Radial Leaded Epoxy Resin Coated NTC Thermistor Temperature Sensor, 2200 ohm, Beta B(25/50):3935K, Temperature -40C to +125C.
Unit: mm
Temperature sensing, control and compensation. E.g. inlet air temperature sensing thermistors or ECT in
automotive applications, sensor elements in industrial and commercial applications, heating systems and industrial
systems, medical equipment.
- Resistance at 25C R25: 2200 ohm+/-2%
- Beta Value B(25/50): 3935K+/-1%
- Optional R25 resistance tolerance, ±1%(F), ±2%(G), ±3%(H), or ±5%(J)
- Dissipation Factor: δ≥3mW/℃.
- Thermal Time Constant (in still air): ≤12 seconds.
- Rated Powerwatt (below 25C): ≤50mW
- Insulation resistance: room temperature, 500V, 60 Seconds, ≥100MΩ.
- Operating temperature range: -40 to +125C.
| Temperature Centigrade |
Resistance (K Ohm) |
Temperature Centigrade |
Resistance (K Ohm) |
Temperature Centigrade |
Resistance (K Ohm) |
|---|---|---|---|---|---|
| -40C | 75.452 KΩ | 20C | 2.748 KΩ | 80C | 0.279 KΩ |
| -35C | 53.938 KΩ | 25C | 2.200 KΩ | 85C | 0.237 KΩ |
| -30C | 39.169 KΩ | 30C | 1.766 KΩ | 90C | 0.203 KΩ |
| -25C | 28.820 KΩ | 35C | 1.431 KΩ | 95C | 0.174 KΩ |
| -20C | 21.446 KΩ | 40C | 1.168 KΩ | 100C | 0.150KΩ |
| -15C | 16.119 KΩ | 45C | 0.960 KΩ | 105C | 0.130 KΩ |
| -10C | 12.225 KΩ | 50C | 0.793 KΩ | 110C | 0.113 KΩ |
| -5C | 9.351 KΩ | 55C | 0.659 KΩ | 115C | 0.098 KΩ |
| 0C | 7.209 KΩ | 60C | 0.550 KΩ | 120C | 0.086 KΩ |
| 5C | 5.601 KΩ | 65C | 0.461 KΩ | 125C | 0.076 KΩ |
| 10C | 4.385 KΩ | 70C | 0.388 KΩ | ||
| 15C | 3.458 KΩ | 75C | 0.328 KΩ |
| Test | Standard | Test Conditions and methods | Requirements |
|---|---|---|---|
| Soldering & Solderability | IEC60068-2-20 Test Ta |
Temperature: 230±5 ℃， 2-2.5mm away from ceramic body On: 2±0.5 Seconds. |
The terminations shall be evenly tinned |
| Resistant to soldering heat | IEC60068-2-20 Test Tb |
Temperature: 260±5℃, 2-2.5mm away from ceramic body On：10±1 Seconds. |
No visible damage, ΔR25/R25≤3% |
| Lead wire tensile | IEC60068-2-21 Test U |
Test Ua: Force 10N, On 10 Seconds; Test Ub: Bending 90C, Force 5N, Twice. |
No break off, ΔR25/R25≤3% |
| Test | Standard | Test Conditions | ΔR25/R25 (typical) | Remarks |
|---|---|---|---|---|
| Low temperature storage | IEC 60068-2-1 | Storage at low category temperature. Temperature: -40 oC Time: 1000hours | ≤3% | No visible damage |
| Storage in dry heat | IEC 60068-2-2 | Storage at upper category temperature. Temperature: 100 oC Time: 1000hours | ≤3% | No visible damage |
| Storage in damp heat, steady state (Humidity test) | IEC 60068-2-3 | Temperature: 40oC, Humidity:90%-95% RH, Duration:1000 hours |
≤3% | No visible damage |
| Rapid temperature cycling | IEC 60068-2-14 | 1. -40C/30 minutes 2. 30C/5minutes 3. 100C/30 minutes 4. 30C/5minutes. Number of cycles: 5 Cycles |
≤3% | No visible damage |
Other Related AMWEI NTC thermistors Products for Temperature Sensing
Content Headline
Appearance & Dimension
NTC 2.2KΩ B3935 Application
NTC 2.2KΩ B3935 Electric Data
Resistance vs. Temperature RT Data
NTC 2.2KΩ B3935 Mechanical Test
NTC 2.2KΩ B3935 Reliability Data
NTC 2.2KΩ B3935 Application
NTC 2.2KΩ B3935 Electric Data
Resistance vs. Temperature RT Data
NTC 2.2KΩ B3935 Mechanical Test
NTC 2.2KΩ B3935 Reliability Data
Technical Knowledge
NTC Thermistor Glossary and Definition
How NTC thermistor beta value is calculated?
NTC Thermistor Manufacturing Process and Quality Control
Applications Articles
NTC thermistor for temperature measurement and control selecting reference information.
Charging Control with AMWEI NTC Thermistor
Reliable limiting of current surges by AMWEI NTC and PTC thermistor
How to Select NTC Thermistor for Inrush Current Limiting?
How to Select Packaged Thermistor Temperature Sensor Probe Assembly ? 6 Steps
