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Hardware-Based Trust Provides Key to IoT Security

Hardware-Based Trust Provides Key to IoT Security

Security is more important than ever for IoT designs.


Choosing a Wireless Protocol for Home Automation

Choosing a Wireless Protocol for Home Automation

Which wireless protocol should you use when designing a home automation device?


MIPI D-PHY Compliance Test with an Oscilloscope

MIPI D-PHY Compliance Test with an Oscilloscope

This video shows the R&S RTO-K26 MIPI D-PHY compliance test options which provides automated testing to the MIPI D-PHY standard for camera and display interfaces.


Evaluating the Performance of RF Assemblies Controlled by a MIPI-RFFE Interface with an Oscilloscope

Evaluating the Performance of RF Assemblies Controlled by a MIPI-RFFE Interface with an Oscilloscope

This video demonstrates how the R&S RTO-K40 option can be used to measure response times of front end components such as power amplifiers (PA) and switches controlled by the MIPI RFFE control interface.


Multi-Domain Debugging of Embedded IoT Devices with an Oscilloscope

Multi-Domain Debugging of Embedded IoT Devices with an Oscilloscope

Internet of Things (IoT) devices combine multiple functional cores in highly integrated Wireless Embedded designs and face often challenging long-term battery live time requirement.


Capturing of Intermittent RF Signals with the Zone Trigger with an Oscilloscope

Capturing of Intermittent RF Signals with the Zone Trigger with an Oscilloscope

Zone Triggering typically allows to define a trigger condition based on an area of voltage and time.


Analysis of Wideband Pulse Signals with an Oscilloscope

Analysis of Wideband Pulse Signals with an Oscilloscope

This video shows how the R&S RTO oscilloscope with its vector signal explorer (VSE) software can be used to analyze wide band pulsed RF signals in terms of frequency, phase, amplitude, and timing.


Measurement of Very Small Currents with an Oscilloscope

Measurement of Very Small Currents with an Oscilloscope

Measuring small currents has become increasingly important for battery powered portable and wearable consumer devices, IoT and medical applications.


eMMC Interfaces Compliance Test with an Oscilloscope

eMMC Interfaces Compliance Test with an Oscilloscope

Embedded multi-media cards (eMMC) are widely used in the industry as the primary memory for portable devices.


Testing Conducted Emission in the R&D Lab with an Oscilloscope

Testing Conducted Emission in the R&D Lab with an Oscilloscope

Conducted emissions are electromagnetic disturbances caused by a device and conducted out by interconnects such as the power supply lines.


EMI Debugging with an Oscilloscope

EMI Debugging with an Oscilloscope

Meeting EMI and EMC requirements is critical to bringing electronic products to market. Compliance testing requires expensive equipment and test time at a compliance laboratory.


Power Integrity Test with an Oscilloscope

Power Integrity Test with an Oscilloscope

Today’s highly integrated electronic devices use smaller voltage levels and, as a result, require much smaller ripple levels on the power rails for reliable operation.


SpaceWire Triggering & Decoding with an Oscilloscope

SpaceWire Triggering & Decoding with an Oscilloscope

SpaceWire is a new serial bus standard for aircraft and areospace applications that supports bit rate up to 400 Mbps. The R&S option K65, SpaceWire trigger & decode, for RTE and RTO offers triggering and decoding of SpaceWire protocol communication.


Signal Conditioning for Pyroelectric Passive Infrared (PIR) Sensors

Signal Conditioning for Pyroelectric Passive Infrared (PIR) Sensors

Learn about the basics, signal conditioning, digital output, and hardware specs of passive infrared sensors.


Ten Ways to Design for Intrinsic Safety

Ten Ways to Design for Intrinsic Safety

How to build electronic devices when a higher degree of safety is required.


A Guide to the Applications of Hall Effect and Reed Switch Sensors

A Guide to the Applications of Hall Effect and Reed Switch Sensors

In the systems where custom sensors are required, it's imperative that the designer quantifies the environmental, mechanical, electrical, and magnetic parameters of the entire system so that a sensor which meets those operating conditions can be selected.


How to Select a Custom Magnet Sensor

How to Select a Custom Magnet Sensor

Learn how to correctly select the right sensors for your project with this handy guide.


The Twelve Cardinal Rules of Fuseology

The Twelve Cardinal Rules of Fuseology

As designs become smaller, faster and more complex, so do circuit protection decisions. Learn more about circuit protection with this guide.