Large-area CMOS X-ray detector Great Performance, Ease of Use Teledyne DALSA’s Rad-icon product family of large-area digital x-ray cameras offers users a high-speed, high-performance x-ray imaging detector with a fast, reliable PC interface (either GigE or CameraLink) for easy integration. Superior Large-Area Non-Destructive Testing Cutting-edge Technology Delivers Cutting-edge Results The Rad-icon product family leverages our advanced CMOS image sensing technology, which enables the delivery of low-dose x-ray images and yields higher image quality than aSi flat panels and image intensifier devices. Rad-icon cameras are capable of frame rates up to 30 fps, and communicate via CameraLink data cable or a standard Cat 6e over lengths up to 100 m. Flexible and Adjustable for Varied Applications Rad-icon detectors are available with different Gd 2 O 2 S (Gadox) scintillator options to address a range of resolution and sensitivity requirements. The camera interface allows easy access to features such as adjusting the frame rate, single and multiple frame acquisitions, and control of advanced timing modes. Intuitive, Powerful Software Each Rad-icon ships with user-friendly software tools for stand-alone operation or easy integration with your application software. Features - Large active area: up to 30 × 30 cm - 5 or 10 lp/mm resolution (99 or 49.5 µm pixels) - Gigabit Ethernet or CameraLink interface - Energy range from 10 to 225 kV - Ready-to-run software and drivers Applications - Nondestructive testing - Automotive inspection - Weld inspection - Industrial computed tomography (CT) Family Specifications Supported Interfaces GigE Vision, Camera Link Models Model Active Area Resolution Interface Pixel Size Max Frame Rate Rad-icon 1520 Part number: SB1504 204 x 153 mm 1548 x 2064 GigE Vision 99 µm Standard: 16 fps Rad-icon 3030 Part number: SB1521 306 x 306 mm 3096 x 3100 Camera Link 99 µm Standard: 30 fps Rad-icon 2022 Part number: SB1533 204 x 221 mm 2064 x 2236 Camera Link 99 µm Standard: 30 fps Rad-icon 0720 Part number: SB1739 68 x 204 mm 688 x 2064 GigE Vision 99 µm Standard: 66 fps Rad-icon 3030HS Part number: SB1785 306 x 306 mm 3096 x 3096 GigE Vision 99 µm Standard: 50 fps Rad-icon 2329 Part number: SB1593 228 x 291 mm 4608 x 5890 GigE Vision 49.5 µm Standard: 2 fps Rad-icon 1523 Part number: SB1711 146 x 228 mm 2940 x 4608 GigE Vision 49.5 µm Standard: 15 fps Rad-icon 0723 Part number: SB1774 64 x 228 mm 1300 x 4608 GigE Vision 49.5 µm Standard: 30 fps Rad-icon 2329HS Part number: SB1794 228 x 291 mm 4608 x 5890 GigE Vision 49.5 µm Standard: 20 fps Rad-icon 0723HS Part number: SB1806 64 x 228 mm 1300 x 4608 GigE Vision 49.5 µm Standard: 50 fps Rad-icon 1523HS Part number: SB1808 146 x 228 mm 2940 x 4608 GigE Vision 49.5 µm Standard: 20 fps
High-performance area and line scan cameras, frame grabbers, vision software, X-ray detectors, infrared sensing, and more.
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Compact Uncooled LWIR Cores MicroCalibir The latest advances in the integration of our in-house 12 µm microbolometer pixel technology with a deep-ADC ROIC circuit have resulted in the development of the small and lightweight MicroCalibir™. This compact,
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Calibir GX Uncooled Infrared Cameras Calibir GX The Calibir GX camera family features our latest microbolometer sensor, designed, fabricated, and packaged in our own foundry. With great sensitivity in longwave infrared range (8-12 µm), it features both shutter and shutterles
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Teledyne MEMS: Leadership in Innovation and Results The Power of MEMS We live in a digital age – our personal computers and mobile devices have computing power unthinkable even a few years ago, and analog audio, photography and television are things of the past. It’s easy to forget this digital technology is of limited use without the ability to sense what is happening in the real world out there. As more and more digital electronics are packed into our phones, automobiles, and household appliances, they need more sensors and actuators. The silicon technology originally developed for integrated electronics is now increasingly being used to produce these sensors as MEMS devices. - Advanced driver assistance systems (ADAS) - Immersive AR/VR and gaming systems - Wearable electronics (IoT) - Intelligent optical networking We are ISO/TS 16949 and ISO 14001 registered and RoHS compliant, well equipped and experienced to meet the demanding requirements of customers that serve all the main MEMS markets including consumer, automotive, industrial and biotech/medical. Teledyne offers an unmatched MEMS and microfabrication capability, from design to prototyping right through high volume 200 mm production. With state-of-the-art facilities, mastery of materials from silicon to specialty metals to non-conventional substrates, Teledyne MEMS (formerly Teledyne DALSA Semiconductor and Teledyne Micralyne) collaborates with customers, offering decades of experience across a vast process portfolio. Global Pure-Play MEMS Foundry Leader Teledyne MEMS is one of the world’s foremost pure-play MEMS foundries. We operate over 41,000 sq ft (3800m2) of clean rooms, 24/7, using both 150mm and 200mm wafers. Our comprehensive MEMS toolbox allows us to manufacture in high volume for a wide range of applications. Together with our sister foundry Teledyne Micralyne we offer decades of MEMS and microfabrication experience across a vast process portfolio. Across many device types, from micro-mirrors for telecommunication, gyro sensors for game controllers, microfluidic devices for miniaturized medical systems, automotive pressure and inertial sensors for automobiles or microphones for smartphones, Teledyne MEMS has delivered high volume MEMS production for innovations that reduce both size and power consumption even as they increase performance.
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