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I've never seen ics sanded on equipment from reputable manufacturers. It's always the marginal fly-by-nights. terrell.michael.a@...> wrote:

The IC numbers have been visible in every Extron DA that I've looked at. No reputable OEM removes common part numbers. Even if they did, there aren't that many ICs designed for this application. I

wrote: This compares frequencies with very high sensitivity. Is it too complex for your needs ? https://www.eevblog.com/forum/metrology/dmtd-board/

No, the Elektor circuit is a phase meter. It shows the instantaneous phase difference between two signals. If the frequencies are different, the phase will be continuously changing. The meter needle

I used an Extron dist amp for mine. I had seen a youtube video of someone making the conversion for his rubidium source, I just adapted it to my GPSDO (the Russian one). It's so far been working fine

Hi, Max described a good solution. But FWIW, another way to do it more discretely is like this: - GIVEN that the signal is a relatively low-frequency square wave. - Use a diode and cap in series to

I think I like a ground lift switch. Set for min common mode signals. Some where I saw or read about grabbing old lan cards. Each one has filters (band pass) and transformers. All set to work at 10

I'm not familiar with that model number. It appears to be a low end VGA amplifier of three 80MHz channels with four outputs per channel. It looks like at least two versions were built. Both have a

Leon Robinson ?? K5JLR Is anyone familiar with the Extron ADA 3 80? RBGS distribution amp and havea manual for it. Political Correctness is a Political Disease. Politicians and Diapers should be

Sorry for being stupid, I am not a big RF dude. But at 10MHz, IMHO, one can run this over a schottky diode? Tam With best regards Tam HANNA Enjoy electronics? Join 21k4 other followers by visiting the

It is insane (I’m looking at you, Siglent). Someone thought they’ll be very clever by saving a BNC connector. Probably a beancounter idea, although this may be giving them too much credit. Once

Hi Mikek, Correct, X axis is units of MHz. Y axis is volts at one turn side of 50:1 injection transformer. At 10 MHz marker, injection voltage = 1V / 50 = 20mV. Power applied to 50 turn side is 0.02W

Could you explain the graph to me? I assume G.MHz is 1 MHz. What is the Y axis? Is it the output impedance of the secondary in milliohms? Thanks, Mikek

A little known sometimes obtainable older device is the Spectracom 8140 frequency distribution amplifier. It s somewhat different in that it uses remote boxes called “Line Taps” that are placed in

Hi Jeff. As compared to what I understand you want I think the answer you got from SCMenasian is overkill raised to the Nth power. The phase/frequency detector in the 4046 CMOS phase lock loop will do

The isolation transformer may have converted the square wave to a sine wave. Paul, W8AEF _____ From: [email protected] [mailto:[email protected]]

Hi Jeff, You are aware that the Leo Bodnar GPS Device is a Square Wave Output? What does the waveform look like on an Oscilloscope with a 50 Ohm Load? Ross Sent: Friday, September 09, 2022 5:26 PM To:

Attached is SimSmith model for T68-2 50T Injection Transformer low frequency limit. Source is set to 0.02W = 1V. L.V.M trace is injection transformer voltage. John KN5L

Hi Jeff, I think that should work. The calculator on Toroids.info doesn’t give me the correct answer. The Material does have a high AL, though. It shouldn’t saturate with 50 Ohms with a 5V applied

Hi, Most Distribution Amplifiers have one Input and several Outputs. When connected to multiple devices, you want good isolation both filtering and galvanic. It is very easy to run into a Ground Loop