Cobham ASICs for Medical Applications

Custom ASICs for the Medical Industry for Ultrasond and x-Ray Imaging.

Medical Imaging

Providing your HiRel Databus for HiRel Applications

Cobham Advanced Electronic Solutions has the ASIC expertise to benefit the Medical Imaging market segment with:

Cobham Experiences

Cobham has been providing the latest innovations in Digital and Mixed-Signal ASICs for over 30 years for HiRel applications. Starting with  0.6µm (we still support 5V) to now 90nm technologies, produced in State-of-the-Art foundries worldwide, we reach new levels for our customers. In 2000 we entered the commercial/industrial/medical mixed-signal marketplace with mixed-signal IC design services and ASICs. This diversification expanded into the data-networking marketplace and complements current product offerings in the high-reliability standard product and ASIC areas.

Cobham is a fab-independent semiconductor supplier with the flexibility to choose among numerous world-class processes that offer exceptionally high performance at the lowest cost for your design. We exploit the advantages of third-party wafer fabrication and have installed our own process modules into commercial foundries. We boast a high rate of first-pass success.

Cobham Technology Expertise

Cobham's four Design Centers are staffed with a team of mixed-signal design experts with numerous years of IC design experience and has successfully designed and released into production custom mixed-signal ASIC's for commercial, industrial, telecommunications, medical, military, and space applications.

Cobham Design Examples

  • Spread spectrum receiver/transmitter ICs
  • RF tag ICs
  • Low noise circuits for medical imaging
  • Display drivers
  • Data Converters
  • 256 Channel Medical Imaging Device
    • Concurrent data conversion on all channels
    • 20 bit output
    • 17 ENOB
    • Data Filtering
    • Regulation
    • Custom Package Development
  • Radiation Therapy
    • 128 channel Detector Read
    • Our IC: Cobham Flip-chip on Flex Process
  • Universal Interface Device
    • System on Chip supporting RS232, RS485, USB1.1, OCIA and Keyboard Wedge which integrated an embedded 8051 processor
    • 2 FLASH blocks
    • 2 RAM blocks
    • Clock multiplier PLL
    • RC oscillator (±1% over all conditions)
    • Bandgap reference
    • Voltage regulators