Medical-Implantable/Ingestible
详情介绍
RF Wireless for Implantable Medical Devices
With continued advances, radio frequency (RF) wireless technologies are widely used in medical telemetry and implantable communications systems for external remote monitoring, implantable medical devices and programming equipment using the medical implantable communications service (MICS) band. Such applications/uses include:
Advanced RF transceiver ICs enable medical device manufacturers to more easily design wireless communication systems for applications such as operating room device programming and home-based patient remote monitoring.
Microsemi is a world leader in ultra-low power (ULP) medical wireless technologies, having introduced the industry’s first RF medical implant communication service (MICS) band transceiver designed for “in-body communications.”
Microsemi is well-known for its high-reliability, high-performance solutions. Our medical solutions portfolio is aligned to help you deliver innovative implantable device therapies, diagnostics and monitoring solutions enabling better patient care and quality of life.
Contact your local Microsemi sales office today to find the right technologies and products for your medical implantable communications designs.
Enabling Better Patient Care & Quality of Life
Microsemi is committed to enabling medical device manufacturers to deliver monitoring, diagnostic and therapeutic solutions for improved patient care and quality of life. Its ultra-low power (ULP) radio frequency (RF) technologies and products have served the medical industry for over 50 years. Microsemi's highly integrated, medical-grade ULP radios are used to wirelessly connect implanted medical devices with programming and monitoring equipment and in ingested and sensor applications requiring ULP streaming data performance.
Explore Microsemi’s portfolio for implantable communications systems:
Pacemakers
Implantable Defibrillators
Contact your local Microsemi sales office today to find the right technologies and products for your medical implantable communications designs.