up to 2 GS/s, providing flexible coupling, voltage range, and filtering Settings. The oscilloscope also has multiple trigger modes, high capacity onboard memory, and an instrument driver that includes data streams and analysis functions. The device is ideal for high-speed signal applications requiring up to 500 MHz analog bandwidth and flexible measurement configurations.
Channel number 8
Maximum sample exchange rate 500 ms/SEC
14 bit resolution
Real-time bandwidth 500 MHZ
Memory 256 megabytes
Trigger function edge, level, pulse width, window, etc
Interface PCI interface
Driver IVI guidelines
The following are the main features and functions of PCI-5153:
Performance parameters: The PCI-5153 has a maximum bandwidth of up to 500 MHz and a maximum sampling rate of 2 GS/s, which enables it to capture and process high-frequency signals. In addition, it provides two analog input channels, each with an input impedance of 50ω. These channels have BNC connectors and support synchronous sampling to ensure accuracy and consistency of signal acquisition.
Input overload capability: The PCI-5153 can withstand RMS values of input overload up to 7 V, and peak values do not exceed 10 V. This high overload capability allows the device to process signals of a wide range of amplitude-without damaging the device or affecting measurement accuracy.
Data processing and storage: PCI-5153 has powerful data processing capabilities, including online data transmission and analysis. In addition, it has a large onboard memory, ensuring that a large amount of acquired data can be stored for subsequent analysis and processing.
Software support: PCI-5153 is equipped with driver software API to provide users with rich programming interfaces and functions. This allows users to easily integrate the device with various applications for automated testing and data acquisition.
Applications: Due to the high performance and flexibility of PCI-5153, it is widely used in a variety of application scenarios requiring accurate measurement and analysis, such as communications, semiconductors, electronics manufacturing, and scientific research.
