Electronics
Wireless Power Solutions for Medical Technology
Posted in Custom & Contract Manufacturing, Electronics, Electronic Components, Power Management, Medical, Features, MDB on Thursday, 01 November 2012
In today’s medical technology field, having a reliable and stable power source is a critical requirement for safe operation. Wireless power provides a unique advantage in that a device can now be completely sealed, thus allowing a device to be safe, robust, and simpler to maintain. And with improvements in wireless power delivery, new developments allow up to 500 watts of power.
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High Power LED Chip Array Packaging
Posted in Manufacturing & Prototyping, Custom & Contract Manufacturing, Electronics, Electronic Components, Power Supplies, Thermal Management, Power Management, Medical, Lighting, LEDs, Features, MDB on Thursday, 01 November 2012
The last few years have seen the development of larger, higher power, higher luminescence light-emitting diode (LED) chips. Prior to this, LEDs were typically 0.020" x 0.020", came in various colors and were used primarily as optical indicators. This new breed of LEDs come in various colors, including white and UV, are typically 0.040" x 0.040" and are designed to provide high intensity light for illumination applications. Individually packaged versions of these LEDs are being used in arrays and clusters to replace standard incandescent and compact fluorescent light bulbs and are much more efficient at converting electrical power into usable optical power.
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The Right Connections Help Medical Equipment Designers Satisfy Demanding Applications
Posted in Manufacturing & Prototyping, Electronics, Automation & Controls, Mechanical Components, Board-Level Electronics, Power Supplies, Medical, Features, MDB on Monday, 01 October 2012
The need to minimize healthcare costs is creating greater demand for medical electronics equipment that, among other things, improves and expands patient diagnostics inside and outside healthcare facilities. For example, portable medical instruments such as glucose meters, blood pressure monitors, and oxygen meters can be designed with communication capabilities to provide continuous information to caregivers almost anywhere. Small handheld devices can also improve various diagnostic procedures in medical offices. While such devices hold the promise of improved care at lower cost, they require advanced technologies that allow greater miniaturization to improve portability and functionality while providing safe usage.
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New Process for Flexible Electronics
Posted in Electronics, Sensors, Medical, News, MDB on Monday, 17 September 2012
An associate professor of electrical and computer engineering at Wayne State University, Detroit, MI, has developed a silicon-on-insulator (SOI)–complementary-metal-oxide-semiconductor (CMOS) process for fabricating flexible electronics. As reported in Applied Physics Letters, the technology may some day be used in a range of wearable health monitoring devices and medical implants, such as retinal prostheses, balloon catheters, and stents.
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Hybrid and Electric Vehicle Test System
Posted in Batteries, Power Supplies, Electronics, Power Management, Energy Efficiency, Test & Measurement, Transportation, Products on Tuesday, 11 September 2012
SAKOR Technologies, Inc. (Okemos, MI) designed and installed a complete turnkey Hybrid and Electric Vehicle Test System for UQM Technologies, Inc. (Longmont, CO), a manufacturer of high-efficiency electric propulsion systems. UQM will use the system to test inverters and traction motors for use in hybrid and electric vehicles for the automotive, commercial truck, bus, and military markets.
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Harnessing the Power of Spinach
Posted in Electronics, Solar Power, Renewable Energy, Energy Harvesting, News on Friday, 07 September 2012
Vanderbilt University researches have developed a way to combine Photosystem 1 (PS1), the photosynthetic protein that converts light into electrochemical energy in spinach with silicon (the material used in solar cells), in a fashion that produces substantially more electrical current than has been reported by previous biohybrid solar cells.
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Getting to the Heart of Tomorrow's Cardiovascular Technologies
Posted in Power Supplies, Electronics, Power Management, Medical, Features, MDB on Wednesday, 01 August 2012
Cardiovascular disease is the number one cause of death in the world. About 1.2 million Americans suffer from heart attacks every year. Approximately 2,000 Americans get heart transplants each year, but transplant hearts are in short supply, and many thousands of other advanced heart failure patients are left on the waiting list.
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