China, Beijing, November 6, 2014. Maxim Integrated Products, Inc. (NASDAQ: MXIM) will present a number of innovative solutions for industrial and medical applications at electronica 2014 (November 11-14, Munich, Germany).
Help utility companies improve flow meter accuracy
The MAXREFDES70# ultrasonic flowmeter reference design greatly enhances water/thermal flowmeter accuracy and supports up to 20 years of operation in a single AA battery. The accuracy of the solid-state flowmeter is 10 times that of a mechanical watch and 4 times that of a similar ultrasonic competition scheme. The core component of the MAXREFDES70# reference design is the MAX35101, a complete time-to-digital converter with an analog front end (AFE) that measures the difference between upstream and downstream ultrasonic pulses with ultra-high precision.
Expanding the field of wearable medical devices
Maxim's health care platform includes a range of hardware and software for wearable medical applications. The platform's flexible scalability allows designers to optimize health medical device performance, reduce R&D costs, and speed time-to-market. The platform includes power and battery management, digital processing, highly integrated sensors, ultra-low power communication modules, and industry-leading security protection technologies, including:
Â· MAX32600 â€œWaspâ€: Highly integrated ARMÂ® CortexÂ®-M3 low-power microcontroller with excellent high-precision analog performance. The integrated trusted protection unit provides the highest level of security, including on-board public key authentication, data encryption and tamper detection.
MAX14676: A miniature power and battery management solution that combines high-performance features to save space and extend battery life in wearable electronics.
MAX21100: Monolithic 3-axis gyroscope and 3-axis accelerometer inertial measurement unit (IMU) with low power consumption and high accuracy, the industry's smallest, thinnest, stable and accurate gyroscope and reliable accelerometer 6DoF IMU.
The MAX30100: a fully integrated optical biosensor with two LEDs, photodetectors, optimized optical modules, and low-noise AFE, is the industry's smallest, lowest power pulse oximetry and heart rate measurement solution.
MAX66242: This secure authenticator is a dual-interface tag IC that combines the ISO 15693 front-end and I2C circuitry in a single chip. Its SHA-256 engine performs symmetric key-based two-way security authentication to prevent forgery and cloning.
Improve the efficiency of Industry 4.0
The Micro PLC platform provides designers with new tools that enable industrial 4.0 efficient design with lower power, fewer components and lower cost. The platform includes five reference designs that run as subsystems and are configured and tested via the computer's USB port. The entire platform is extremely compact and can be placed in the palm of your hand. The micro PLC platform can reduce the external size by 10 times, power consumption by more than 50%, and digital I/O output data processing speed by 70 times. Maxim has developed a number of products that support the Industry 4.0 distributed model for use with the Micro PLC platform:
MAXREFDES60#: The ultra-low-power, ultra-high-precision 16-bit analog output system consists of a microcontroller and isolated power supply. The complete high-integration system is designed for credit card size only and consumes less than 250mW.
MAXREFDES61#: The 4-channel analog input subsystem isolates power and data with a small footprint and system power consumption of less than 500mW.
MAX11270: 24-bit, 10mW, Î£-Î” ADC with built-in PGA for highest signal-to-noise ratio (SNR) and lowest power consumption in its class
MAX17515 : 5A, 2.4V to 5.5V input, full switch mode power supply, built-in inductors, reducing energy consumption and heat efficiency, up to 92% efficiency
MAX17552 : 4V to 60V, 100mA, ultra-small, synchronous step-down DC-DC converter that complies with the IEC61131-2 PLC standard, effectively reducing heat consumption by more than 50%
With the MPOS-STD2 Mobile Sales Terminal (MPOS) reference design platform, payment terminal providers can guide users into the emerging market of mobile payments. Designers do not need to have a high level of technology, which can greatly reduce R&D costs and speed up the process from product design to PCI certification, thus speeding time to market. Based on the MAX32550 DeepCoverÂ® MPOS System-on-Chip (SoC) design, the MPOS-STD2 meets a wide range of system-level MPOS termination requirements.
Maxim will demonstrate the performance and benefits of the above products during electronica 2014 in Munich, Germany. Welcome to the Maxim booth (266A4).
About Maxim Integrated
As a leader in analog integration, Maxim is committed to providing smaller, smarter, and more efficient simulation solutions for mobile, industrial and other applications.
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