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What is a "Wide Dynamic Range" Microphone and why does it matter to my design?
What is a "Wide Dynamic Range" Microphone and why does it matter to my design?
MEMS microphones with the capability to capture very high sound pressure acoustic waves (loud noises) with high fidelity hold the potential not only to improve user experience in audio capture, but also make acoustic detection viable for a range of applications that might have previously been unsuitable for such methods. We'll discuss design considerations for these microphones and applications that might benefit from such high performance.
Presenter
Jerad Lewis (Applications) and Paul Schreier (Marketing)
MEMS Group
Analog Devices, Inc. -
Healthcare Webcast: MEMS Inertial Sensors in Healthcare Designs
Healthcare Webcast: MEMS Inertial Sensors in Healthcare Designs
In this webcast you will learn the basics on MEMS motion sensing including architectures and technology including accelerometers, gyroscopes, and IMUs. Applications explored include precise positioning/tracking of healthcare scanning equipment, surgical tool guidance, balance and control of prosthetics, and motion sensing.
Presenter
Bob Scannell
MEMS Inertial Sensors Business Development Manager
Analog Devices -
Healthcare Webcast: Solving Medical Equipment Signal Path Design Challenges
Healthcare Webcast: Solving Medical Equipment Signal Path Design Challenges
Medical devices and instruments are trending toward lower power and smaller form factors, yet they must deliver high performance and accuracy, sometimes in very harsh environments. In this webcast we're going to learn how analog and mixed signal components can help enable system designers to meet those stringent objectives.
Presenter
Chris Hyde
Senior Field Applications Engineer
Analog Devices