PXIE-1073 采集仪 交流电源

PXIE-1073 采集仪 交流电源

NI PXIe-1073 是 用于 PXI 系统 的 高性能 交流 电源 采集 设备。它是NI PXIe-1000系列模块化仪器的一部分， 以灵活性、高性能和广泛的功能而闻名。它设计用于测量和分析各种应用中的交流电源参数，例如电压、电流、功率和能量。

NI PXIe-1073 交流 功率 采集 设备 的 主要 特性 包括 ：

高精度测量：测量交流电压、电流、功率和能量，准确度高。

测量范围广：支持各种交流电压和电流测量，满足各种应用需求。

同步多通道测量：同时从多个通道采集数据，实现高效的多相功率分析。

高级功率分析功能：提供高级功率分析功能，包括谐波分析、电能质量评估和瞬态捕获。

坚固的结构：PXIe-1073 采用 坚固 的 组件 制造， 可 承受 恶劣 环境， 包括 极端 温度、 振动 和 电磁 干扰。

应用：

NI PXIe-1073 交流 功率 采集 设备 广泛 用于 各种 交流 功率 测量 和 分析 应用， 包括 ：

电力系统监测与控制：监测和控制电力系统的性能，如发电机、变压器和配电网。

能效分析：分析能源消耗并确定潜在的节能机会。

电能质量评估：评估交流电源的质量，包括谐波、电压骤降和瞬态。

电器和设备测试：测试电器和电子设备的功耗和效率。

实验室研究：对电力系统、能源效率和电能质量进行研究。

PXIE-1073 采集仪 交流电源

The NI PXIe-1073 is a high-performance AC power acquisition device for PXI systems. It is part of the NI PXIe-1000 series of modular instruments known for flexibility, high performance and a wide range of features. It is designed to measure and analyze AC power supply parameters in a variety of applications, such as voltage, current, power and energy.

The main features of the NI PXIe-1073 AC power acquisition equipment include:

High precision measurement: AC voltage, current, power and energy are measured with high accuracy.

Wide measurement range: Support a variety of AC voltage and current measurement to meet various application requirements.

Synchronous multi-channel measurement: Data is collected from multiple channels simultaneously for efficient multiphase power analysis.

Advanced Power Analysis features: Provides advanced power analysis features, including harmonic analysis, power quality assessment, and transient capture.

Rugged construction: The PXIe-1073 is built with rugged components that can withstand harsh environments, including extreme temperatures, vibration and electromagnetic interference.

Applications:

The NI PXIe-1073 AC Power acquisition equipment is used in a wide variety of AC power measurement and analysis applications, including:

Power System Monitoring and control: Monitoring and controlling the performance of power systems such as generators, transformers and distribution networks.

Energy Efficiency analysis: Analysis of energy consumption and identification of potential energy saving opportunities.

Power Quality Assessment: Evaluate the quality of AC power supplies, including harmonics, voltage dips, and transients.

Electrical and equipment testing: Tests the power consumption and efficiency of electrical and electronic equipment.

Laboratory research: Research on power systems, energy efficiency and power quality.