Temperature
sensors: types  related subjects:
IR sensors,
Temperature circuits, Thermoelectric devices,
Resistors |
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ALCOHOL THERMOMETERS |
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Bourdon gauge a hollow spiral metal tube, based on the Bourdon pressure gauge |
| Bulb thermometers common glass thermometer |
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CMOS-based Thermal Sensors pdf file |
| Cryogenic
temperature measurements pdf file |
| DS1620
digital thermometer and thermostat |
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Glass laboratory thermometers Glass laboratory thermometers |
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Glass Thermometer Selection Guide |
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Glass Thermometers Glass Thermometers, mercury filling, pdf file |
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Liquid-in-glass thermometers
Liquid-in-Glass Thermometry,
Liquid-in-glass thermometers, pdf file |
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RdF Surface
Temperature Sensors |
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Vapour
Pressure Thermometry pdf file |
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Bandgap temperature sensor related subjects:
Temperature circuits, Thermoelectric devices |
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Bandgap temperature sensor Silicon bandgap temperature sensor, diode |
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Bandgap temperature sensor
Measuring temperatures on computer chips with speed and accuracy A new approach
using silicon sensors and offchip processing, pdf file |
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Diode
Thermometers pdf file |
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Germanium
Resistance Thermometers Germanium Resistance Thermometers, pdf file |
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LM35 Integrated Circuit Temperature Sensor |
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LM34/LM35
Precision Monolithic Temperature Sensors Silicon bandgap temperature sensor,
diode, pdf file |
| LM75
digital temperature sensor and thermal watchdog with two wire interface. The LM75 is a temperature sensor, Delta-Sigma analog-to-digital converter, and
digital over-temperature detector with I2C interface |
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Bimetallic strip sensor related subjects:
Temperature circuits, Electrical safety |
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Bimetaal in Dutch |
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Bimetallic Temperature Sensors The Bimetallic strip is a mechanical
temperature sensor element. It converts temperature to a mechanical
displacement. |
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Bimetallic Strip
Animation Bimetallic Strip Animation, Bimetallic switch |
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Bi-metallic strip
A bi-metallic strip is used to convert a temperature change into mechanical
displacement. The strip consists of two strips of different metals which expand
at different rates as they are heated, ...,
Educypedia |
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Bimetallic Strips Bimetallic Strip Applications |
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Bimetallic strip thermometer Bimetallic strip thermometers are mechanical
thermometers., ... |
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Bimetal Strips
Bimetal strips or thermostat metals comprise two (or more) layers of dissimilar
metals bonded together. When subjected to a change in temperature, the strip
will bend by virtue of the difference in thermal coefficients of expansion of
the metals. Basically, therefore, thermostat metals are simple transducers,
converting thermal energy into mechanical energy |
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How Does a Thermostat Work? |
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Linear Expansion Thermometer Bimetallic Strips |
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Overload Relays
Bimetal Overload Relays |
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Thermal-magnetic circuit breaker
Thermal-magnetic circuit breaker, animation |
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Thermistors related subjects:
Temperature circuits, Thermoelectric devices,
Resistors |
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Measuring Temperature
with RTDs This tutorial introduces and explains the concepts and techniques
of measuring temperature with an RTD or Thermistor |
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Negative Temperature Coefficient (NTC) Thermistors Technical Notes, Negative
Temperature Coefficient (NTC) Thermistors, pdf file |
| NTC
Thermistor Theory |
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NTC thermistors
Thermistors are temperature sensitive passive semiconductors which exhibit a large change in electrical resistance when subjected to a relatively minute
change in body temperature. Negative Temperature Coefficient (NTC) thermistors decrease in resistance when subjected to an increase in body temperature |
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NTC thermistors
NTC thermistor, A thermistor is an electronic component that exhibits a large
change in resistance with a change in its body temperature, ..., pdf file |
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PTC thermistors
Positive Temperature Coefficient (PTC) thermistors are thermally sensitive
semiconductor resistors which exhibit an increase in resistance at a specified
temperature. Change in the resistance of a PTC thermistor can be brought about
either by a change in the ambient temperature or internally by self heating
resulting from current flowing through the device |
| PTC thermistors
PTC thermistor, pdf file |
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Resistance - Temperature Table NTC (Negative Temperature Coefficient) is the
negative percent resistance change per degree C. To determine the resistance
tolerance of a precision thermistor at any temperature point multiply the
temperature tolerance times the NTC, pdf
file |
| Thermistor pdf file |
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Thermistor
A thermistor is a thermo-sensitive element which resistance value changes to the
temperature. It has negative temperature coefficient (NTC), meaning its
resistance decreases exponentially with increasing temperature. As the other
type of thermistor with positive temperature coefficient (PTC), meaning its
resistance increases exponentially with increasing temperature |
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Thermistor Thermistors are temperature sensitive resistors. All resistors
vary with temperature, but thermistors are constructed of semiconductor material
with a resistivity that is especially sensitive to temperature, ... |
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Thermistor resistance table Resistance values for two standard thermistors, pdf file |
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Thermistors pdf file |
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Thermistors and RTDs A platinum resistance temperature detector (RTD) is a
device with a typical resistance of 100 W at 0°C, RTD Overview, Measuring
Temperature with RTDs, Which NI Products Can I Use with RTDs?, Programming
Considerations for RTDs, Thermistor Overview, Measuring Temperature with
Thermistors, RTD/Thermistor Measurement Systems, RTD Overview,
Educypedia |
| Thermistor
temperature transducer-to-ADC application TLV2472 |
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Horizontaal |
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Last updated on:
2011-01-05
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