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Millimeter-wave signals used in 5G networks provide wide bandwidth and high data rates. Signal losses, both over the air and through interconnects, bring design challenges. by Ketan Thakkar, Cinch Connectivity Millimeter wave (mmWave) signals offer engineers countless application possibilities, including ranging, object detection, and mapping. Unfortunately, mmWaves bring numerous design challenges. Not only do mmWave

Military Antenna Market by Type (Loop Antenna, Array Antenna, Aperture Antenna, Travelling Wave Antenna and Others), Application (SATCOM, Telemetry,

/PRNewswire/ -- The "Satellite Spectrum Monitoring Market - A Global and Regional Analysis: Focus on End User, Frequency, Solution, and Country Analysis -...

Here which i'll turn on and get it tuned in here. there's a bunch of of different frequencies we can pick. what we'll do is put it in some water. notice no pinging. and as soon as it's in the water -- >> it starts making the sound. >> that's it. that's all it is. >> does it have to be completely submerged in water? >> no. it just has to connect that little plastic area between the two pieces of metal. the case and that little dot on the end. >> you're saying the sensor on the pinger is essentially a microphone. >> the sensor, yeah, is basically a microphone. it's listening for a super high fre...

This little electrode in the mid gel what happens when you actually put anytime the water? >> what we have here is a tester. it's 37 kilohertz which is too high for the ear to hear. so we have this little device here which i'll turn on and get it tuned in here. there's a bunch of of different frequencies we can pick. what we'll do is put it in some water. notice no pinging. and as soon as it's in the water -- >> it starts making the sound. >> that's it. that's all it is. >> does it have to be completely submerged in water? >> no. it just has to connect that little plastic area between the two ...