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Detailed explanation of radial single-end glass sealed NTC thermistor parameters


Radial single-ended glass-encapsulated NTC thermistors use radial-leaded single-ended glass-encapsulated NTC thermistors. Radial-leaded glass-encapsulated NTC thermistors have small dimensions, very short response time, heat resistance and high m It is convenient for installation, responsive and flexible, high precision and good consistency. It is widely used in temperature measurement, detection, indication, monitoring, measurement, control calibration and compensation.

 

Types of:

Thermistor

technology:

Metal oxide

Resistance:

100KΩ

Accuracy:

+/- 1%

rated power:

≤25mw

Temperature Coefficient:

Negative temperature coefficient

Operating temperature:​

-30~ + 300C

Resistance at 25 degrees:

100KOm +/- 1%

B25 / 50:

3950K +/- 1%

Time constant:

≤5秒

Package:

Glass package

Insulation resistance:

≥100MΩ

Maximum rated power:

≤25mW

 

Selection Table of Radial Single-end Glass Sealed NTC Thermistor

Specification model

resistance@ 25℃

Bvalue

Specific temperature resistance data(Ω

R25(KΩ )

(K)

WB2.186K□3420(B25 / 85)

R25:2.186kΩ

B(25 / 85C):3420K

R0:6KΩ

WB8.53K□3450(B0 / 100)

R25:8.53KΩ

B(0/100℃):3450K

R50:3.485KΩ

WB103□3950(B25 / 50)

R25:10KΩ

B(25/50℃):3950K

 

WB103□3435(B25 / 85)

R25:10KΩ

B(25/85℃):3435K

 

WB49.12K□3970(B0 / 100)

R25:49.12Ω

B(0/100℃):3970K

R100:3.3KΩ

WB503□3950(B25 / 50)

R25:50KΩ

B(25/50℃):3950K

 

WB503□4036(B0 / 100)

R25:50KΩ

B(0/100℃):4036K

 

WB98.63K□4300(B100 / 200)

R25:98.63KΩ

B(100/200℃):4300K

R200:0.55KΩ

WB104□3950(B25 / 50)

R25:100KΩ

B(25/50℃):3950K

 

WB104□4200(B25 / 50)

R25:100KΩ

B(25/50℃):4200K

 

WB204□3899(B25 / 50)

R25:200kΩ

B(25/50℃):3899K

R175:2.109KΩ

WB231.5K□4537(B100 / 200)

R25:231.5KΩ

B(100/200℃):4537K

R200:1.0KΩ

  

Comparison of the advantages and disadvantages of single-end glass sealed NTC thermistor and other package shapes:

 

NTC
High temperature resistance

NTC
Low temperature resistance

NTC

Response time

NTC
Installation method

NTC
Tightness

NTC Welding advantages

NTC
Welding disadvantage

NTCChips and wires
Connection method

Single-end glass sealed NTC thermistor

Up to 300 degrees

-50degrees

Fastest

Convenience

good

reliable​

Fragile glass

Silver soldering / gold soldering

Diode glass sealed NTC thermistor

250degrees

-30degrees

slow

random

general

low cost

Fragile glass

Contact

Enameled wire epoxy NTC thermistor

105degrees

-40degrees

slow

random

general

low cost

Desilver welding

Soldering

SMD NTC thermistor

200degrees

-50degrees

general

PCB

difference

low cost

Desilver welding

Soldering

Thin film NTC thermistor

90degrees

-30degrees

general

Placement

difference

low cost

Desilver welding

Soldering

 

Points to note about the application requirements of single-ended glass-sealed NTC thermistors:

    Single-end glass-sealed NTC temperature sensors are attributed to fine electronic accessories. After opening, please keep at room temperature or low temperature and keep it low. The parts of this product meet the ROHS environmental protection requirements (exemptions are excluded)

     Single-ended NTC thermistor products are classified as current and voltage sensitive components. Please ensure that the connected circuit does not have large current or pulse or wave source current to avoid burnout. 

      Single-end glass-sealed NTC thermistor products are very sensitive to heat. Please make sure to check the accuracy of the temperature of the environment when the temperature is stable at plus or minus 0.05 degrees.

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