产品详情：PCI-7030/6040E NI 12位DAQ设备

1. 高性能：高达1.25 MS/s的采样率和12位的分辨率，确保高精度和高速数据采集。
2. 多功能：集成了模拟输入、模拟输出、数字I/O和计数器/定时器等多种功能，满足多种应用需求。
3. 易于集成：通过PCI总线与计算机连接，易于集成到现有的测试、测量和控制系统中。
4. 可编程性：支持NI的LabVIEW、LabWindows/CVI等软件开发环境，方便用户进行自定义编程和自动化测试。

PCI-7030/6040E

产品参数：PCI-7030/6040E NI 12位DAQ设备

1. 分辨率：12位

2. 模拟输入：

   • 通道数：多达64个
   • 采样率：高达1.25 MS/s（每秒百万次采样）
   • 输入范围：±10V（可配置）

3. 模拟输出：提供多个模拟输出通道，具体规格因型号而异。

4. 数字I/O：提供多个数字输入和输出通道，支持差分和单端输入。

5. 计数器/定时器：内置2路DAQ-STC计数器/定时器，具有24位分辨率和20MHz时钟频率。

应用领域：PCI-7030/6040E NI 12位DAQ设备

PCI-7030/6040E是一款高性能、多功能的12位DAQ设备，适用于各种工业和商业应用。通过合理的安装、配置和编程，可以充分发挥其数据采集和处理能力。

Product details: PCI-7030/6040E NI 12 bit DAQ device
High performance: With a sampling rate of up to 1.25 MS/s and a resolution of 12 bits, it ensures high-precision and high-speed data acquisition.
Multifunctional: It integrates multiple functions such as analog input, analog output, digital I/O, and counters/timers to meet various application needs.
Easy to integrate: Connected to computers via PCI bus, it is easy to integrate into existing testing, measurement, and control systems.
Programmable: Supports NI’s LabVIEW, LabWindows/CVI and other software development environments, making it convenient for users to customize programming and automate testing.
Product parameters: PCI-7030/6040E NI 12 bit DAQ device

Resolution: 12 bits

Analog input:

Number of channels: up to 64
Sampling rate: up to 1.25 MS/s (millions of samples per second)
Input range: ± 10V (configurable)

Analog output: Provides multiple analog output channels, with specific specifications varying depending on the model.

Digital I/O: Provides multiple digital input and output channels, supporting differential and single ended inputs.

Counter/Timer: Built in 2 DAQ-STC counters/timers with 24 bit resolution and 20MHz clock frequency.

Application areas: PCI-7030/6040E NI 12 bit DAQ devices

PCI-7030/6040E is a high-performance, multifunctional 12 bit DAQ device suitable for various industrial and commercial applications. By proper installation, configuration, and programming, its data collection and processing capabilities can be fully utilized.