Bead Type Thermistors

Description: A thermistor is a type of resistor that differs from standard resistors in that its resistance varies significantly with temperature. Common uses of thermistors are temperature sensors, self-resetting overcurrent protectors and self-regulating heating elements. Material that is

• Temperature Range: 149 to 182.99999999999997 C
• Resistance (@25°C): 0.5 to 10 ohms
• Minimum Thermal Time Constant: 14 to 55 sec, in air
• Length: 0.8661422 to 1.4960638 inch

Description: Featuring accuracies ranging from ± 0.1°C to ± 10%. Our CP and CS NTC thermistor series can be customized to meet your exact application requirements for probe housing materials, lead wire gauges, insulation types, and connectors. Selco’s discrete thermistor family includes

• Temperature Range: -50 to 250 C
• Resistance (@25°C): 2,252 to 1,000,000 ohms
• Lead Style: Axial, Leadless, Radial
• Package / Electrode Type: Bead, Chip / Surface Electrodes

Description: The DC95/EC95 thermistors have higher dissipation constants than glass-coated beads or probe-style thermistors and therefore can be used in circuits of moderate power levels. The thermal time constant of chip-style thermistors is comparable to that of large glass probes.

Description: The DC95/EC95 thermistors have higher dissipation constants than glass-coated beads or probe-style thermistors and therefore can be used in circuits of moderate power levels. The thermal time constant of chip-style thermistors is comparable to that of large glass probes.

Description: PART NUMBER: tm10krb TYPE: Radial Bead BETA VALUE: 3892 TOLERANCE: 0.1 RESISTANCE/OHM: 10K Ohm The TM10KRB is a 10K ohm radial bead thermistor. 10% tolerance carrying nominal beta of 3,892K ohms. For most Dewalt, Rigid, and Makita drill packs.

• Resistance (@25°C): 10,000 ohms

Description: The DC95/EC95 thermistors have higher dissipation constants than glass-coated beads or probe-style thermistors and therefore can be used in circuits of moderate power levels. The thermal time constant of chip-style thermistors is comparable to that of large glass probes.

Description: The DC95/EC95 thermistors have higher dissipation constants than glass-coated beads or probe-style thermistors and therefore can be used in circuits of moderate power levels. The thermal time constant of chip-style thermistors is comparable to that of large glass probes.

Description: Alternative Parts (Cross-Reference): Cross Manufacturer: Vishay Beyschlag/Draloric/BC Components Category: Sensors, Transducers Temperature Sensors NTC Thermistors Package: Bulk Operating Temperature: -40°C ~ 125°C Package / Case: Bead Mounting Type: Through Hole

• Temperature Range: -40 to 125 C

Description: Thermistor Economic and Precise Thermal Sensing Custom Tolerances to Enhance Measurement Accuracy Advantageous Signal to Noise Ratio Offered as Bead, Chip, Disc, and Thin Film Type

• Features: Electric
• Applications: OEM / Custom

Description: Win Source Part Number: 1375774-02C5000JF Category: Sensors, Transducers - Temperature Sensors - NTC Thermistors Fake Threat In the Open Market: 46 pct. MSL Level: 1 (Unlimited) Mfr: Vishay Dale Series: C Package: Bulk Product Status: Active Package / Case: Bead Mounting Type:

• Resistance (@25°C): 500 ohms
• Length: 1.42 inch

Description: Status: Active Package / Case: Bead with Terminal Mounting Type: Free Hanging HTSUS: 8533.40.8070 REACH Status: REACH Unaffected ECCN: EAR99 Resistance @ 25°C: 100 Ohms

• Temperature Range: 90 to 160 C
• Features: Positive Temperature Coefficient (PTC)

Description: semiconductor sensor element (thermistor). RTDs are available in various design configurations including averaging, annular, and combination RTD-thermocouple, while thermistors are classified based on the configuration of the semiconductor sensor element: bead, disc, washer, or

Description: Hot Wire Anemometer with two miniature glass-bead thermistors provides greater precision at low air velocities. Telescope probe expands from 9-1/2 inches to 3 feet for use in hard-to-reach places. No moving-parts unit eliminates friction errors caused by rotating vanes. It's ideal for

• Air Velocity Range: 40 to 3,940 SFPM
• Accuracy: 1 ±% Full Scale
• Operating Temperature: 32 to 122 F
• Measurement Type: Air Velocity

Description: NTC Thermistor 30k Bead

• Temperature Range: -60 to 150 C
• Resistance (@25°C): 30,000 ohms
• Package / Electrode Type: Bead

Description: 115 Series Thermistors consist of two beads, each bead being mounted to a special hermetically-sealed header. For maximum sensitivity, the higher resistance units should be used at higher ambient temperatures.

• Temperature Range: -60 to 300 C
• Resistance (@25°C): 8,000 ohms
• Minimum Thermal Time Constant: 0.5 sec, in air
• Length: 0.37795296 inch

Description: Littelfuse miniature leaded epoxy coated thermistors are manufactured using the same state of the art manufacturing techniques as those used to produce Littelfuse precision interchangeable devices. This results in devices with superior long term reliability characteristics especially suitable

• Temperature Range: -55 to 135 C
• Resistance (@25°C): 10,000 ohms
• Package / Electrode Type: Bead
• Lead Style: Leadless

Description: The OMEGA 55000 Series glass encapsulated thermistors provide a higher temperature alternative to the OMEGA 44000 Series epoxy coated thermistors where needed. With a maximum continuous temperature rating of -80 to 200°C (-112 to 392°F), and intermittent operation to 250°C (482°F), the

• Temperature Range: -80 to 150 C
• Resistance (@25°C): 2,252 to 10,000 ohms
• Minimum Thermal Time Constant: 15 sec, in air
• Length: 2.5 inch

Description: including interchangeable thermistors, end-banded chip thermistors, laboratory grade temperature thermistors, and inrush current limiting power thermistors, among others. Product descriptions and options are available for each of our featured thermistors. Feel free

• Temperature Range: -62.22222222222222 to 65.55555555555556 C
• Resistance (@25°C): 1,000 to 100,000 ohms
• Package / Electrode Type: Bead
• Lead Style: Radial

Description: THERMISTOR NTC 4.7OHM 2880K BEAD

• Temperature Range: -40 to 125 C
• Resistance (@25°C): 4.7 ohms
• Length: 0.1968505 inch
• Package / Electrode Type: Bead

Description: DESCRIPTION A thermistor style heavy-duty analog temperature sensor with a padded resistor for improved linearity of the input curve. This steady-state sensor is intended for use in demanding industrial and off-highway equipment applications. FEATURES • Thermistor technology for low

• Temperature Range: -40 to 150 C
• Resistance (@25°C): 4,300 ohms
• Minimum Accuracy: 2 ±% Full Scale
• Width / Diameter: 0.187 inch

Description: Littelfuse standard leaded epoxy coated thermistors are manufactured using the same state of the art manufacturing techniques as those used to produce Littelfuse’s precision interchangeable devices. This results in devices with superior long-term reliability characteristics, making them

• Temperature Range: -55 to 150 C
• Resistance (@25°C): 300 ohms
• Package / Electrode Type: Bead
• Lead Style: Leadless

Description: PTC thermistors act as thermal protectors for electrical motors. They are available with or without an insulated sleeve and have flexible connecting leads. PTC thermistors have a non-linear resistance/temperaturere response. At a specified temperature the resistance changes rapidly to

• Temperature Range: -55 to 200 C
• Resistance (@25°C): 0.7 to 1,000,000 ohms
• Minimum Thermal Time Constant: 2 to 126 sec, in air
• Lead Style: Axial, Leadless, Radial

Description: U.S. Sensor™s high temperature glass probe thermistors feature superior long-term stability and fast thermal response. Their small size and glass encapsulation makes them especially suitable for temperature measurement and control where space is limited and where extreme temperatures,

• Resistance (@25°C): 1,000 to 100,000 ohms
• Width / Diameter: 0.07 inch
• Package / Electrode Type: Bead
• Coating: Glass

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.

• Temperature Range: -55 to 100 C
• Resistance (@25°C): 3,200 to 88,200 ohms
• Minimum Thermal Time Constant: 10 sec, in air
• Coating: Bare

Description: 115 Series Thermistors consist of two beads, each bead being mounted to a special hermetically-sealed header. For maximum sensitivity, the higher resistance units should be used at higher ambient temperatures.

• Temperature Range: -60 to 300 C
• Resistance (@25°C): 2,000 ohms
• Minimum Thermal Time Constant: 0.5 sec, in air
• Length: 0.37795296 inch

Description: All of OMEGA's Thermistor elements can be supplied with additional lead wire attached to existing leads. Longer leads create more flexibility for use in many applications. The size of the potted junction between lead wire and element is kept as small as possible. Note: These elements are not

• Temperature Range: -78.88888888888889 to 121.11111111111111 C
• Resistance (@25°C): 2,252 to 30,000 ohms
• Minimum Thermal Time Constant: 1 sec, in air
• Length: 39.3701 inch

Description: including interchangeable thermistors, end-banded chip thermistors, laboratory grade temperature thermistors, and inrush current limiting power thermistors, among others. Product descriptions and options are available for each of our featured thermistors. Feel free

• Resistance (@25°C): 100 to 100,000 ohms
• Package / Electrode Type: Bead
• Coating: Epoxy
• Lead Style: Radial

Description: SERIES JNF DESCRIPTION Radial, Temperature Compensation ZERO POWER RESISTANCE 1K to 100Kohm THERMAL DISSIPATION CONSTANT 3mw_ Deg C THERMAL TIME CONSTANT 12sec PACKAGE Radial, Axial FEATURE •Operating Temperature Range: -40~120 Deg C •Application: Motherboard, Temperature Control Fan •Function:

• Temperature Range: -40 to 120 C
• Resistance (@25°C): 1,000 to 100,000 ohms
• Minimum Thermal Time Constant: 12 sec, in air
• Length: 1.181103 inch

Description: No Description Provided

• Temperature Range: -50 to 150 C
• Coating: Bare
• Package / Electrode Type: Bead
• Housing: Probe / Closed Tube

Description: applications Thanks to high precision resistance AVX accurate leaded and leadless thermistors are ideal for temperature measurement in wide range of professional, industrial, automotive (AEC-Q200) and custom high reliability applications. Available in leaded or leadless form with resistance

• Temperature Range: -55 to 150 C
• Resistance (@25°C): 2,000 to 100,000 ohms
• Package / Electrode Type: Bead
• Lead Style: Leadless, Radial

Description: Littelfuse radial leaded glass coated chip thermistors feature excellent long-term stability and reliability as well as a fast thermal response time. They are especially suitable for temperature measurement and control where extreme temperatures, corrosive atmospheres and/or harsh

• Temperature Range: -55 to 300 C
• Resistance (@25°C): 1,000 ohms
• Package / Electrode Type: Bead
• Lead Style: Leadless

Description: including interchangeable thermistors, end-banded chip thermistors, laboratory grade temperature thermistors, and inrush current limiting power thermistors, among others. Product descriptions and options are available for each of our featured thermistors. Feel free

• Resistance (@25°C): 500 to 5,000,000 ohms
• Lead Style: Axial, Radial
• Package / Electrode Type: Bead
• Coating: Glass

Description: NTC Leadless Disc Features & Benefits Fully metalized leadless disc Multiple temperature stability options Customized solutions Typical Applications Automotive Consumer Industrial AVX leadless disc thermistors offer excellent thermal and electrical stability with wide range of resistance

• Temperature Range: -40 to 200 C
• Package / Electrode Type: Bead
• Lead Style: Leadless