Low Drift ntc

Thermistors

and Thermistor Assemblies

When using a ntc thermistor as the temperature sensor, it becomes the most important component for the temperature regulating system. To achieve high system performance, ntc thermistors should have low short term and long term drifts in the R-T relationship, the resistance vs. the temperature, compact size, and reliable. Some low cost ntc thermistors are coated with epoxy materials and have large short and long term resistance drift, i.e., when sensing the same temperature, the resistance changes with time, causing the system with a wrong sensed temperature, thus, the target object temperature is drifted. Glass coated thermistors, on the other hand, have almost zero short and long term drift, all our ntc thermistors are of this type. When choosing ntc thermistor for a temperature control system, these are the main specifications to consider: operating temperature range, sensitivity, drift, size, mounting approach, etc. Our thermistors and thermistor assemblies are mainly NTC thermistors, and can be used with our TEC controllers and TEC modules for building high stability low drift temperature control systems. These NTC thermistors and thermistor assemblies have high precision (+/-0.25°C@25°C), compact size (bare version down to 0.8mm diameter), and are coated with glass material on all the bare thermistors and ntc thermistor of which the thermistor assemblies are made, resulting in low both short and long term drift. The NTC thermistors come in bare and lugged forms, the former is for point sensing to achieve high accuracy for specific points, such as laser diode die, etc.; the latter is for bulk temperature sensing, such as optical components, etc. If you have any questions about choosing and using ntc thermistors and thermistor assemblies, let us know. We try our best to help.
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ATH10K1R0

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The ATH10K1R0 series ntc thermistor is encapsulated by glass then coated with high temperature plastic. The glass ensures long term stability, the plastic provide corrosion resistance and electrical insulation to prevent the leads from shorting with each other.
Comparing with conventional epoxy encapsulated thermistors, ATH10K1R0 features smaller size, quicker response time, better long term stability, and wider temperature range. The ATH10K1R0 is sealed between the head and sensing tip, it can work up to 250°C temperature liquid resistant.

Datasheet for ATH10K1R0  Buy now Quantity available: 490


ATH10KL2A

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The ATH10KR8B is a high precision glass encapsulated ntc thermistor. Comparing with conventional epoxy encapsulated thermistors, ATH10KR8B presents higher long term stability and wider temperature range. In addition, it has a small size and short response time. In addition, there are two insulation versions available, one of which comes with leads covered by plastic tubing, the ATH10KR8BT65, and the other one, the ATH10KR8BT65S, is sealed between the head and the tubing. They can work under up to 140°C temperature and the latter is of liquid resistant.
The ATH10KR8B series can be used to measure the temperatures for laser diodes, optical components, etc., with high accuracy and long term stability.

Datasheet for ATH10KR8B          Buy now Quantity available: 0
Datasheet for ATH10KR8BT65    Buy now Quantity available: 0
Datasheet for ATH10KR8BT65S  Buy now Quantity available: 0


ATH10KR8

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Note: STOP PRODUCTION, and can be replaced by the following ATH10KR8B.
The ATH10KR8 is a high precision, low drift, high stability, and extremely compact glass encapsulated thermistor. Comparing with conventional epoxy encapsulated ntc thermistors, the ATH10KR8 features much lower short and long term drifts and wider operating temperature range, especially on the high end: up to 250°C. The ultra compact size makies it the best choice for precise, prompt, and specific point temperature sensing applications, such as sensing the laser diodes temperatures, etc. We offer 3 forms of finish: ntc thermistor with bare lead, ntc thermistor with non-sealed tubed leads, and ntc thermistor with sealed tubed leads. The bare lead ntc thermistor can be used for sensing air temperature, the non-sealed tubed lead ntc thermistor can be used for sensing solid material temperature, and the sealed tubed lead thermistor can be used for sensing liquid temperature. The accuracy of ATH10KR8 is 1%.

ATH10K0.6%R8 has higher accuracy of 0.6%, with higher prices.

Datasheet for ATH10KR8 
Datasheet for ATH10K0.6%R8



ATH10KL2A

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  The ATH10KL2A is a ntc thermistor assembly built with a glass encapsulated thermistor packaged in a small ring lug. Comparing with conventional assemblies containing epoxy encapsulated thermistors, ATH10KL2A features much lower short and long term drifts, higher reliability, and wider operating temperature range. The a small size results in a short response time. The lug ring makes mounting the thermistor easy. We offer 3 forms of finish: ntc thermistor assembly with bare lead, ntc thermistor assembly with non-sealed tubed leads, and ntc thermistor assembly with sealed tubed leads. The bare lead ntc thermistor assembly can be used for sensing air temperature, the non-sealed tubed lead ntc thermistor assembly can be used for sensing solid material temperature, and the sealed tubed lead ntc thermistor assembly can be used for sensing liquid temperature.

ATH10KL2A differs from ATH10KL2B and ATH10KL2C in terms of the ring size and the resistance temperature characteristics, and ATH10KL2B and ATH10KLC have the same resistance temperature characteristics.

Datasheet for ATH10KL2A  Buy now Quantity available: 87


ATH100KR8

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The ATH100KR8 is a high precision glass encapsulated ntc thermistor. Comparing with conventional epoxy encapsulated ntc thermistors, ATH100KR8 presents higher long term stability and wider temperature range. In addition, it has a small size and short response time.

Datasheet for ATH100KR8  Buy now Quantity available: 1391


ATH100KL2A

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  The ATH100KL2A is an ntc thermistor assembly with a glass encapsulated ntc thermistor packaged in an extra compact ring lug. Comparing with conventional assemblies containing epoxy encapsulated ntc thermistors, ATH100KL2A presents higher long term stability, higher reliability and wider temperature range. In addition, it has a small size and short response time.

ATH100KL2A differs from ATH100KL2B and ATH100KL2C in terms of the ring size and the resistance temperature characteristics, and ATH100KL2B and ATH100KLC have the same resistance temperature characteristics.

Datasheet for ATH100KL2A  Buy now Quantity available: 55


ATH10K1R25

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The ATH10K1R25 is a compact high precision glass encapsulated ntc thermistor, its size is 1.25mm in diameter. Comparing with conventional epoxy encapsulated thermistors, the ATH10K1R25 ntc thermistor features much higher long term stability and wider operating temperature range. The small size results in short response time. This ntc thermistor works well with our TEC controllers and TEC modules.

ATH10K0.1%1R25 has higher accuracy of 0.1%, with higher prices.

Datasheet for ATH10K1R25  Buy now Quantity available: 477
Datasheet for ATH10K0.1%1R25


ATH10KL2B

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  The ATH10KL2B is a ntc thermistor assembly built with a glass encapsulated thermistor packaged in an extra compact ring lug. Comparing with conventional assemblies containing epoxy encapsulated ntc thermistors, ATH10KL2B features much lower short and long term drifts, higher reliability, and wider operating temperature range. In addition, it has a small size and short response time. The lug ring makes mounting the thermistor easy.

ATH10KL2B differs from ATH10KL2A and ATH10KL2C in terms of the ring size and the resistance temperature characteristics, but ATH10KL2B and ATH10KLC have the same resistance temperature characteristics .

Datasheet for ATH10KL2B  Buy now Quantity available: 90


ATH10KL2C

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  The ATH10KL2C is a ntc thermistor assembly built with a glass encapsulated thermistor packaged in an extra compact ring lug. Comparing with conventional assemblies containing epoxy encapsulated ntc thermistors, ATH10KL2C features much lower short and long term drifts, higher reliability, and wider operating temperature range. In addition, it has a small size and short response time. The lug ring makes mounting the thermistor easy.

ATH10KL2C differs from ATH10KL2A and ATH10KL2B in terms of the ring size and the resistance temperature characteristics, but ATH10KL2B and ATH10KLC have the same resistance temperature characteristics.

Datasheet for ATH10KL2C  Buy now Quantity available: 280


ATH100K1R25

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  The ATH100K1R25 is also a compact high precision glass encapsulated ntc thermistor, its size is 1.25mm in diameter, except that the nominal resistance at 25C is 100K, as opposed to 10K comparing with the ATH100K1R25 thermistor. The ATH100K1R25 thermistor also features much higher long term stability and wider operating temperature range than epoxy encapsulated thermistors. The small size results in short response time. This thermistor works well with our TEC controllers (with modified temperature network from the default setting) and TEC modules.

Datasheet for ATH100K1R25  Buy now Quantity available: 667

ATH100KL2B

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  The ATH100KL2B is an ntc thermistor assembly with a glass encapsulated thermistor packaged in an extra compact ring lug. Comparing with conventional assemblies containing epoxy encapsulated thermistors, ATH100KL2B presents higher long term stability, higher reliability and wider temperature range. In addition, it has a small size and short response time.

ATH100KL2B differs from ATH100KL2A and ATH100KL2C in terms of the ring size and the resistance temperature characteristics, but ATH100KL2B and ATH100KLC have the same resistance temperature characteristics .

Datasheet for ATH100KL2B  Buy now Quantity available: 29


ATH100KL2C

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The ATH100KL2C is an ntc thermistor assembly with a glass encapsulated thermistor packaged in an extra compact ring lug. Comparing with conventional assemblies containing epoxy encapsulated ntc thermistors, ATH100KL2C presents higher long term stability, higher reliability and wider temperature range. In addition, it has a small size and short response time.

ATH100KL2C differs from ATH100KL2A and ATH100KL2B in terms of the ring size and the resistance temperature characteristics, but ATH100KL2B and ATH100KLC have the same resistance temperature characteristics .

Datasheet for ATH100KL2C  Buy now Quantity available: 15


ATH1R38M0.1%200CL5R3

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The ATH1R38M0.1%200CL5R3 is an ntc thermistor assembly with a glass encapsulated ntc thermistor packaged in an extra compact ring lug.

This thermistor has high resistance accuracy of 0.1% and the temperature error is ±0.2°C.

This thermistor has three types, bare leads, leads with tubing, and sealed leads with tubings. Each one matches different applications.

Datasheet for ATH1R38M0.1%200CL5R3 Buy now Quantity available: Contact us


 

ATSC230K-100
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The ATSC230K-100 ntc thermistor assembly is housed by a stainless steel housing with a stainless flange. The ntc thermistor inside has glass encapsulation to ensure long time operation, wide temperature range, and no parameter drift of either short time or long term. The flange can be used for mounting the ntc thermistor assembly onto a chassis. Both the cap and the flange are made of stainless steel, making them long time lasting even under harsh environment, such as acid, moisture, etc. The output terminals use a pair of heavy duty PVC insulated wires of 26 AWG. The ends are terminated by a standard 2 pin plug, which can be customized for other types of connectors according to customers need. The length of the wires can also be specified.

Datasheet for ATSC230K-100 Buy now Quantity available: 3