MEDICAL APPLICATION NOTES
Microwave Office® Software Improves Heart Condition Treatment
Meridian Medical Systems develops products that use microwave energy to generate heat, measure radiation and motion, and monitor and maintain the temperature of blood and other fluids. This application note discusses how AWR Microwave Office’s design software was recently used to develop an accurate feedback mechanism for cardiac arrhythmia.
Modeling The Specific Absorption Rate Distribution Of A Smartphone
This application models the specific absorption rate (SAR) distribution in a human head, heart, and body exposed to an electromagnetic field emitted from a handheld cellular phone operating in GSM (900 MHz and 1,800 MHz) and GPS range in a partially closed environment. In the modeling, SAM Phantom IEEE model and a realistic human head and body are used to investigate both the local and average SAR of 1 g and 10 g tissue.
Medical Applications Guide
This download contains information on Texas Instruments’ ability work in applications involving the consumer medical, medical imaging, medical instrumentation, connectivity solutions, and diagnostic, patient monitoring, and therapy market segments within the medical field.
Signal Switching for Medical Device Testing App Note
Maintaining signal integrity is critical in medical device testing and characterization. The signal's shape, as well as its frequency, amplitude and other electrical parameters must be preserved for accurate measurement and evaluation.
MEDICAL CASE STUDIES AND WHITE PAPERS
Combined 3D Electromagnetic And Spin Response Simulation Of MRI Systems
This white paper addresses the benefits of using 3D electromagnetic software for simulation to accurately represent the behavior of magnetic fields used in MRIs.
Ultra-Low Power Wakeup Radios And The Internet Of Things
The growth of the Internet of Things (IoT) is expected to accelerate in the coming years, propelled by the lower cost and increasing connectivity of the network. Many of the communication devices for the IoT will have power constraints, due to their small size and the requirement to operate off small batteries for long periods of time. This paper will examine some of the requirements of such low power communication systems, the need for low power wakeup radios with example applications, and a comparison of candidate technology.