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wannengshuru
- 智能仪表万能信号输入级电路设计，现在的工业显示控制仪表都具有万能输入，何为万能输入？万能输入可以输入20多种传感器信号，如 线性信号4~20ma，0~20ma，0~10ma，0~5v，1~5v，0~10v， 热电偶，T,R,J,B,S,K,E, 热电阻，PT100,CU50,PT1000等。 -Intelligent Instrument universal signal input level circuit design, indus
K型热电偶冷端补偿方案
- 详细讲解了热电偶的补偿电路的设计细则！非常使用。-Detailed account of the compensation thermocouple circuit design details! Very much use.
thermocouple
- 关于热电偶的实验报告，加上补偿电路以提高响应速度。-Experimental report on the thermocouple, together with compensation circuit to improve the response speed.
wenkong(E)
- 一个E型热电偶的智能温控仪电路，实际应用广泛，望对大虾们有借鉴作用-An E-type thermocouple intelligent temperature controller circuit, the practical application of a wide range, look on the prawns were a reference
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
Thermocouple-ampli
- AD597 Thermocouple Amplifier Board
201204_SYJTTESWD
- 高精度的石英晶体测温: 通常,我们都在使用如热电偶,热电阻,热敏电阻,半导体或集成电路传感器....来测量温度,实际上,如果利用晶体来做温度传感器,其精度就会大幅度提高! 石英晶体的振荡频率会随温度的变化而发生微小的变化，利用这一特性，通过测量石英晶体振荡器的频率，就可司接测得相应的温度值，所以石英晶体谐振器还可用来进行温度的测量。测温石英晶体谐振器就属于这一类产品，它采用玻璃外壳封装软弓线电极，分辨率可达0.01℃-0·0001℃，适合作测温敏感元件。 这里
pt100_B_K
- 热电阻，热电偶的分度表，合成现成的文件，数据采集用到的-Thermal resistance, thermocouple indexing table, synthesis of available documents, data collection and use
temperature-control
- 热电偶采集，用于锅炉的温度控制，是开发温度控制仪器的首选代码 -Thermocouple acquisition, for the temperature control of a boiler, is the choice for the development of the temperature controlling instruments code
MAX6675
- Ｋ型热电偶数字转换器MAX6675及其在铝水平温度测量仪中的应用-K-type thermocouple digital converter MAX6675 and its application in the the aluminum horizontal temperature measuring instrument
Thermocouple-and-RTD-Table
- Different Thermocouple Datasheets. S, K, R etc Pt100 also included.
self power generated stimulator
- This paper proposes the design and implementation of the functional electrical stimulator using the ultra low power microcontroller MSP430 , which restores the functionality of paralyzed portion of human body due to spinal cord injury (SCI) that cons
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- 采用单片机STC89C52作为数据处理与控制单元，以电阻炉作为控制对象，用K型热电偶作为测量元件-Using SCM STC89C52 as a data processing and control unit to resistance furnace as a control object, as with K-type thermocouple measuring element
Thermo
- Thermocouple useguide
1602test
- 热电偶显示，热电偶与单片机连接实现温度的实时显示，选用MAX318-Thermocouple display, thermocouple connected with the microcontroller to achieve real-time temperature display, selection MAX31855
temperature
- 采用Visual Basic设计上位机界面，实现多路信号进行实时长时间监测；最终接入热电偶，实现对四路温度的监测任务。-Using Visual Basic design PC interface, multi-channel signals in real-time monitoring for a long time the final thermocouple access, to achieve four temperature monitoring tasks.
Thermocouple-thermometer
- k型热电偶分度毫伏对照表-K- type thermocouple indexing millivolt
max31855开发资料
- MAX31855热电偶转换器开发流程 一、 准备硬件和相关知识 1. 硬件：一块开发板、逻辑分析仪、热电偶（常用的K型热电偶）、杜邦线等； 2. 相关知识： VHDL基础、SPI通信； 二、 max31855datasheet编程用到的部分： 1．电路连接图 2．串行接口时序特性 3 .串口时序 4.引脚分配 5.热电偶温度格式 三、程序编写 /** *****