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Test89s52
- 使用AT89C52,MAX6675测量K型热电偶,使用16*2lcd显示温度-Using AT89C52, MAX6675 measuring K type thermocouple temperature display with 16* 2lcd
chengxu
- 实验开发版程序,利用keil工具开发,包括温度显示,485通信,232通信,温度测量程序,热电阻、热电偶测温程序。-Experimental development version of procedure, and use keil tool development, including the temperature display, 485, 232, temperature measurement process, thermal resistance, thermocouple tem
zhinengyibiao
- 实现智能数字显示仪表。要求8位数码管显示(4位显示测量值,4位显示设定值),4输入按钮(功能选择、数码管选择、数字增加、数字减少),可设定上下限报警(蜂鸣器报警)。适配E型(镍铬-铜镍)热电偶,测温范围为0℃~700℃。-Intelligent digital display instrument. Requires 8-bit digital display (4-digit display of measured values, four display settings), 4 input
relationship
- 利用神经网络线性逼近热电偶电压-温度关系,MATLAB源程序。-Using neural networks linear approximation thermocouple voltage- temperature relationship, MATLAB source code.
zhienengcangku
- 以单片机AT89C8051作为温度监控核心部件,采用热电偶温度传感器、运算放大器、A/D转换器等构成温度采集模块,通过对采集到的温度数据值进行比例积分微分运算处理,并采用 RS 485与上位机进行通信,实现一种温度监控系统的设计。-The microcontroller AT89C8051 as a core component temperature monitoring, the use of thermocouple temperature sensors, operational a
max6675
- 本文为热电偶温度采集系统,包含原理图及源程序-Thermocouple Temperature Collection
Temperature-Sensor
- 利用物质各种物理性质随温度变化的规律把温度转换为电量的传感器。这些呈现规律性变化的物理性质主要有体。温度传感器是温度测量仪表的核心部分,品种繁多。按测量方式可分为接触式和非接触式两大类,按照传感器材料及电子元件特性分为热电阻和热电偶两类。 -Use of materials with various physical properties of the variation of temperature the temperature sensor is converted to electr
max66752
- 最近几天出差忙锅炉铝液温度测试,采用max6675接K式热电偶,不过通过三线接口读出来的数据始终不对,希望大家帮看看问题所在,750度的温度测量出来只有280度左右,但是做了三块板子,测量结果都是一样的.程序如下:-Busy traveling the last few days testing the boiler temperature of molten aluminum, then K-type thermocouple used max6675, but the three-wire
Max6675Test
- MAX6675冷端温度补偿、热电偶数字转换器可进行冷端温度补偿,并将K型热电偶信号转换成数字信号。数据输出为12位分辨率、SPI™ 兼容、只读格式。 转换器温度分辨率为0.25°C,可读取温度达+1024°C,热电偶在0°C至+700°C温度范围内精度为8 LSB。 MAX6675采用小尺寸、8引脚SO封装。 -MAX6675 Cold-junction compensation, thermocouple digital converter can be cold
ourdev_549748
- 国际上通用的* 种热电偶,即#,8,9,5,:,6, 及 " 型号的热电偶,按!"# $ & 要求,中国计量科学院凌 善康等人应用美国标准与技术研究所(:!#")和美国试 验与材料学会(<#".)给出的有关公式和系数,进行了 计算并编制了分度表,于’ 7 年出版。因此,使用这些 公式进行编程计算,打印计算结果并与分度表比较,使 程序的编制和对程序正确性的验证有了充分的依据-Internationally a
saffvgikvfebrt
- 一款热电偶冷端补偿电路 一款热电偶冷端补偿电路 一款热电偶冷端补偿电路 -A thermocouple cold junction compensation circuit a thermocouple cold junction compensation circuit a thermocouple cold junction compensation circuit a thermocouple cold junction compensation circuit a thermocoupl
LVDT-project.docx
- that the matlab code and report about how LVDT thermocouple works
MultiInput_ai_module
- 模拟量万能输入,信号可以是,Ⅱ型标准信号:0~5V、0~10MA,Ⅲ型标准信号:1~5V、4~20MA,mV电压信号:0~20mV、0~100mV,热电阻: Pt100、Cu50,热电偶: B、E、J、K、S、T -Universal analog input signal can be, Ⅱ type standard signal: 0 ~ 5V, 0 ~ 10MA, Ⅲ Standard signals: 1 ~ 5V, 4 ~ 20MA, mV voltage signal: 0 ~
an844
- Thermocouple this is to interface k type thermocouple
redianou
- 该程序基于NI数据采集卡在Nextboard教学实验板上,实现了对K,J型热电偶传感器的温度采集。-The program is based on NI data acquisition card, in nextboard teaching platforms. Realization of the K, J-type thermocouple temperature sensor acquisition.
MAX6675
- 基于K型热电偶与MAX6675多路温度采集系统,基于K型热电偶与MAX6675多路温度采集系统-K type Thermocouple and MAX6675 multi-channel temperature acquisition system based on the K-type thermocouple with the MAX6675 multi-channel temperature acquisition system based on
CEWEN
- 基于单片机的热电偶测温系统的设计,基于单片机的热电偶测温系统的设计-Thermocouple temperature measurement system based on microcontroller design, design of the thermocouple temperature measurement system based on single chip
wenduceshi
- 本设计采用镍铬/镍铝热电偶,此电偶用于0℃~1000℃的温度测量范围,相应的输出电压为0mV-41.32mV.超出温度范围报警-This design uses nickel chromium/nickel aluminum thermocouple, this power, even for 0 ℃ ~ 1000 ° C temperature measurement range, the corresponding output voltage 0mV-41.32mV The range t
Calibration
- 温度变送器中的AD模块的热电偶和热电阻标定程序-Thermocouple and RTD calibration procedure
ThermocoupleTemperatureCPproteus
- 热电偶温度测量,C程序以及proteus仿真。-C51 thermocouple temperature measurement procedures,C+ proteus。