Making accurate and dynamic power measurements of LTE & Wi-Fi (broadband) signals
Part of a comprehensive tutorial on making RF & MW power measurements our presentation starts with a brief history of power measurement and current day measurement techniques with a focus on RF power meters and Peak Power Analyzers. We will look at how a high performance peak power meter can be used to measure key characteristics of LTE and Wi-Fi signals; such as overall average and peak power of a 20, 40, 60 MHz LTE signal or peak and average power of a Wi-Fi burst signal using time domain trace (Power vs time) and statistical (CCDF) methods.
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- 161 Warren Street
- Newark, New Jersey
- United States 07102
- Building: NJIT (ECE)
- Room Number: ECE 202
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- Co-sponsored by NNJ IMS Chapter & NJ COAST Computer & Instrumentation Chapter
- Starts 02 October 2014 01:00 AM UTC
- Ends 29 October 2014 10:00 PM UTC
- No Admission Charge
Speakers
Vitali Penso
Biography: Vitali Penso is an Application Engineer for Boonton & Noisecom (Wireless Telecom Group) supporting customers in the USA for the power meter and noise generator products. He earned his BSEE and MSEE at Washington University in St.Louis and spent majority of his career working on cellular wireless telecommunication equipment & system design (Transceiver, PA linearization and RRH) before joining Wireless Telecom Group as an application engineer. He has written application notes and recorded short videos on a number of subjects on testing WiFi, LTE & Radar signals, performing EMI/EMC testing as well as high speed serial communications for 802.3 jitter testing, all of which can be accessed on www.boonton.com andwww.noisecom.com websites.
Vitali Penso
Biography:
Vitali Penso
Biography: