Reduce Failure. Enhance Yields.

There are several technical challenges during high-volume assembly of printed circuit boards that can jeopardize the integrity of MEMS microphones. Gore’s design and engineering teams have developed a unique solution – new GORE MEMS Protective Vents.

Current practices for protecting MEMS mic installations are limited by their susceptibility to yield loss. Many manufacturers fail to implement any solution for protecting the MEMS mic, which can leave the device vulnerable to contamination during the installation process; others choose to protect their MEMS mic with non-porous tape. This provision can be effective, however the non-permeable nature of this solution can lead to yield losses through damaging pressure build-ups.

Available in two formats designed to meet the specific needs of both circuit board assembly (Style 100) and microphone manufacturers (Style 200), and ready to handle multiple reflow cycles of up to 280 ºC for 40 seconds.

• PARTICLE PROTECTION – reliable particle protection designed to reduce contaminants helping to secure the SMT process and helping manufacturers increase yields.
• PRESSURE EQUALIZATION – the breathable ePTFE membrane allows gases to pass through the microphone port to mitigate pressure build-ups that may cause damage to the microphone.
• IN-PROCESS TESTING – enables in-process testing of acoustic performance and improves process efficiency, by allowing manufacturers to monitor sound quality and permeability within the device.

Working directly with OEMs, microphone manufacturers and contract manufacturers, Gore has manufactured over 100 million GORE MEMS Protective Vents designed to handle the extreme stresses of high volume, high speed installation.

Watch our GORE MEMS Protective Vent video.