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By John Oncea, Editor | The "Wow! signal" is the name given to a strong and unusual radio signal detected by Dr. Jerry R. Ehman on August 15, 1977. This signal was detected at Ohio State University's Big Ear radio telescope, which was used for the SETI program. The Wow! signal is notable for being one of the most famous and intriguing potential instances of a signal from an extraterrestrial civilization. |
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| Get Amped Up Over DOCSIS 4.0 Upstream Spectrum | Article | Qorvo | Designing amplifiers for DOCSIS 4.0 requires careful consideration of several requirements: higher frequency ranges, higher output power levels, and improved noise performance. |
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| Amplifier Linearity With Additive White Gaussian Noise Power Ratio | Article | Wireless Telecom Group | From testing a system’s response to interference, maximizing the power levels of directed energy weapons via coherence spreading, and securely encrypting sensitive data, AWGN sources are versatile tools that can improve advanced systems. |
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| The Many Jobs Of A Capacitor In RF And Microwave | Article | Knowles Precision Devices DLI | With many options for configurations and applications, capacitors support a variety of functions in RF and microwave circuits. Here are some examples of key roles they play in these applications. |
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| When Cycles Matter: Upgrading EMR PXI RF Multiplexer Solution | Case Study | Menlo Micro | This paper informs readers about high-cycle switch applications, with a focus on Pickering's semiconductor test customers, showcasing a dependable MEMS-based solution that addresses the shortcomings of older switching technologies. |
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Join XFdtd's product team for a discussion about group delay for UWB antennas. Remcom's application engineering team developed a method for analyzing group delay for a single-port antenna and is looking for market feedback. |
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| Typical RF Related Formula Conversion Guide | A.H. System offers an application note that delivers a list of conversion factors used for EMI, EMC, and RF applications. The paper also includes how they are derived and why they would be used. |
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FEATURED PRODUCTS AND RESOURCES |
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Poster: RF & EMC Formulas | AR's RF and EMC poster offers valuable conversion formulas for a 50Ω environment, enhancing your testing capabilities. It also covers connector power handling vs. frequency, harmonics, antenna equations, and more. | • Request Information | AR | |
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