Clinical wearables are positioned to change the way client tracking features. Discover the products perfectly suited to a series of clinical usages in our Included Application Limelight.
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For direct selection to a certain chapter, please pick below:.
00:00 Intro.
00:32 Infineon S2GO Pressure DPS368.
00:51 Vishay Semiconductors VEMD8081 Silicon PIN Photodiode.
01:07 Texas Instruments CC2652P7 SimpleLink ™ Multiprotocol Wireless MCU.
01:25 Bosch BHI260AP Self-Learning AI Smart Sensor.
01:42 Outro.
Medical wearables are poised to change the way patient monitoring functions. Discover the products perfectly suited to a range of medical uses in our Featured Application Spotlight.
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FOLLOW US ELSEWHERE
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Follow us on Twitter: https://www.twitter.com/MouserElec (Americas)
Follow us on Twitter: https://www.twitter.com/MouserElecEU (Europe)
Follow us on LinkedIn: https://www.linkedin.com/company/26041/
———————————————————-
For direct selection to a specific chapter, please select below:
00:00 Intro
00:32 Infineon S2GO Pressure DPS368
00:51 Vishay Semiconductors VEMD8081 Silicon PIN Photodiode
01:07 Texas Instruments CC2652P7 SimpleLink™ Multiprotocol Wireless MCU
01:25 Bosch BHI260AP Self-Learning AI Smart Sensor
01:42 Outro
TE Connectivity’s (TE) Standard Die Envelope (SDE) Crimp Commercial Tooling Platform features a rounded upper jaw design that is engineered for increased strength and even distribution of force.
The team conducted experiments using semiconductor materials and lasers. The semiconductor is hit with an ultra-short laser pulse, which shifts electrons in the material into a higher energy state, allowing them to move around freely. Then, a second, slightly longer laser pulse sends them shooting off in a certain direction, producing an electrical current.
Using this technique, as well as complex computer simulations, the team hit semiconductors with shorter and shorter laser pulses. But at a certain point, the process begins to bump up against Heisenberg’s uncertainty principle – this is the strange quantum quirk where the more accurately you measure one characteristic of a particle, the less you can be sure of another.
In this case, using shorter laser pulses means the observers can tell exactly when the electrons gain energy, but that comes at the cost of being less certain about the amount of energy they gain. And that’s a major problem for electronic devices, because not knowing the exact energies of electrons means they can’t be controlled as precisely.
From this, the team calculated the absolute upper limit for how fast optoelectronic systems could possibly ever get – one Petahertz, which is a million Gigahertz. That’s a hard limit, one that can’t be engineered around because the barrier is baked into the very laws of quantum physics.
Of course, it’s unlikely we’ll ever actually have to directly worry about that anyway. The team says that other technological hurdles would arise long before optoelectronic devices reach the realm of PHz. But understanding the hard limit could help develop better electronics.
Toshiba Gate Driver + MOSFET for 5-24V Line Power MUX is used for power multiplexing, an important feature in applications that require main power supplies to have backup supplies or swapping between charging protocols such as Wireless to USB.
Join Paul Golata for a discussion with Greg Smith (Amphenol Communication Solutions) and Matt Burke (Amphenol RF) to learn how their products shape the efficiency and workflow through autonomous mobile robots in industrial settings.
As the name recommends, interior tracking systems spot indications of motorist diversion and also fatigue in addition to occupant presence and also condition (think child in hot cars and truck) after that notifies the vehicle driver to a vital condition. These systems will certainly be absolutely crucial as we relocate to more advanced levels of independent driving.
Capture up on the tech landscape of Driver Monitoring Systems– where we were, where we are, and also where we are going.
