NEWS PRESS RELEASES 2021 AS585XB Sensing is Life Our vision is to create the uncontested leader in optical solutions through bold investments in disruptive innovation and continuous transformation delivering best-in-class profitability and growth. Visit our dedicated website 2021 2020 2019 2018 2017 2016 2015 ams ICs with high-performance readout enable manufacturers of medical and industrial digital X-ray equipment to benefit from lower assembly costs 2021/04/22 New AS585xB products compatible with standard connectors in X-ray imaging equipment provide for simpler, easier assembly German version News facts: New AS585xB products compatible with standard connectors in X-ray imaging equipment provide for simpler, easier assembly Three product options enable flat panel detector manufacturers to choose a readout IC which is best-in-class for speed or low power consumption Ultra-low noise AS5850B is compatible with the latest IGZO detector technology as well as conventional TFT detector types Premstaetten, Austria (22 April, 2021) -- ams (SIX: AMS), a leading worldwide supplier of high performance sensor solutions, today added new products to its best-in-class family of readout ICs for digital X-ray flat panel detectors (FPDs), providing new flexible connector options which are easier for customers to assemble into their products at lower cost. The new AS585xB digital readout ICs are 16-bit, 256-channel charge-to-digital converters notable for their very low noise, enabling the generation of clear and detailed images when used in static and dynamic digital X-ray scanners, digital radiography, mammography, fluoroscopy, and interventional imaging, as well as in industrial systems for Non-Destructive Testing (NDT). The new products complement the AS5850A readout IC introduced in June 2020, extending the ams portfolio of unique medical and industrial imaging sensing solutions which offer outstanding precision, high acquisition speeds, low noise, and ultra-low power consumption. Jose Vinau, Senior Marketing Director in the medical imaging business line at ams, said: “The AS585xB devices enable our customers to produce X-ray images of very high quality, thanks to their ultra-low noise, high bandwidth and low power consumption. These characteristics mean that they are suitable for use in newer, higher-performance IGZO detectors, as well as in existing TFT flat panel technology.” New chip-on-flex design for low-cost assembly of imaging equipment Like the earlier AS5850A device, the AS585xB products reach the industry’s highest performance benchmarks for readout ICs used in medical equipment. The ‘B’ series products now also feature a new chip-on-flex design: this has a layer of stiffener on the low-density side which makes it compatible with standard, off-the-shelf connectors. This provides a more flexible option for the imaging equipment manufacturer – the AS5850A has a proprietary connector which requires costly anisotropic conductive film (ACF) bonding. The AS585xB-type flex eases the production of imaging equipment assembled from an in-house data acquisition system and a detector based on an AS585xB readout IC sourced from a third-party FPD manufacturer. The AS585xB flex can be manually assembled to the data acquisition system without the requirement for costly and complex ACF bonding. The new AS585xB products also now feature a Built-In Self-Test (BIST) capability, enabling rapid and accurate verification of the proper operation of the data acquisition system after assembly. This enables manufacturers to rapidly locate the source of errors in either the data acquisition or the detector system. Flexibility to optimize speed and power The AS585xB series is available in three product variants. The AS5850B is optimized for low noise and high speed, enabling an FPD to achieve high image quality in dynamic or high-speed imaging applications such as surgical radiography, while reducing the radiation dose to minimize the impact on the patient. For industrial scanning applications as well, the high speed of the AS5850B – it is optimized for a line scan time of 20µs, but can run at 15µs – enables higher throughput in automated optical inspection equipment. The AS5852B also introduced today is optimized for low-power operation to enable portable and battery-powered imaging equipment to acquire high-quality images while extending battery run-time. The new AS5851B offers a balance between power and speed optimizations. All three versions of the AS585xB series share a common footprint and pin-out, so FPD manufacturers can easily build a family of products for different customer requirements or market segments with a single board design and host system interface. Pierre Laboisse, Executive Vice President of Global Sales and Marketing at ams, said: “Now with the addition of new chip-on-flex options, high-quality ams readout ICs can be used in highly cost-competitive segments of the medical imaging market, as well as in the broader industrial market, opening up additional markets worldwide to more ams products.” ams can supply the AS585x series readout ICs with customer-specific flex designs on request. The AS5850B, AS5851B and AS5852B readout IC products are available for sampling. An evaluation kit for the AS585xB series products is available from ams. For more technical information, to enquire about the evaluation kit, or for sample requests, go to https://ams.com/AS5850B, https://ams.com/AS5851B, and https://ams.com/AS5852B . @ Join our newsletter Subscribe now to the ams Sensing is Life newsletter Sign up ams AG Tobelbader Strasse 30 8141 Premstaetten Austria Phone +43 3136 500-0 Fax +43 3136 525-01 https://ams.com Back to top Sensing is life. ABOUT ams Investor Relations News Center Corporate Responsibility SERVICES Contact Us Sales & Distribution Subscribe ams sensor news QUICK LINKS Search Quality – Certificates Open Positions ams and OSRAM © 2021 ams AG. All rights reserved. Disclaimer Imprint Privacy Policy Cookie Policy Terms of Use .st0{fill:#B5B6B7;} .st0{fill:#5D6A7A;} By clicking “Accept All Cookies (incl. US)”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. Cookies Settings Accept All Cookies (incl. US)