Enhancing Power Efficiency of Wireless Devices – Focus on Antenna Components
Gain insights into the impact of antenna performance on IoT device battery power efficiency.
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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 Connectivity’s (TE) antenna solution architect, Dr. Jane Yun, as she addresses key considerations on this topic. Submit the form on the right to start watching.
Overview
- How antenna performance impacts the battery power efficiency of an IoT device
- Common challenges in finding and integrating the right antennas
- Antenna design and selection
- How TE’s expertise helps to optimize antenna performance to enhance IoT device power efficiency
Meet Our Speaker
Dr. Jane Yun
Antenna Solution Architect, TE Connectivity
Dr. Jane Yun is an Antenna Solution Architect for TE Connectivity’s Data and Devices Business Unit. She supports the antenna business from a technical standpoint.
Jane joined TE in 2014. She has over 20 years of industry and academia experience in RF, wireless communications, automotive, and satellite communications.
Jane holds a Ph.D. in Wireless and Antenna Technologies. She has been an author on more than 30 research papers and is an inventor on over 10 patents/applications.
