ams OSRAM Medical Imaging
ams OSRAM Medical Imaging is based on X-ray sensors and nano-scale cameras that deliver precision and image quality with cutting-edge performance. This helps medical professionals see deep inside the human body. ams OSRAM is well known for computed tomography and digital X-ray sensors.Medical Imaging Detectors
The medical image sensing solutions offer outstanding precision, high acquisition speeds, low noise, and ultra-low power consumption. This enables manufacturers of scanning equipment to produce sharp images while exposing patients to the low possible doses of radiation. A CT scanner is a powerful diagnostic tool available to medical practitioners because it acquires 3D images of various parts of the human body quickly. The design of the detector array affects its operating characteristics, such as sensitivity, noise, resolution, and speed.
Digital X-Ray
The digital X-ray equipment is widely used in general radiography, mammography, and interventional radiology. The Flat Panel Detectors (FPDs) are integrated into this equipment to produce high-resolution images with low noise. These FPDs help digital X-ray equipment designers to produce accurate images and to increase scanning rates. The portfolio includes high-speed readout circuits and gate drivers optimized for line times as low as 15µs. For static applications using portable and battery-powered FPDs, ams OSRAM offers readout circuits that dissipate as little as 1.1mW per channel. The FPDs are the core of digital X-ray systems and collect the radiation generated by the X-ray tube and filter it through the patient’s body.
Videos
Endoscopy Innovation
An endoscope inserted into the body enables a medical practitioner to examine the inside of the patient. The camera at the tip of the endoscope must be as small as possible, to minimize the patient’s discomfort. The endoscopes are equipped with an OSRAM NanEye miniature camera module and have a narrow tip. The area of a NanEye module is a complete digital camera-on-chip, including its required interfaces for system integration <0.5mm2.
