PCI-6033E  功能数据采集卡  提供了模拟输入、数字I/O

PCI-6033E是多功能数据采集卡。

PCI-6033E数据采集卡具有16路模拟输入、16路数字I/O、8路计数器多功能，采样频率为250kHz/通道，输入范围可编程，同时具有FIFO缓冲、硬件滤波、仪器触发、DMA传输等功能。

PCI-6033E数据采集卡广泛适用于各种数据采集应用，如机器视觉、机器人、工业自动化和科学仪器等。

PCI-6033 多功能I/O设备，PCI，64路AI（16位，100 kS/s），8路DIO，多功能I/O设备—PCI-6033提供了模拟输入、数字I/O和两个24位计数器。该设备为从实验室自动化、研究、设计验证/测试到制造测试等各种应用提供了经济实惠的可靠数据采集。SCC或SCXI信号调理模块可用于为设备添加传感器和高电压测量功能。随附的NI-DAQmx驱动程序和配置实用程序可简化配置和测量。

NI PCI-6033E （部件号： 777516-01） 多功能 DAQ 具有 64 个 单 端 和 32 个 差分 模拟 输入 通道、 每秒 500 kS 最大 采样率、 8 个 数字 I/ O、 2 个 24 位 计数器 / 定 时器 和 0 个 模拟 输出 通道。这款 E 系列 多功能 DAQ 具有 直流 输入 耦合 和 过压 保护。当过压保护上电时，该值为 ±25 V。另一方面，当过压保护断电时，该值为 ±15 V。PCI-6033E 多功能 DAQ 具有 100 针 母 头 0.05 D 型 I/ O 连接器。

用户可以在逐个通道的前提下对极端和范围设置进行编程，因此他们可以设计每个信息通道。该模型通过将输入信号范围与ADC可以要求的范围进行协调来构建一般适应性。有 0.5、1、2、5、10、20、50 和 100 的增加，适用于各种标志级别。通过尽可能优化的增益设置，用户可以利用ADC的完全确定来测量信息信号。所选的输入端长和范围取决于接近信号的正常范围。巨大的信息范围可以保证广泛的信号种类，但会降低电压的确定。选择较小的信息范围可增强电压确定;但是，它可能会带来信息信号离开范围。为了获得最佳结果，用户应尽可能接近信息信号的正常范围来协调信息范围。

PCI 6033E使用NI-DAQmx驱动软件运行，该软件与软件包或应用开发环境（ADE）兼容，如LabVIEW、LabWindows/CVI和Microsoft Visual Studio。可以使用Measurement & Automation Explorer （MAX）工具配置设备硬件。

National Instruments PCI 6033E具有无法关闭的抖动功能。当用户使用抖动时，它们将大约0.5 LSB rms的高斯白噪声纳入ADC转换信号。这种扩展对应用很有帮助，包括平均以扩展PCI-6033 E系列板卡的测定，如校准或检查。该设备重 6.2 盎司，尺寸为 6.9 x 4.2 英寸。在尺寸上。

PCI-6033E  功能数据采集卡  提供了模拟输入、数字I/O

PCI-6033E is a multi-function data acquisition card.

PCI-6033E data acquisition card has 16 analog input, 16 digital I/O, 8 counter multi-function, sampling frequency is 250kHz/ channel, input range is programmable, and has FIFO buffering, hardware filtering, instrument trigger, DMA transmission and other functions.

The PCI-6033E data acquisition card is widely used in a variety of data acquisition applications, such as machine vision, robotics, industrial automation and scientific instruments.

Pci-6033 Multi-function I/O device, PCI, 64-channel AI (16-bit, 100 kS/s), 8-channel DIO, multi-function I/O device - The PCI-6033 provides analog input, digital I/O, and two 24-bit counters. The device provides affordable and reliable data acquisition for a variety of applications ranging from laboratory automation, research, design validation/testing to manufacturing testing. SCC or SCXI signal conditioning modules can be used to add sensors and high voltage measurement capabilities to the device. The included NI-DAQmx driver and configuration utility simplify configuration and measurement.

NI PCI-6033E (Part number: 777516-01) The multifunctional DAQ features 64 single-ended and 32 differential analog input channels, a maximum sampling rate of 500 kS per second, 8 digital I/ O, 2 24-bit counters/timepieces, and 0 analog output channels. This E Series multifunctional DAQ features DC input coupling and overvoltage protection. When the overvoltage protection is powered on, the value is ±25 V. On the other hand, when the overvoltage protection is powered off, the value is ±15 V. The PCI-6033E multifunctional DAQ features a 100-pin female 0.05D I/ O connector.

Users can program extreme and range Settings on a channel-by-channel basis, so they can design each information channel. The model builds general adaptability by coordinating the range of the input signal with the range that the ADC can require. There are 0.5, 1, 2, 5, 10, 20, 50 and 100 increments available for various mark levels. By optimizing the gain Settings as much as possible, the user can take advantage of the complete determination of the ADC to measure the information signal. The length and range of the input chosen depends on the normal range of the approach signal. The large information range ensures a wide range of signal types, but reduces the determination of voltage. Choosing a smaller information range can enhance the voltage determination. However, it may bring the information signal out of range. For the best results, the user should coordinate the information range as close as possible to the normal range of the information signal.

PCI 6033E runs with NI-DAQmx driver software that is compatible with software packages or application development environments (ades) such as LabVIEW, LabWindows/CVI, and Microsoft Visual Studio. Device hardware can be configured using the Measurement & Automation Explorer (MAX) tool.

National Instruments PCI 6033E has a jitter feature that cannot be turned off. When users use jitter, they incorporate approximately 0.5 LSB rms of white Gaussian noise into the ADC converted signal. This extension is helpful for applications, including averaging to extend the determination of PCI-6033 E series boards, such as calibration or inspection. The device weighs 6.2 ounces and measures 6.9 x 4.2 inches. In size.