TE Connectivity GA100K6MCD1 Micro Betachip Thermistor Probe, NTC, 100 kohm
The TE Connectivity GA100K6MCD1 is a Micro BetaCHIP (MCD) NTC thermistor probe designed for high-precision temperature measurement in medical, research, and industrial applications. Its ultra-compact tip and fast response time make it suitable for integration into Peltier systems, fluidic devices, and data acquisition systems requiring accurate thermal tracking.
Features
- Ultra-compact NTC thermistor with a tip diameter of ≤0.5mm for minimal thermal mass.
- Fast 200ms thermal response time in liquids for dynamic temperature monitoring.
- High-precision ±0.2°C resistance tolerance at 25°C (100 kΩ).
- Wide operating temperature range from -40°C to +125°C.
- Durable polyimide tube housing with thermally conductive epoxy fill for stability.
Out of stock
The GA100K6MCD1 Micro BetaCHIP thermistor utilizes a Negative Temperature Coefficient (NTC) sensing element, where resistance decreases predictably with increasing temperature. This probe is engineered for applications demanding both spatial precision and rapid thermal response. The sensor is encapsulated within a robust polyimide tube and filled with a thermally conductive epoxy, ensuring accurate heat transfer and protection from environmental stresses.
Its design minimizes thermal lag, making it ideal for monitoring fast-changing temperatures in liquids and gases. The fine 38 AWG solid nickel bifilar leads, insulated with polyester, provide flexibility and reliability for routing in confined spaces within medical catheters, laboratory instrumentation, or compact industrial assemblies.
Additional Information
| Weight | 0.002 kg |
|---|---|
| Dimensions | 5 × 5 × 2 cm |
