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Applications

SI Sensors builds on the innovative image sensors developed to create some of the fastest cameras in the world. We offer custom image sensor design for a variety of applications.

Image sensor design applications – SI Sensors

Ultra-High-Speed Imaging

SI Sensors are developing innovative ultra-high speed image sensors that will find application in the next generation of ultra high-speed cameras. These will enable scientists and engineers to image ultra-fast phenomena more precisely and in more detail than ever before and help progress developments in material science and engineering for applications including:

  • Nuclear fusion
  • Ballistics
  • Detonics
  • Medical research
  • Spray and particle analysis
  • Elasticity, crack propagation and shock resistance
  • Failure dynamics
  • Combustion research
  • Automotive testing
  • Nanotechnology and micro-machines

Scientific Imaging

Image sensors are at the heart of many scientific instruments, from microscopy, through spectroscopy to Particle Image Velocimetry and beyond. Scientists demand high sensitivity, accuracy, and repeatability from their experimental instrumentation. It is therefore critical that the sensor is well optimised the for application and its performance is fully understood, precise and stable. SI Sensors technology and experience  enable cutting edge performance to be realised. We offer detailed device characterisation and testing (hyperlink to Characterisation, Screening Tests and Qualification) to ensure sensor performance and reliability.

Space Imaging

Imaging from space presents unique challenges, which can rarely be met with commercially available off-the-shelf (COTS) image sensors. First there are the extreme forces and potential humidity and temperature fluctuations which must be survived during launch, then once in space the sensors typically have to function for many years in vacuum whilst being bombarded by harsh radiation with no possibility of hardware servicing! Engineers and Scientist continue to push the boundaries of what is possible with satellite instrumentation, which results in challenging performance requirements for the image sensor.

SI Sensors are developing a custom silicon image sensor for an Asian government agency meteorological satellite instrument, which is planned to enter geostationary orbit. Click here for more information.

Defence

Imaging systems are playing an increasingly important role in government security and defence research applications. SI Sensors thrive on new technological challenges and take pleasure in developing effective solutions. Please contact us to discuss your image sensor requirements.

Medical

Medical imaging involves creating visual representations of different tissues and organs in the human body to monitor both normal and abnormal anatomy and physiology. Various techniques are used for this purpose, including X-ray, computed tomography (CT), positron emission tomography (PET), magnetic resonance imaging (MRI), digital mammography and single-photon emission computed tomography (SPECT). These advanced imaging methods are crucial in diagnosing myocardial diseases, various cancers, neurological disorders, congenital heart disease, abdominal illnesses, complex bone fractures, and other serious medical conditions. While each imaging technique offers specific benefits, they also come with certain risks. Advances in image sensor design and fabrication can minimize radiation exposure risks and provide higher resolution, enhanced reliability, and greater safety for diagnosing, treating, and managing complex patient abnormalities. Please contact SI Sensors to discuss your medical image sensor challenges.

Industrial

Imaging systems are playing an increasingly important role in government security and defence research applications. SI Sensors thrive on new technological challenges and take pleasure in developing effective solutions. Please contact us to discuss your image sensor requirements.

Non-imaging

Our experience with ultra-high speed CCD in CMOS can also be applied to other novel applications including analogue memory for real time signal processing.