Sean R Phillips
252 posts


.@SeanRoyPhillips here's the jersey I'm buying
B/R Football@brfootball
Arsenal's joint-top scorer in the league strikes again 🔥
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@Keith_McPherson I actually think you’re good at what you do and will be missed on WFAN but ok.
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@SeanRoyPhillips well played. 8 followers. 48 years old
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@Keith_McPherson 45 years old. Just messing around. #soft
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The harmless individual in a goofy costume is now in a sealed bag with only pepper spray to breathe
This is state terror
Bennett Haselton@bennetthaselton
Portland ICE agent jumps into a brawl to pepper spray a frog in the ass. 🤷♂️
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@ShaunMorash I live in the PNW, I grew up
in NY, I flex on pizza and bagels all the time. The cannoli is also a flex but just not as relevant out here. Love your motivation.
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@clintfrazier @Keith_McPherson That’d be epic! Wanted nothing more than you to be successful in pinstripes.
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@EvanRobertsWFAN That is so tough! It must be hard to root for ALL the Ets… #firsttimelongtime Jets Rodgers feylike the winner.
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Sean R Phillips retweetledi

Next one is Signal Hound BB60D which is a spectrum analyzer:
Sweep speed: SDRs have a maximum bandwidth they can receive (e.g. 10MHZ for HydraSDR, and 56MHZ for bladeRF 2.0). However, spectrum analyzers sweep the spectrum. So, in this case, you can see the whole spectrum (9KHZ to 6GHZ) at once, but behind the scenes it’s actually swept (depending on the spectrum analyzer settings, and the sweep speed, you may or may not notice it). This is a real time spectrum analyzer, so it has a “real time” mode as well, which provides real instantaneous 27MHZ bandwidth. I’ve already written about real time analyzers before. In the “sweep” mode, spectrum “feels” continuous, and you may miss some transient signals while the device is sweeping.
Pre-selector: this device has a bank of filters at its front-end (this is applied only from 130MHZ up, as specified here)
DANL: it’s the absolute noise floor a spectrum analyzer shows when no signal is present. Anything below that will be buried under the analyzer’s internal noise.
RBW: it’s specific to spectrum analyzers. I need to write about it in a detailed thread. It’s the width of the spectrum analyzer’s internal bandpass filter that samples each slice of the spectrum as it sweeps. The lower the RBW the better for seeing narrow-band signals, but it also slows down the sweep. Usually RBW is adjustable by user from a few Hz (e.g. 1Hz or 100HZ, up to 1MHZ or so). Here it’s from 10HZ to 10MHZ. You can also have it automatically selected by the software.
7/10

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@SeanRoyPhillips @JLas43_ Not 6 in a row with 6 different rosters sorry Charlie
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