PXI-4071  用于信号调理和信号采集的高速高精度放大器

Description

PXI-4071  用于信号调理和信号采集的高速高精度放大器

NI PXI-4071 是一款PXI附件模块，包括用于信号调理和信号采集的高速高精度放大器。 用6线测量方法，可测量并行连入复杂印刷电路板(PCB)的电阻或电容，或做电缆测试应用。 对于低电流测量，可使用NI PXI-4022放大器和高精度电阻创建一个回馈电流放大器。 该附件可使负载电压降至最低，并将电流转化为电压，使您在测量pA级信号时的噪声为fA级。 有关其他信息，请参见资源栏中PXI-4071  Guard和电流放大器的链接。其特点，1.8 MS/s波形采集，1000V隔离，8 DC电流范围，电流敏感度达1 pA，业内最精确的7位半数字万用表，±10nV到1000 VDC范围内的电压测量(700 VAC)，10 μΩ到5 GΩ的电阻测量，±500 VDC/Vrms共模隔离。

3U PXI模块是一种符合PXI总线标准的模块，尺寸为3U，具有高可靠性和高集成度的特点。这种模块通常用于构建高性能、高精度的测试和测量系统。

3U PXI模块具有以下特点：

高可靠性：3U PXI模块采用坚固的金属外壳，PXI-4071 具有较高的防护等级，能够适应各种恶劣的工作环境。
高集成度：3U PXI模块集成了多种功能，如数字信号处理、数据采集、输出控制等，可以方便地与其他设备或系统进行连接和通信。
快速数据传输：3U PXI模块支持高速数据传输，PXI-4071 可以满足实时测试和测量的需求。
多种接口：3U PXI模块通常具有多种接口，如RS-232、USB、LAN等，可以方便地与其他设备或系统进行通信和控制。
可扩展性：3U PXI模块采用总线架构，可以通过添加不同的模块来扩展系统的功能和性能，具有很高的灵活性。
3U PXI模块在测试和测量领域有着广泛的应用，如电子测试、汽车测试、航空航天测试等。通过使用3U PXI模块，可以构建高性能、高精度的测试和测量系统，实现对各种电子设备的测试和测量。

PXI-4071  用于信号调理和信号采集的高速高精度放大器

YOKOGAWA PW502 Distributed Control System (DCS) communication card module PW502

PLC Ethernet communication is based on the traditional Ethernet communication mechanism, the use of Ethernet and TCP/IP protocol as the basis for communication, in any case to provide absolute support for TCP/IP communication. A surname

It can meet the real-time requirements in automation, optimize the real-time communication channel based on PLC Ethernet layer, reduce the time occupied on communication, and improve the performance of automatic data refresh.

With the application of remote in industrial equipment, how to save costs, so that plc Ethernet communication modules connect more equipment to achieve the role of monitoring and control. Connected by a PLC remote communication module

Connect to multiple Ethernet PLCS, HiNet intelligent gateway can connect to up to 254 Ethernet PLCS or touch screens.

Input voltage power supply board is a circuit board used to convert the input voltage to the required voltage. PW502 is usually composed of power management chip, capacitor, resistor and other electronic components, through the circuit design to achieve voltage conversion and control.

The input voltage power supply board has the following characteristics:

Good stability: The PW502 input voltage power supply board usually uses high-quality electronic components and advanced circuit design to ensure stable and reliable output voltage.
High conversion efficiency: The PW502 input voltage power supply board is able to convert the input voltage to the required voltage while maintaining a high conversion efficiency to reduce energy waste.
Protection function: The PW502 input voltage power supply board usually has over-voltage, over-current and other protection functions to avoid circuit damage and safety hazards.
Easy integration: The PW502 input voltage power supply board usually has a standardized interface and size for easy integration with other boards or systems.
Input voltage power supply board is widely used in various occasions requiring voltage conversion, such as communication equipment, computers, industrial automation equipment and so on. Through the input voltage power supply board, different input voltages can be converted to the required output voltages to meet the normal operation requirements of the device.