Articoli e blog

Creating a low-cost prosthetic arm is challenging, but making one that is also easy to calibrate and accurate is even tougher.

Il rilevamento affidabile della rotazione in ambienti difficili trova numerose applicazioni, quali l'industria manifatturiera, i processi, l'edilizia e l'agricoltura.

Questo webinar analizzerà in dettaglio come superare i limiti dei sensori di CO2 tradizionali senza dover sacrificare le prestazioni.

Application processors can run complex algorithms, but their power budgets are often too large for products that need to operate continuously on a coin cell.

Choosing the optimal temperature sensor for an application can be challenging, given the variety of sensor technologies available and industry requirements.

Proximity sensing is designed to simply determine whether an object is present or not. Determining how far away it is, that’s another story.

Consumer electronics, smart building equipment, industrial machinery, and mobile robots all need to understand not just proximity, but also context.

The turn of the twentieth century brought a lot of new tools with it. For the first time, skyscrapers were being built.

Magnetic position-sensing applications all rely on one key requirement: the sensor must trip at the same magnetic flux density regardless of temperature.

Würth Elektronik offers the MEMS environmental sensor portfolio, a family of compact digital devices that capture temperature, humidity, and absolute pressure.

Developing prosthetic technology that is both affordable and functional is challenging in today’s space, mainly due to the costly fabrication and specialized calibration requirements.

When you think of "electronics," you probably picture rigid green circuit boards, silicon chips, and soldering irons. But what if you could build a circuit entirely out of soft, stretchy rubber?

In this blog, I will walk through a simple experiment that uses an ultrasonic sensor and oscilloscope to measure how fast sound travels through the air.

Accelerare l'integrazione di AMR e AGV utilizzando controller per motori, IMU e moduli ToF con driver ROS 2 nativi.

L'industria automotive sta puntando a eliminare gli interruttori fisici. Al posto delle maniglie nascoste delle portiere e del bagagliaio vengono implementati dei sistemi attivabili con un semplice tocco.

L'uso di microcontroller ad alte prestazioni in applicazioni IoT, IA e ML richiede memoria avanzata, sicurezza e un'ampia gamma di periferiche.

I componenti di sicurezza che un tempo funzionavano in modo isolato ora comunicano attraverso le reti, apportando un valore enorme, ma creando anche dei rischi.

Piuttosto che sostituire l'infrastruttura fieldbus o Industrial Ethernet esistente, IO-Link opera come interfaccia complementare.

Sono emersi rischi significativi per la salute associati alla scarsa qualità dell'aria e questo ha portato a un aumento degli avvisi e delle linee guida in materia di salute.

Learn how to build sound reactive projects using piezos, microphones, and Arduino to trigger LEDs, motors, and effects from audio input.