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Implantable Pacemakers Use Reed Sensor to Communicate with the Device

Implantable Pacemakers Use Reed Sensor to Communicate with the Device

Introduction

Many people have had pacemakers successfully implanted in their chest cavity.  This has extended their lives for several years by preventing life threatening heart attacks. Some patients still die because their heart just stops beating.  Components making up the micro-circuits that drive the pacemaker have dramatically shrunk in size. This has allowed medical designers to now design in a defibrillator along with the pacemaker circuitry. Now if a patient’s heart stops, the defibrillator will shock the heart back into operation. MEDER’s micro-miniature reed switch is one of the key components that have helped make this dual function approach possible.

Full application write-up: MEMS reed switch used in Implantable Pacemakers

Features

  • Smallest Reed Sensor on the market
  • Contacts dynamically tested
  • Hermetically sealed, not sensitive to wet, moist environments
  • High reliability
  • Micro reed sensor is capable of human implantation
  • Several hundred million operations
  • Surface mounting available
  • Zero power consumption

MEMS Surface Mount Series
MEMS SeriesDimensionsIllustration
mminches
MMS
W2.050.081MMS MEMS Reed Sensor
H1.350.053
L4.800.189
MMS-1A-V2 0W0.900.035MMS MEMS Reed Sensor
H0.550.022
L1.300.051