5108E-100-A

Overview

The TE Connectivity Measurement Specialties 5108E-100-A is a high-accuracy, media-isolated pressure sensor from the 8XH series. It integrates a MEMS die with an ASIC for signal conditioning. The device features a 100 PSI measurement range and utilizes a 400-micron thick diaphragm design to ensure robust performance under varying pressure conditions.

Feature Summary

• Media-isolated construction protects internal components from process fluids
• Integrated ASIC provides precise signal conditioning and compensation
• High-accuracy MEMS technology ensures reliable long-term stability

Applications

• Industrial process control systems requiring isolated sensing
• Medical gas monitoring equipment
• HVAC pressure monitoring applications

Procurement Notes

Verify the specific package configuration and termination style required for your PCB layout before ordering. Confirm that the 100 PSI range aligns with your system's maximum operating pressure limits. Ensure compatibility with your signal processing interface. Check for any specific environmental certifications needed for your deployment region.

Selection Notes

Select this model when media isolation is critical to prevent contamination or corrosion of the sensing element. The 8XH series offers superior accuracy compared to standard non-isolated sensors. Consider the 400-micron diaphragm thickness for applications demanding high overload protection alongside precision measurement capabilities.

Part Context

This component belongs to the 8XH High-Accuracy Media-Isolated Pressure Sensor family. These sensors are designed for demanding environments where fluid compatibility and measurement integrity are paramount. The series combines advanced MEMS fabrication with specialized packaging techniques to deliver consistent performance across various industrial sectors.

Replacement Considerations

Direct substitutes within the 8XH series may offer different pressure ranges or output configurations. Verify pinout compatibility if replacing in existing designs. Non-isolated alternatives lack the protective barrier and may not suit corrosive media applications.