MemsFrontier MTP10-B7F55 Analog Temperature Sensor Probe - 83° FOV, B7F55 Thermistor
The MemsFrontier MTP10-B7F55 is an analog temperature sensor probe featuring a B7F55 thermistor element for precise thermal measurements. It provides a direct analog voltage output for easy integration with microcontrollers, data loggers, and industrial control systems requiring accurate temperature monitoring.
Features
- High-precision B7F55 thermistor element with 3950K Beta value (±1%).
- Analog voltage output for straightforward signal conditioning and ADC interfacing.
- Wide 83-degree field of view for broad-area temperature averaging.
- Fast thermal response with a 0.02-second time constant.
- Robust probe construction suitable for diverse environmental and industrial applications.
Out of stock
The MTP10-B7F55 analog temperature sensor probe utilizes a high-precision B7F55 NTC thermistor as its sensing core. The thermistor’s resistance changes predictably with temperature, which is converted into an analog voltage signal for direct measurement. This principle provides a reliable and responsive method for non-contact or ambient temperature sensing.
Designed with a compact 1.1×1.1 mm² chip and a sensitive area of 0.75×0.75 mm², the sensor offers a fast 0.02-second time constant for rapid detection of temperature fluctuations. Its 83-degree field of view makes it ideal for monitoring temperature in enclosures, ducts, or general ambient spaces. The probe’s construction ensures stable performance across a wide operational range, suitable for integration into climate control systems, process monitoring, and electronic device thermal management.
Additional Information
| Weight | 0.02 kg |
|---|---|
| Dimensions | 9 × 7 × 2 cm |
