USB-8451 采集通讯卡

USB-8451 采集通讯卡

USB-8451 采集通讯卡

概述

USB-8451 是一款高性能的采集通讯卡，由 Measurement Computing Corporation 开发和制造，部件号为 USB-8451。它可以连接到计算机的 USB 端口，提供多种模拟量输入、输出、数字量输入/输出和计时功能。USB-8451 具有以下特点：

多通道数据采集： USB-8451 提供 16 个单端或 8 个双端模拟量输入通道，支持多种模拟量测量，包括电压、电流、温度、压力等。

高精度数据采集： USB-8451 的模拟量输入分辨率高达 16 位，测量精度高。

高速数据采集： USB-8451 的最高采样率可达 250 kHz，可满足高速数据采集需求。

多通道数字 I/O： USB-8451 提供 24 路数字 I/O，可用于控制开关、读取传感器状态等。

两路计时器/计数器： USB-8451 提供两路 32 位计时器/计数器，可用于脉冲计数、频率测量、时间测量等。

易于使用： USB-8451 提供易于使用的软件开发工具包 (SDK)，可帮助用户快速开发应用程序。

应用

USB-8451 广泛应用于各种数据采集和控制应用中，包括：

实验室测试： 用于测量电压、电流、温度、压力等物理量。

工业控制： 用于控制电机、阀门、开关等设备。

数据采集系统： 用于采集环境数据、传感器数据等。

机器人控制： 用于控制机器人的运动。

医疗设备： 用于采集生理信号，如心电图、脑电图等。

USB-8451 采集通讯卡

summarize

USB-8451 is a high-performance acquisition communication card developed and manufactured by Measurement Computing Corporation under the part number USB-8451. It can be connected to the USB port of the computer and provides a variety of analog input, output, digital input/output, and timing functions. USB-8451 has the following features:

Multi-channel data acquisition: USB-8451 provides 16 single-ended or 8 dual-ended analog input channels to support a variety of analog measurements, including voltage, current, temperature, pressure, and more.

High-precision data acquisition: USB-8451 analog input resolution up to 16 bits, high measurement accuracy.

High-speed data acquisition: The maximum sampling rate of USB-8451 can reach 250 kHz, which can meet the needs of high-speed data acquisition.

Multi-channel Digital I/O: The USB-8451 provides 24 channels of digital I/O that can be used to control switches, read sensor status, and more.

Two-channel timer/counter: The USB-8451 offers two 32-bit timers/counters for pulse counting, frequency measurement, time measurement, and more.

Easy to use: USB-8451 offers an easy-to-use Software Development Kit (SDK) that helps users develop applications quickly.

Apply

USB-8451 is used in a wide variety of data acquisition and control applications, including:

Laboratory test: Used to measure voltage, current, temperature, pressure and other physical quantities.

Industrial control: Used to control motors, valves, switches and other equipment.

Data acquisition system: used to collect environmental data, sensor data, etc.

Robot control: Used to control the movement of the robot.

Medical equipment: Used to collect physiological signals, such as electrocardiogram, electroencephalogram, etc.