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Supplier: United Electric Controls Company
Description: Thermistors tend to be more accurate than RTD's and thermocouples, but they have a much more limited temperature range because of their marked non-linearity. A Thermistor capitalizes on the fact that the electrical resistance of a material changes as its temperature changes. Thermistors rely
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Supplier: Newark / element14
Description: THERMISTOR; Thermistor Type:NTC; Resistance:3kohm; Operating Temperature Max:150°C
- Sensor Type: Thermistor Element
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Supplier: Durex Industries
Description: Thermistors are thermally sensitive resistors that exhibit a large change in resistance when subjected to changes in environment temperature. Thermistors have either a Negative Temperature Coefficient (NTC) or a Positive Temperature Coefficient (PTC). Although these assemblies can be designed
- Basic Element Used: Thermistor
- Probe Configuration: Straight Probe
- Process Connection: None or Hand held
- Sensor Termination Type: Bare or Insulated Lead Wires, Screw Tabs or Lugs, Other
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Supplier: OMEGA Engineering, Inc.
Description: This Thermistor Sensor Includes Two Thermistor Elements That When Used With a Resistor Set Will Provide Linearized Resistance Output Over a Specific Temperature Range
- Basic Element Used: Thermistor
- Sensor Type: Temperature Probe
- Probe Configuration: Straight Probe
- Process Connection: None or Hand held
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Supplier: Fluid Components Intl. (FCI)
Description: FCI provides temperature elements mounted in thermowells for direct installation into piping and ducting on commercial and military aircraft, spacecraft, vehicles and marine applications. These elements are available as Resistance Temperature Detector (RTD) that provides a linear change
- Basic Element Used: RTD, Thermistor
- Element Configuration: > 2 Elements
- Probe Configuration: Penetration (Needle) Probe, Flexible Probe
- Bare or Insulated Lead Wires: Yes
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Supplier: Newark / element14
Description: THERMISTORS SENSOR; Thermistor Type:NTC; Resistance:100kohm; Operating Temperature Max:150°C
- Sensor Type: Thermistor Element
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Supplier: OMEGA Engineering, Inc.
Description: For applications requiring thermistors with linear response to temperature change, OMEGA offers linear components. These unique devices consist of a thermistor composite for temperature sensing and an external resistor composite for linearizing.
- Package / Electrode Type: Bead
- Lead Style: Radial
- Coating: Bare
- Housing / Encapsulation: None
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Supplier: Thermik Corporation
Description: Function Thermik thermistors correspond to DIN 4408, DIN 44082 and IEC 34-11-2, and exhibit a very high temperature sensitivity. The resistance increases strongly in the area of the rated response temperature. This change can be used to switch off the load circuit through a triggering device
- Package / Electrode Type: Chip / Surface Electrodes
- Lead Style: Radial
- Coating: Ceramic
- Housing / Encapsulation: Surface
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Supplier: RFE International, Inc.
Description: Positive temperature coefficient thermistor for circuit protection
- Package / Electrode Type: Bead
- Lead Style: Radial
- Coating: Ceramic
- Housing / Encapsulation: None
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Supplier: Measurement Specialties, Inc.
Description: Hermetically Sealed Glass Encapsulated Precision Interchangeable NTC Thermistor utilizing high stability pressed-disk ceramic sensor for high temperature and high stability applications. Glass Hermetic Seal 2252 Ohm to 30K Ohm Resistance @ 25°C Interchangeability Excellent High
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Description: Unique design to provide accurate temperature indication of outside air. PVC weather resistant housing and sun shield provide excellent UV aging and corrosion resistance and are U/L listed. Integrated sun shield is designed to prevent ice buildup and eliminate incorrect readings caused
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Supplier: Oven Industries, Inc.
Description: Brass tube 1" with hex nut, matched resistance versus temperature curve
- Basic Element Used: Thermistor
- Sensor Type: Temperature Probe
- Probe Configuration: Flexible Probe
- Process Connection: Threaded Fitting
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Supplier: API Technologies Corp - Spectrum Control
Description: variety of sensing elements including thermistors, RTD's, IC sensors and silicon PTC's Wide operating temperature range: -40°C to 105°C
- Basic Element Used: RTD, Thermistor
- Probe Configuration: Straight Probe
- Process Connection: Threaded Fitting
- Sensor Termination Type: Bare or Insulated Lead Wires
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Supplier: Newark / element14
Description: RESISTANCE TEMPERATURE DETECTOR; Resistance:100ohm; No. of Pins:2; Operating Temperature Range:-70°C to +500°C; Thermistor Case Style:Radial Leaded; Thermistor Type:RTD
- Sensor Type: RTD Element
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Supplier: Jameco Electronics
Description: THERMISTOR,NTC,K(+/-10%), 1000ohm
- Sensor Type: Thermistor Element
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Supplier: Digi-Key Corporation
Description: THERMISTOR DISC 1K OHM 5%
- Sensor Type: Thermistor Element
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Supplier: Therm-O-Disc
Description: Thermistors NTC thermistors are a semiconductor ceramic made with various metal oxides. Their electrical resistance decrease with increasing temperature. This resistance is processed by an electronic circuit to provide temperature measurement. While a bimetallic thermostat provides both
- Sensor Type: Thermistor Element
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Supplier: Newport Electronics, Inc.
Description: with different values for different temperatures ranges. When they are connected in networks shown in Figures 3 and 4, they produce a varying voltage or resistance which is linear with temperature.
- Package / Electrode Type: Bead
- Lead Style: Radial
- Coating: Epoxy
- Housing / Encapsulation: Probe / Closed Tube
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Supplier: Acrolab Ltd.
Description: Acrolab's thermocouples, RTDs, Thermistors and accessories are suitable for plastic injection, medical/pharmaceutical, chemical, food, dairy, agricultural and general industrial applications. Our RTD Assemblies utilize wire wound platinum elements and are of the "filled tube" or "MgO" construction
- Sensor Type: Temperature Probe
- Basic Element Used: RTD
- Element Configuration: Single Element, Double Element
- Probe Configuration: Straight Probe
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Supplier: Digi-Key Corporation
Description: THERM NTC 50 OHM 5% 28 AWG RAD
- Package / Electrode Type: Bead
- Sensor Type: Thermistor Element
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Supplier: Tempco Electric Heater Corporation
Description: Features: 316 Stainless Steel Sheath Glass Encapsulated Thermistor Element Fast Response Time Up to 572°F Operating Temperature
- Package / Electrode Type: Bead
- Lead Style: Radial
- Coating: Glass
- Housing / Encapsulation: Open Tube, Probe / Closed Tube
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Supplier: Nanjing Shiheng Electronics Co., Ltd.
Description: Characteristics： 1.Miniature size 2.No lead, ideal for high density SMT installation. 3.Superior solderability and resistance to soldering heat 4.Ideal for wave or reflow soldering Applications: 1.Temperature compensation of IC, LED, transistor, crystal oscillator of mobile
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Supplier: Watlow®
Description: Watlow's platinum resistance elements are specially designed to ensure precise and repeatable temperature versus resistance measurements. The sensors are made with controlled purity platinum wire and high purity ceramic components. They are constructed in a unique, strain-free manner. Several RTD
- Sensor Type: Thermistor Element
- Package / Electrode Type: Bead
- Lead Style: Axial
- Coating: Bare
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Supplier: Carlton-Bates Company
Description: 197 Series Thermistors are available in a broad range of custom resistance values and R/T curves. They are also available with insulated or noninsulated leads.
- Package / Electrode Type: Chip / Surface Electrodes
- Coating: Bare, Epoxy
- Sensor Type: Thermistor Element
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Supplier: Panel Components & Systems, Inc.
Description: The M200 thermistor trip accepts positive temperature coefficient thermistor inputs. Typically used to monitor temperature in motor windings. When the thermistor is below its predetermined temperature the resistance is low and the M200-TTA / TTM relay is energised. A green LED indicates the safe
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Supplier: Honeywell Sensing and Control
Description: 140 Series, 142 Series and 143 Series Thermistors are available in a broad range of custom resistance values and R/T curves. Leads are uninsulated. Diameters range from 2,54 mm [0.1 in] to 10,16 mm [0.4 in]. They are available on tape and reel.
- Sensor Type: Thermistor Element
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Supplier: VENKEL LTD.
Description: Ideally suited for temperature sensors and compensators
- Package / Electrode Type: Chip / Surface Electrodes
- Lead Style: Leadless
- Housing / Encapsulation: Surface
- Sensor Type: Thermistor Element
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Supplier: API Technologies Corp - Spectrum Control
Description: Spectrum Sensors & Controls standard disc style thermistors are ideal for use in those applications where low cost and a rugged design are desired. Thermistors are available either coated or uncoated and are available in a variety of resistance values, curves and tolerances to suit a wide
- Sensor Type: Thermistor Element
- Package / Electrode Type: Bead
- Lead Style: Radial
- Coating: Bare, Epoxy
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Supplier: Newport Electronics, Inc.
Description: The general purpose transition joint probe style is now available with any of our 44000 series thermistors as sensing elements. The probe transitions to 36" of PFA insulated two-conductor lead wire and terminates in stripped leads.
- Package / Electrode Type: Bead
- Lead Style: Radial
- Housing / Encapsulation: Probe / Closed Tube
- Interchangeable: Yes
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Supplier: Excelitas Technologies Corp.
Description: , the TPD 1T 0514 offers a strong signal at low sensor resistance with a large absorbing area. The TPD 1T 0624 represents a lower-cost compromise. All types are equipped as standard with an internal thermistor as temperature reference for thermopile temperature compensation. Applications
- Sensor Type: Noncontact Infrared Temperature Sensor
- Device Category: Sensor / Transducer
- Technology: Thermal Pyrometer / Detector
![140 Series, 2,54 mm [0.1 in] disc thermistor with leads, 1,000 Ohm resistance, ±10.0% tolerance, 25/85 BETA = 3468 -- 140-102FAG-RB1](http://partimages.globalspec.com/37/0687/2000687_medium.png "140 Series, 2,54 mm [0.1 in] disc thermistor with leads, 1,000 Ohm resistance, ±10.0% tolerance, 25/85 BETA = 3468 -- 140-102FAG-RB1")
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Featured Products for Thermistor Resistance Temperature Top
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Thermik Corporation
Thermistor Sensor -- LTM
Thermik thermistors correspond to DIN 4408, DIN 44082 and IEC 34-11-2, and exhibit a very high temperature sensitivity. The resistance increases strongly in the area of the rated response temperature. This change can be used to switch off the load circuit through a triggering device. Electronic evaluations of many different applications are also possible. The typical characteristics of Thermik thermistors are presented in the temperature resistance diagram. Advantages: Small dimensions. Fast... (read more)
Browse Thermistors Datasheets for Thermik Corporation -
Thermik Corporation
PTC Thermistors - Highest Quality
Thermik thermistors correspond to DIN 4408, DIN 44082 and IEC 34-11-2, and exhibit a very high temperature sensitivity. The resistance increases strongly in the area of the rated response temperature. This change can be used to switch off the load circuit through a triggering device. Electronic evaluations of many different applications are also possible. Advantages: Small dimensions. Fast response times. Mechanical stability. Temperature-resistance-characteristic-curves individually made... (read more)
Browse Thermistors Datasheets for Thermik Corporation -
Canadian Thermostats & Control Devices LTD.
High Sensitivity Motor Protector Thermistors
The YGM1 PTC motor protector thermistors from Cantherm react with a very high sensitivity over a narrow temperature band and exhibit an exponential increase in resistance when the target temperature of the windings is reached and relayed to a monitoring device. The YGM1 PTC thermistors are available with response temperatures from 80°C thru 180°C and are supplied with color coded wire leads. The typical wire gauge is 24AWG (0.25mm2)and the lead length is 500mm with 180mm between sensors... (read more)
Browse Thermistors Datasheets for Canadian Thermostats & Control Devices LTD. -
Nanjing Shiheng Electronics Co., Ltd.
CMF Chip NTC Thermistor
Characteristics. ·Miniature size. ·No lead,ideal for high density SMT installa tion. ·Superior solderability and resistance to soldering heat. ·Ideal for wave or reflow soldering. Application: ·Temperature compensation of IC.LCD,transistor,crystal oscillator of mobile com munications equipments. ·Temperature sensor for rechargeable bat teries. ·Temperature sensor for CPU. ·Temperature compensation of several kinds of circuits (read more)
Browse Thermistors Datasheets for Nanjing Shiheng Electronics Co., Ltd. -
API Technologies Corp - Spectrum Control
Standard Disc Style NTC Thermistors
Features. Rugged, cost effective design. -50°C to 150°C Operation. Bare or epoxy coated. Values from 100 Ω to 20,000 Ω. Temperature measurement, control or compensation. High sensitivity to changes in temperature. Other tolerances and options available. Description. Spectrum Control's standard disc style thermistors are ideal for use in those applications where low cost and a rugged design are desired. Thermistors are available either coated or uncoated and are available in a variety... (read more)
Browse Thermistors Datasheets for API Technologies Corp - Spectrum Control
Conduct Research Top
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Thermistors in Single Supply Temperature Sensing Circuits
focuses on circuit solutions that use Negative Temperature Coefficient (NTC) thermistors in the design. The Thermistor has a non-linear resistance change-over temperature. The degree of this non-linearity will be discussed in the "Hardware Linearization Solutions" section of this application note
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Thermistor Temperature Sensing with MCP6S2X PGA
of the MCP6S2X's input MUX, which have 1, 2, 6 or 8 inputs. This PGA is used to process multiple signals and/or temperatures, and digitally set the most appropriate gain for each input. This reduces overall design complexity and allows for the temperature correction of other sensors. Thermistor Temperature
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Thermistor Temperature Sensing with MCP6SX2 PGAs
Temperature (°C). the most appropriate gain for each input. This reduces. overall design complexity and allows for temperature. FIGURE 2: Thermistor Accuracy. correction of other sensors. Thermistors with different price and accuracy trade-offs. THERMISTOR. may also be used in this application
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NTC Thermistor Application Guide
by their relatively high cold resistance. During continuous operation, the NTC thermistors heats up and its resistance remains negligibly low. application.cdr NTC Thermistor. A P P L I C AT I O N. Temperature measurement. The NTC thermistor offers a practical, low-cost solution to most temperature
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Inductively Coupled Thermistor
. For temper-. PIC12C671 Output. ature sensing, most applications call for a NTC (nega-. tive temperature coefficient) type of thermistor where. Analog. Inductor. Scaling &. the resistance goes down with increasing temperature. Input. Translation. Naturally, the resistance does not go down linearly, so
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CPTC Thermistor Application Guide
. Brief of product. When the rectified mains is first applied, the PTC thermistor is cold, so its resistance is low. The lamp. voltage will be below the necessary ignition value, so the current will flow through the cathodes, heating. them to their emission temperature, where upon the resistance of PTC
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What is a Thermistor?
Thermistors What is a thermistor? A thermistor is a temperature-sensing element composed of sintered semiconductor material which exhibits a large change in resistance proportional to a small change in temperature. Thermistors usually have negative temperature coefficients which means
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Thermistor Terminology
ZERO-POWER RESISTANCE The zero-power resistance is the dc resistance value of a thermistor measured at a specified temperature with power dissipated by the thermistor low enough that any further decrease in power will result in not more than 0.1% (or one tenth of the specified measurement tolerance
Engineering Web Search: Thermistor Resistance Temperature Top
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Electrical resistance and conductance - Wikipedia, the free...
Electrical resistance and conductance From Wikipedia, the free encyclopedia (Redirected from Electrical resistance)
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Resistance thermometer - Wikipedia, the free encyclopedia
Resistance thermometers, also called resistance temperature detectors (RTDs), are sensors used to measure temperature by correlating the resistance
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Thermistor,Thermistors - Sensor Scientific, Inc.
Thermistor, Thermistors, Temperature Sensor, NTC thermistor, RTD temperature sensors, PT 100 to PT 1000 and Temperature probes
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Measuring Temperature with an RTD or Thermistor - Developer...
RTDs Resistance temperature detectors (RTDs) operate on the principle of changes in electrical resistance of pure metals and are characterized by a
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Vishay - Resistors, Non-Linear - Vishay - Curve Computation
If you want to compute a resistance temperature curve for a well defined Vishay NTC thermistor part number, you can download our program "My Vishay
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Vishay - manufacturer of discrete semiconductors and passive...
Computing of resistance, tolerance, and accuracy vs temperature Flexible temperature steps, Steinhart & Hart coefficients
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OMEGA Engineering : Technical Reference
Temperature Data Acquisition Pressure Temperature Probes Profile Probes Pressure transducers
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About Temperature & Moisture Sensors Devices & Uses...
Resistance Temperature Detectors (RTDs) Dewpoint Temperature & Humidity Noncontact Temperature Sensors
