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Algorithmforcoldjunctoncompensatnandnonlineritycor
- 热电偶冷端自动补偿和非线性校正的算法研究，介绍了应用2元4次最小二乘法实现热电偶热电动势-温度的自动转换。-automatic thermocouple cold junction compensation and nonlinear correction algorithm, Application of two yuan 4th thermocouple least squares method to achieve thermal emf-temperature automatic con
max6675
- 用AVR的模拟SPI总线读取，K型热电偶转换芯片的数据，可用，不过跳动挺大，可能硬件干扰，芯片的转换-with AVR simulation SPI bus read, K-type thermocouple conversion chip data available, but beating Tingda. may interfere with the hardware, chips conversion
200612260595565788
- 在工业温度测控场合K型热电偶因其线性度 好,价格便宜,测量范围宽而得到广泛的使用.但它往往需要冷端补偿,且电路较复杂,调试麻烦,而 K型热电偶串行模数转换器MAX6675 不但可将模拟信号转换成温度值对应的数 字量，而且自带冷端补偿， 其温度分辨能力达0.25。可以满足绝大多数工业应用场合。-in industrial measurement and control of temperature thermocouple type K occasions because of l
redianou
- 用VB编写的热电偶查照表,查照精度可以达到0.002,图文都有,测温元件很全的一个小软件-VB prepared by the thermocouple notification form, notification of accuracy can be achieved 0.002, facsimile there. detectors.This all of a very small software
课程设计报告CK01103
- 热电偶多路温度检测仪 -multiple thermocouple temperature detector
Rd热电偶测温C51程序
- 热电偶测温C51程序，可以同时测7路不同种类的热电偶，用一路铜电阻做零点补偿-C51 thermocouple temperature measurement procedures, and it can simultaneously test seven different types of road thermocouple, with copper resistivity way to do 0.1 Compensation
程序完成热电偶专用处理芯片MAX6675的数据读取
- 程序完成热电偶专用处理芯片MAX6675的数据读取，基于SPI协议，单片机采用MSP430F149.,Special handling procedures are completed thermocouple MAX6675 chip to read the data, based on the SPI protocol, using single-chip MSP430F149.
wendu
- 数字热电偶温度表的设计,数字热电偶温度表的设计-The design of digital thermocouple thermometers, digital thermocouple thermometers
max6675
- MAX6675的程序，热电偶的测试温度非常精确，里面有显示和驱动，调试过-MAX6675 program, the thermocouple the test temperature is very accurate, there are displays and driver debugging over
热电偶、热电阻对照查询程序V1.0
- 热电偶、热电阻对照查询 阻值和温度自动转换程序-Thermocouple, thermal resistance and temperature resistance control automatic query conversion process
sm8952a-tqfpsy
- 模糊PID控制的温控仪程序。输入的信号为所有热电偶和热电阻以及电压电流信号。单片机采用sm8952。输出信号有SCR驱动信号，继电器驱动信号，以及电平驱动信号-Fuzzy PID control of temperature controller program. Input signal for all thermocouple and thermal resistance, and voltage and current signals. SCM sm8952. SCR drive sign
danpianjimVcewen
- 摘要 温度测量仪表是工业生产中常用的一种测量装置。对于配用热电偶的二次测温仪表,传统的检定方法是采用逐盘转动电位差计进行平衡读数, 然后查热电偶分度表求出误差,检定过程比较复杂。为了简化检定操作,方便现场检定,我们设计了新型的适用于mV 型测温仪表的检定仪。该检定仪利用AT89C51单片机, 将各种常用热电偶分度表固化在检定仪的EPROM 中,将毫伏发生器、调节器、显示器等组成一体, 具有操作简便、读数准确、功能强、重量轻、体积小等优点, 操作人员不必再查找热电偶分度表。该检定仪设有电势正负
AD7190
- datasheet for adc which can be used for number of applications like weighing scales, thermocouple measurements etc
MAX6675LCD
- K型热电偶信号转换放大器MAX6675的驱动设置程序。该程序能控制MAX6675对K型热电偶的微弱信号进行放大、AD转换。-K-type thermocouple signal converter amplifier MAX6675 driver setup program. The program can control the MAX6675 on the K-type thermocouple of weak signal amplification, AD conversion.
typerk
- K型热电偶的温度--电压对照表啊。有新区可以看下 -K-type thermocouple temperature- ah voltage table. New facie there can be
BIYEDEJI
- 本设计为基于MSP430单片机的两线制一体化智能温度变送器模块，它支持工业上常用的热电阻与热电偶传感器，同时它还能够通过简易的RS-232口进行参数设定。系统主要由电源模块、AD采样模块、MCU模块、通讯模块及就地指示模块等部分组成。软件上采用了限幅平均滤波、数字校准、迭代等方法，与硬件配合，获得了比较高的检测精度。该温度变送模块具有电路简单、 精度高、 超低功耗等特点，它可以很方便地安装到现场，实现对温度的实时检测，具有较好的实用价值。-The design is based on the i
0087
- 热电偶的冷端补偿和线性化.pdf 网上搜下来的，-Thermocouple cold junction compensation and linearization. Pdf
FlashMagicV1.98
- 常用的温度检测元件主要有热电偶、热电阻、热敏电阻等。热电偶主要是利用两种不同金属的热电效应，产生接触电势随温度变化而变化，从而达到测温的目的。-Temperature detection devices commonly used in the main thermocouple, thermal resistance, thermal resistance and so on. Thermocouple is the use of two different metal thermoelect
dsfsfgfsa
- 可以使用热敏电阻、热电偶、半导体温度传感器等做温度传感器进行温度监测-Can use the thermistor, thermocouple, semiconductor temperature sensors such as temperature sensors do temperature monitoring
get_6675_temp_2
- MAXII 240 CPLD和6675 开发的0-1023.75度的温度传感数据采集系统，用seg7 LED显示，精度0.25度。探头是K型测温线，Quartus II 6.0调是通过，在cpld开发板上面试验成功-MAXII 240cpld and 0-1023.75 development of 6675 degrees C temperature sensor data acquisition system, using seg7 LED shows that the accuracy o