Medical ICs that enable world-class diagnostics for any patient, anywhere.
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Next-Generation 8-Channel Ultrasound Receivers Maximize Image Quality and Power Performance Across Multiple Ultrasound Platforms
Analog Devices' 16-Bit, 10-MSPS SAR Converter Surpasses Industry Performance Benchmark "For high-end X-ray imaging devices, accuracy and throughput are key performance vectors that enable higher image quality and improved frame rates," said Stephane Rossignol, Electronics and ASIC group manager, Trixell, a joint venture company of Thales Electron Devices, Philips Medical Systems and Siemens Healthcare and a leading developer radiological imaging flat panel detectors. "Trixell, a long time collaborator of Analog Devices, chose the AD7626 PulSAR ADC because it meets the speed, precision, power, package-size and price requirements of our end-system designs." |
Medical ICs Selection Table
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Medical Press Releases:
Analog Devices Maximizes Image Quality and Power Performance Across Multiple Ultrasound Platforms, September 2008
Leveraging ADI's data conversion technology and expertise, expanded family of ultrasound solutions maximizes image quality and reduces power consumption in cart-based and battery-powered portable ultrasound equipment
Analog Devices' 16-Bit, 10-MSPS SAR Converter Surpasses Industry Performance Benchmark, June 2008
Medical imaging and data acquisition systems gain precision and throughput with PulSAR® ADC that achieves 15 effective number of bits and 2.5 times faster sample rate.
Monolithic Doppler Phase Shifter For Portable Ultrasound, January 2007
AD8339 quad I/Q demodulator and phase shifter replaces delay lines in medical ultrasound equipment to reduce component count and power consumption.
Analog Devices Enables Superior Image Quality In Portable Ultrasound Medical Diagnostics, April 2007
New ultrasound solution supports high-quality image processing and enables portable systems by reducing component count and power consumption.
Analog Devices' Low-Power Data Conversion Technology Enables New Dimensions in Portability and Performance for Medical and Industrial Electronics, October 2006
ADI's new analog-to-digital converter consumes 80 percent less space and power per conversion than competitive ADCs to enable wireless patient monitors and fast, accurate test and data acquisition equipment.
Industry's Smallest, Lowest Power, High-Speed Octal ADCs Enable Higher Channel Count in Portable medical Designs, September 2006
New family of octal ADCs from Analog Devices includes industry's first 14-bit, high-speed octal ADC, allows portable instrumentation and ultrasound designers to realize up to 60 percent smaller design size and 10 percent lower power consumption as compared to competing devices.
ADI Targets Medical Imaging Applications with Industry's First High-Speed, 14-bit Quad ADC, May 2006
New high-speed, low-power, quad ADCs with serial outputs reduce board space and enable high-resolution in multi-channel medical imaging systems.
Medical Press Coverage:
Perspectives on Miniaturization
Medical Design Technology, March 2008