Guide to Long Term Sensor Reliability

Long-term sensor performance can’t be assumed, it must be proven under conditions that reflect real-world use over time. This guide answers the critical questions device developers ask when evaluating chronic implantable sensors, from in vivo validation to drift performance and hermetic sealing. 

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What you’ll learn:

• How long-term reliability testing is conducted for implantable pressure sensors
• The four critical areas of performance testing: dynamic response, fatigue, drift, and signal fidelity
• How TiSense maintains accuracy under pulsatile, real-world physiological conditions
• Long-term performance data for TiSense, including drift and stability over hundreds of millions of cycles
• Accelerated test conditions used to simulate 10–15 years of in vivo use
• How TiSense performs across environments including saline, blood, and controlled lab settings
• How hermetic sealing is validated to ensure long-term integrity in
  implantable devices