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Infineon’s first angle sensor based on TMR technology: XENSIV™ TLE5501

  Knowledge

Infineon's new TLE5501 products are 360° TMR-based angle sensor that detects the orientation of a magnetic field. This is achieved by measuring sine and cosine angle components with Tunneling Magneto Resistance (TMR) elements. These raw signals (sine and cosine) are provided as a differential output signal and can directly be further processed within a micro controller. The large output voltage of the...

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Tailor-made displays

Created by Vincenzo Santoro, Senior Marketing Manager Displays & Monitors, Rutronik |   Knowledge

Displays are becoming increasingly important as an interface between man and machine. Displays are constantly in use both to display personal performance values, for queries in the consumer, medical and POS sector and as simple status indicators in smart homes and with smart metering or, alternatively, for measurements, control and optimization values in the industrial and automotive sectors.

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Rutronik Offers an Overview For Closing Bluetooth Attack Vectors

Created by Sebastian Hör |   Knowledge

In mid-July, the Bluetooth Special Interest Group published instructions for eliminating security vulnerabilities in the “Secure Simple Pairing” and “LE Secure Connections” processes. Rutronik now offers a manufacturer-independent overview at rutronik-tec.com/bluetooth-security-vulnerability-status/, which shows the patch status of the individual chip and module manufacturers. The site is kept up to...

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Crystals and oscillators for industrial Ethernet

Created by Jochen Neller, Technical Support Inductors & Timing Devices at Rutronik Elektronische Bauelemente GmbH |   Knowledge

Industrial Ethernet enables continuous communication between actuators and sensors at field level and management systems. It also combines real-time capability with the robustness and security of fieldbus systems – which is why it is gradually replacing it. For Industrial Ethernet to also satisfy tough real-time requirements, crystals and oscillators of high signal precision and reliability are needed.

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How is current measured using shunts?

Created by Bert Weiss, Technical Support Resistors, Rutronik Elektronische Bauelemente GmbH |   Knowledge

The use of shunts for measuring current is a simpler and more cost-effective alternative to the use of sensors for current measurement. However, they are precision measuring devices, and a few things need to be considered to achieve measurements of the necessary precision.

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