产品细节说明:Pxie-5122 NI 14位数字化仪

1. 高分辨率：14位分辨率提供了高精度的数据采集能力，适用于需要高分辨率测量的应用。
2. 高速采样：高达100 MS/s的实时采样率和2.0 GS/s的等效时段采样率，能够满足高速数据采集的需求。
3. 双同步采样通道：两个同步采样通道可以同时采集数据，提高了数据采集的效率和准确性。
4. 大容量板载内存：每个通道标准内存为8 MB，最大可扩展至256 MB，支持在板载内存中采集超过100万个波形。
5. 多种触发模式：支持边缘、视窗、滞环、视频和数字触发等多种触发模式，方便用户根据实际需求进行触发设置。
6. 高级PXI同步和数据流功能：提供了高级PXI同步和数据流功能，支持与其他PXI模块进行同步数据采集和传输。
7. 软件可选的动态范围和输入阻抗：具有软件可选的动态范围，以及50Ω或1MΩ的电阻输入选项，适应不同的测量需求。
8. 宽电压输入范围：电压输入范围从200 mV到20V（借助TEGAM信号调理放大器可达100V），适用于多种信号测量场景。

Pxie-5122

产品详情参数:Pxie-5122 NI 14位数字化仪

• 采样率：100 MS/s（实时），2.0 GS/s（等效时段）
• 分辨率：14位
• 通道数：2个同步采样通道
• 模拟带宽：100 MHz
• 输入阻抗：50Ω或1MΩ可选
• 电压输入范围：200 mV到20V（借助TEGAM信号调理放大器可达100V）
• 板载内存：每个通道标准8 MB，最大256 MB
• 触发模式：边缘、视窗、滞环、视频和数字触发等
• 数据速率：最大400 MB/s（读写PC内存、硬盘或RAID 0磁盘阵列）

Pxie-5122 NI 应用领域:

PXIe-5122是一款基于PXI Express总线接口的高速数字化仪，具有14位分辨率和高达100 MS/s（每秒百万次采样）的实时采样率。它配备了两个同步采样通道，能够以全速100 MS/s的采样率从双通道获取数据至磁盘。此外，该数字化仪还具有高达2.0 GS/s（每秒千兆次采样）的等效时段采样率，以及100 MHz的模拟带宽，使其成为信号情报、雷达、IF/RF数据读取等应用的理想选择。PXIe-5122 14位数字化仪广泛应用于以下领域：

1. 信号情报：用于采集和分析信号情报数据，提供高精度的测量和分析结果。
2. 雷达系统：在雷达系统中用于数据采集和处理，提高雷达系统的性能和准确性。
3. 通信领域：用于通信系统的测试和测量，确保通信系统的稳定性和可靠性。
4. 科学研究：在科学研究中用于数据采集和分析，支持各种科研项目的实验和研究。
5. 军事/航天：应用于军事和航天领域的测试和测量任务，提供高精度的数据采集和分析结果。
6. 消费电子：用于消费电子产品的测试和测量，确保产品的质量和性能。

Product details: Pxie-5122 NI 14 bit digitizer
High resolution: 14 bit resolution provides high-precision data acquisition capabilities, suitable for applications that require high-resolution measurements.
High speed sampling: With a real-time sampling rate of up to 100 MS/s and an equivalent time period sampling rate of 2.0 GS/s, it can meet the requirements of high-speed data acquisition.
Dual synchronous sampling channels: Two synchronous sampling channels can simultaneously collect data, improving the efficiency and accuracy of data collection.
Large capacity onboard memory: Each channel has a standard memory of 8 MB and can be expanded up to 256 MB, supporting the collection of over 1 million waveforms in onboard memory.
Multiple trigger modes: Supports edge, window, hysteresis, video, and digital trigger modes, making it convenient for users to set triggers according to their actual needs.
Advanced PXI synchronization and data streaming capabilities: Provides advanced PXI synchronization and data streaming capabilities, supporting synchronous data acquisition and transmission with other PXI modules.
Software selectable dynamic range and input impedance: With software selectable dynamic range and 50 Ω or 1M Ω resistance input options, it adapts to different measurement needs.
Wide voltage input range: The voltage input range ranges from 200 mV to 20V (up to 100V with TEGAM signal conditioning amplifier), suitable for various signal measurement scenarios.
Product details and parameters: Pxie-5122 NI 14 bit digitizer
Sampling rate: 100 MS/s (real-time), 2.0 GS/s (equivalent time period)
Resolution: 14 bits
Number of channels: 2 synchronous sampling channels
Simulated bandwidth: 100 MHz
Input impedance: 50 Ω or 1M Ω optional
Voltage input range: 200 mV to 20V (up to 100V with TEGAM signal conditioning amplifier)
Onboard memory: Standard 8 MB per channel, maximum 256 MB
Trigger modes: edge, window, hysteresis, video, and digital triggers, etc
Data rate: Maximum 400 MB/s (read/write PC memory, hard disk, or RAID 0 disk array)
Application areas of Pxie-5122 NI:

PXIe-5122 is a high-speed digitizer based on the PXI Express bus interface, with a resolution of 14 bits and a real-time sampling rate of up to 100 MS/s (millions of samples per second). It is equipped with two synchronous sampling channels, which can retrieve data from the dual channels to the disk at a sampling rate of 100 MS/s at full speed. In addition, the digitizer also has an equivalent time period sampling rate of up to 2.0 GS/s (gigabit samples per second) and an analog bandwidth of 100 MHz, making it an ideal choice for applications such as signal intelligence, radar, and IF/RF data reading. The PXIe-5122 14 bit digitizer is widely used in the following fields:

Signal intelligence: used to collect and analyze signal intelligence data, providing high-precision measurement and analysis results.
Radar system: Used for data acquisition and processing in radar systems to improve the performance and accuracy of the radar system.
Communication field: used for testing and measuring communication systems to ensure their stability and reliability.
Scientific research: Used for data collection and analysis in scientific research, supporting experiments and studies for various scientific research projects.
Military/Aerospace: Used for testing and measurement tasks in the military and aerospace fields, providing high-precision data collection and analysis results.
Consumer electronics: used for testing and measuring consumer electronics products to ensure product quality and performance

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