Surface Mount Temperature Sensors by TE Connectivity

Introduction

TE Connectivity's Surface Mount Temperature Sensors are specialized components designed for high-performance temperature monitoring in space applications. With a robust construction and proven reliability, these sensors are ideal for various demanding environments.

Part Description

The Surface Mount Temperature Sensors from TE Connectivity feature a thermally conductive epoxy resin encapsulation on a flat aluminum housing. This design not only enhances durability but also ensures effective thermal conductivity. Utilizing ESA Qualified NTC Thermistor technology, these sensors have demonstrated consistent performance over 25 years, making them a trusted choice for critical applications. They are available with various wire lengths and resistances, catering to diverse operational needs.

Applications

• Low-temperature satellite applications
• Temperature control systems
• Temperature monitoring devices
• Temperature compensation mechanisms
• Solar panel temperature management
• Payload equipment in satellites
• Guidance and navigation systems
• Control and computer systems for aerospace

Industries

• Aerospace
• Space exploration
• Satellite technology
• Telecommunications
• Environmental monitoring
• Defense and military applications

Usage Ideas

1. Satellite Temperature Monitoring: Integrate the sensors into satellite systems to continuously monitor and report temperature variations, ensuring optimal operational conditions.
2. Solar Panel Efficiency Control: Use the sensors to monitor the temperature of solar panels, allowing for real-time adjustments to maximize energy efficiency and prevent overheating.
3. Guidance System Calibration: Implement the sensors in guidance and navigation systems to provide accurate temperature readings, aiding in the calibration and performance of these critical systems.

Conclusion

TE Connectivity's Surface Mount Temperature Sensors are an essential component for any application requiring precise temperature monitoring in extreme conditions. Their reliability, stability, and proven technology make them suitable for a wide range of industries, particularly in aerospace and satellite technology. Whether for monitoring, control, or compensation, these sensors provide the performance needed for successful operations in challenging environments.