Thermocouple  related subjects:
IR sensors,
Temperature circuits, Thermoelectric devices,
Resistors |
|
Bimetallic thermometers
Bimetallic thermometers, descriptions of the most-commonly used thermocouples, pdf file |
| International
thermocouple colour codes International Thermocouple Color Codes —
Thermocouple and Extension Grade Wires |
|
Measuring Temperature with Thermocouples |
|
Platinum Thermocouples
Platinum Thermocouples, pdf file |
|
Simplified
Thermocouple Interfaces Different linearization techniques, Cold junction
compensation, Diagnostics, pdf file |
|
Taking Thermocouple
Temperature Measurements This document introduces you to thermocouples,
which are inexpensive temperature sensing devices widely used with PC-based DAQ
systems. It also includes some specific thermocouple examples |
|
Thermocouple |
| Thermocouple
the thermocouple is a thermoelectric temperature sensor which consists of two dissimilar metallic wires, e.g., one
chromel and one constantan. These two wires are connected at two different junctions, one for temperature measurement and the other for reference |
| Thermocouple
thermocouple application note |
| Thermocouple en Français |
| Thermocouple pdf file |
|
Thermocouple color codes ANSI and IEC Color Codes for Thermocouples, Wire
and Connectors |
|
Thermocouple
composition and specifications Thermocouple composition and specifications |
| Thermocouple
data thermocouple data |
|
Thermocouple
effect the voltage across the thermocouple junction depends on the type of metals used and the temperature of the junction |
| Thermocouple
properties Thermoelectric Alloy Property Data, pdf file |
|
Thermocouple
technical reference |
| Thermocouple
technical reference data including international color codes |
|
Thermocouple types thermocouple types |
| Thermocouple
thermocouple types an application notes |
| Thermocouples
thermocouples are based on the principle that when two dissimilar metals are joined a predictable voltage will be generated that relates to the difference
in temperature between the measuring junction and the reference junction |
|
Thermocouples: measuring temperature
thermocouples are very rugged and inexpensive and can operate over a wide temperature range. A thermocouple is created whenever two dissimilar metals
touch and the contact point produces a small open-circuit voltage as a function of temperature. This thermoelectric voltage is known as the Seebeck
voltage, named after Thomas Seebeck, who discovered it in 1821 |
|
Themocouples - Reference
Guide Properties of the sheath material, Diameter and construction of
thermocouple assembly, Temperature Range |
| Thermocouple
technical reference data thermocouples are based on the principle that when two dissimilar metals are joined a predictable voltage will be generated
that relates to the difference in temperature between the measuring junction
and the reference junction |
| Thermokoppels
in Dutch |
|
THERMOELECTRIC EFFECTS IN METALS- THERMOCOUPLES pdf file |
|
Horizontaal |
|
Thermopile sensors related subjects:
IR sensors,
Temperature circuits, Thermoelectric devices,
Resistors |
|
Temperature Measurement with Radiation Thermometers |
| Thermopile detectors
a thermopile is serially-interconnected array of thermocouples, pdf file |
|
Thermopile detectors thermopile detector output is proportional to incident radiation while the pyroelectric
detectors output is proportional to rate of change of incident radiation. In other words, the thermopile detector is DC coupled while the pyroelectric
detector is AC coupled |
|
Thermopile infrared sensor
the thermocolumn or thermopile comprises a series of thermoelements, each element being a thin wire made of two materials of
different thermal activity.When a temperature difference occurs between the two ends of a wire, an electrical tension "thermotension", develops.Connecting
several thermoelements in series adds together the thermotension of each element, producing a useful electrical output signal, pdf file |
|
Thermopiles
Thermopiles are used for contactless temperature measurement. The measurement
principle is based on the detection of infrared radiation, using micro-machined
devices in silicon based technology, pdf file |
|
Thermopiles for gas detection application note APPLICATIONS OF THERMOELECTRIC INFRARED SENSORS
(THERMOPILES): GAS DETECTION BY INFRARED ABSORPTION; NDIRpdf file |
|
Thermopiles for pyrometry application note thermopile sensorse, which allow
remote temperature sensing, pdf file |
|
Thermopile sensors thermopile sensors, remote temperature measurement with
PerkinElmer thermopile sensors (pyrometry), pdf file |
|
Thermopile sensors application note pdf file |
|
Vapour
Pressure Thermometry |
|
Horizontaal |
|
|
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