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111-802EAJ-H01
Overview
111 Series, small glass bead with axial leads, 8,000 Ohm resistance, ±20.0% tolerance, 25/85 BETA = 3518.
111 Series Thermistors are hermetically sealed in glass. They feature relatively uniform size, offer fast time response and are highly sensitive to electric power. They are often suited for use in low heat capacity applications and their micro size allows them to be used in extremely small assemblies such as catheters and hypodermic needles.
111 Series Thermistors are hermetically sealed in glass. They feature relatively uniform size, offer fast time response and are highly sensitive to electric power. They are often suited for use in low heat capacity applications and their micro size allows them to be used in extremely small assemblies such as catheters and hypodermic needles.
Technical Specifications
| Resistance | 8,000 Ohm |
| Tolerance | ±20.0% |
| Beta | 3518 |
| Operating Temperature | -60 °C to 300 °C [-76 °F to 572 °F] |
| Accuracy | 25 °C [77 °F] |
| Time Constant in Air | 0.5 s |
| Dissipation Constant | 0,1 m/W°C |
| Diameter | 0,36 mm [0.014 in] |
| Termination Material | Platinum iridium |
| Lead Length | 9,6 mm [0.375 in] |
| Series Name | 111 |
| Availability | Global |
Technical Specifications
| Resistance | 8,000 Ohm |
| Tolerance | ±20.0% |
| Beta | 3518 |
| Operating Temperature | -60 °C to 300 °C [-76 °F to 572 °F] |
| Accuracy | 25 °C [77 °F] |
| Time Constant in Air | 0.5 s |
| Dissipation Constant | 0,1 m/W°C |
| Diameter | 0,36 mm [0.014 in] |
| Termination Material | Platinum iridium |
| Lead Length | 9,6 mm [0.375 in] |
| Series Name | 111 |
| Availability | Global |
Documents
| TITLE | DOCUMENT TYPE | LANGUAGE | SIZE |
| Temperature Sensors Line Guide | Product Line Guide | English | 290KB |
|---|---|---|---|
| Thermal Sensors | Product Range Guide | English | 2MB |
Product Features
- Hermetically sealed
- Rapid response times
- Excellent long-term stability
- Micro size
- Weldable platinum iridium leads
Applications
- Gas analysis
- Gas flow measurement
- Thermal conductivity analysis
- Medical