Cold junction compensation, Other Engineering

Cold junction compensation

A recent solution to the problem of controlling a reference junction temperature is to use a 'cold-junction compensator'. This is an integrated
circuit that monitors the temperature of the reference junction, (which is allowed to adopt the ambient temperature), and then introduces an appropriate voltage into the circuit to produce the total voltage that would have occurred had a reference junction temperature been used and held at 0oC. The chip will often also amplify the thermoelectric voltage.

Posted Date: 8/28/2012 6:35:27 AM | Location : United States







Related Discussions:- Cold junction compensation, Assignment Help, Ask Question on Cold junction compensation, Get Answer, Expert's Help, Cold junction compensation Discussions

Write discussion on Cold junction compensation
Your posts are moderated
Related Questions
Propeller governing mode: The speed lever is placed in the high position. The engine is operating at 97 percent. As the power lever is advanced ahead of the flight idle deten

Question: (a) OFDM signals have a higher PAPR that signal carrier signals do. Describe (i) Why this is so and what is the impact on radio transmission systems? (ii) How

Principal of Assembly buildings- fire protection engineering: As assembly buildings accommodate members of the public they often accommodate people with disabilities. People

critically analyses the system design process of a project for a light railway link for a city

a pilot entering a bay on course 60.3 degrees at speed 12 miles per hour sees a light bearing 37.3 true and 20 minutes later he sees it bearing 20.0 degrees true. if he keeps the

can two metals such as iron and nickel be separated completely by electrogravimetry?

hi I''m doing research in tool life of solid carbide endmills and I was looking at your formulas. I was wondering if tell me or where I can find the data required for these formu

Q. Explain the TIG and MIG systems of arc welding Give the applications of each.                                                         OR         Explain briefly