Abracon offers an extensive range of crystal, oscillator, antenna, and inductors products optimized for the performance and reliability requirements for medical devices and equipment. Our medical-focused solutions offer enhanced efficiency, durability, performance, and quality making them the optimal solution for your medical device.
Abracon RJ45 Solutions Guide
Abracon Low Profile High Current Power Inductors Flyer
Abracon W Series XTALs Flyer
The recent increase in the popularity of medical wearables is partly due to the rise in consumer demand for at-home health options, which is supported by the wide diversity of applications afforded by wearable devices. With the introduction of the 5G network, wearable devices will be able to send and receive data faster than ever before. Wearable devices are exposed to wide range of operating environments, most notably near constant vibration. Our medical solutions offer superior vibration resistance and are optimized to operate in harsh environments wearables are exposed to. From fitness trackers to skin patches, Abracon’s medical solutions can satisfy the design requirements for wearable applications.
Portable and handheld medical devices demand components and products with enhanced efficiency, durability, performance, and quality. Our medical solutions exceed those requirements and excel in a wide variety of applications and environments, perfect for your portable medical device. From ventilators to defibrillators, Abracon’s medical solutions can satisfy the design requirements for portable medical devices.
Fixed monitoring devices are continuing to advance to solve the critical challenges facing the medical community. These advanced machines require advanced solutions. Abracon’s medical solutions offer efficient performance and quality to support the design requirements for a wide array of applications from hospital beds and bedside patient monitors to MRI and surgery assist robotics.
Our range of low power optimized crystals and oscillators offer great energy savings for your medical wearable device. We offer products with an operating temperature from -40 to 150 degrees Celsius in package sizes as small as 2.0 x 1.6 mm with options for 32kHz and various MHz frequency ranges. Abracon is ISO9001-2015 certified with design & application engineering resources in Texas.
Our antennas help send and receive data and connect your medical device to the world. Our range of antennas includes internal ceramic patch and multiband chip antennas, flexible antennas, compact Wifi/BL antennas, external, and near field communication (NFC) antennas. Our products cover 5G, 4G/LTE, Cellular, Dual Band Wi-Fi, GNSS (GPS, GLONASS, BeiDou, QZSS) and provide gain up to 5 dBi. Abracon is ISO9001-2015 certified with design & application engineering resources in Texas.
Our inductor solutions help power up the many functions your medical device needs to perform, from large molded inductors optimized for DC-to-DC conversion to compact chip inductors perfect for medical wearables. We offer products with an operating temperature range from -55 to 155 degrees Celsius, saturation currents as high as 118Amps, and offer DCR as low as 0.6m Ohms. Abracon is ISO9001-2015 certified with design & application engineering resources in Texas.
|Medical Application||Medical Market Trends|
|Medical Wearables||The popularity of medical wearables can be attributed to wide variety of end use applications and the noninvasive way in which they collect health data. The emergence of the global COVID-19 pandemic accelerated the adoption of medical wearables by consumers as their demand shifted towards at-home and home-centric focused products. When wore by a user, medical wearables monitor, track, and collect massive amounts of electronic health record (EHR) data. This massive influx of EHR data flows right into the next two market trends; the emergence and adoption of 5G and Artificial Intelligence in the medical market.|
|5G||5G plays a critical role in the advancement of all medical devices by quickly efficiently transferring data. This high-speed, low latency data transfer supports real time electronic health record (EHR) data transfer for remote doctor-patient visits, and remote robotic surgery assist machines. The critical application requirements demanded by advanced medical devices are satisfied with the low latency, high-speed data transactions supported by 5G. By providing faster data transactions, 5G also helps support the rapid development of new medicines and the exchange of vital health data and information.|
|Artificial Intelligence||The emergence of Artificial Intelligence (AI) applications and solutions in the analyzation of medical data is critical to the advancements of new medicines and development of new treatments. AI allows for massive amounts of electronic health record data (EHR) to be mined to help predict and determine health problems or conditions, or to or support the development of new preventative treatments. AI also plays a critical role in protecting and securing sensitive and confidential EHR data stored in data centers from hackers and thieves.|