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Mashup Score: 52D Titanium carbide printed flexible ultrawideband monopole antenna for wireless communications - Nature Communications - 1 year(s) ago
Designing ultrathin and flexible antenna is of great interest for efficient wireless data communication and transmission at fast-growing IoT applications. The authors report a flexible ultrawideband Ti3C2 monopole antenna by combining strategies of interfacial modification and advanced extrusion printing technology.
Source: NatureCategories: General Medicine News, Latest HeadlinesTweet
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Mashup Score: 0Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Tomorrow ! Have you registered yet? Antenna performance is a critical consideration in the design phase of #IoT devices. Join @TEConnectivity’s #webinar to gain new insight into how #antenna performance impacts #battery power efficiency. Register now! https://t.co/tD8UXFTSgI https://t.co/DZWUzLbAzj
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Mashup Score: 1Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Reminder - Tomorrow’s #webinar is at 10am EST Register now for ‘Enhancing Power Efficiency of Wireless #IoT Devices – Focus on #Antenna Components’ with @TEConnectivity’s Dr Jane Yun, this Thursday 10th November. Register today. https://t.co/tD8UXFTSgI https://t.co/eBscCdtOks
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Mashup Score: 1Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Did you know that #antenna performance can make or break the battery life of your #IoT device? Get expert advice on antenna design and selection guidelines in this upcoming #webinar. Register now! https://t.co/tD8UXGbtFi | @TEConnectivity #CIO #CTO #RF #WiFi https://t.co/xqnrK2CmOp
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Mashup Score: 3Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Have you registered yet? Antenna performance is a critical consideration in the design phase of #IoT devices. Join @TEConnectivity’s #webinar to gain new insight into how #antenna performance impacts #battery power efficiency. Register now! https://t.co/tD8UXGbtFi https://t.co/M7NXc7Yj6L
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Mashup Score: 3Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Did you know that #antenna performance can make or break the battery life of your #IoT device? Get expert advice on antenna design and selection guidelines in this upcoming #webinar. Register now! https://t.co/tD8UXGbtFi | @TEConnectivity #CIO #CTO #RF https://t.co/snkYx7jtqh
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Mashup Score: 1Registration - 1 year(s) ago
The power consumption of a wireless device depends on multiple factors, including the amount of data to be transmitted and received; duration of device airtime versus sleep time; geographic coverage and the range of its wireless network; and wireless protocols which enable low power, low data rate transmission. Most critical, however, is the RF performance of the antenna of the device. Join TE…
Source: register.gotowebinar.comCategories: Healthcare Professionals, Latest HeadlinesTweet-
Learn how #antenna performance impacts the #battery power efficiency of an #IoT device. Join the expert #webinar with @TEConnectivity’s Dr. Jane Yun on Thursday, 10 November 2022. Register now! https://t.co/tD8UXGbtFi https://t.co/8olhN8gPve
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Mashup Score: 0Cell Rover—a miniaturized magnetostrictive antenna for wireless operation inside living cells - Nature Communications - 2 year(s) ago
An intracellular antenna that can truly enable probing, modulation or augmentation of biological cells remains an unmet challenge. Here, the authors present the Cell Rover, a magnetostrictive antenna that operates wirelessly inside a living cell and is compatible with 3D biological systems.
Source: NatureCategories: General Medicine News, Latest HeadlinesTweet-
.@bajucjoy, @DeblinaSarkar59 et al. introduce Cell Rovers, a magnetostrictive #antenna that operates inside a living cell in 3D environment for wireless sensing, modulation and augmentation of biological cells @medialab @MIT #GettingApplied https://t.co/LL6A0jVOWG
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Zhao et al. report a flexible ultra-wideband 2D Ti3C2 monopole #antenna by combining strategies of interfacial modification and advanced extrusion #printing technology for wireless communications #GettingApplied https://t.co/pj5STffrIl