开云体育

0 VDC = A Sin(wt) VAC, where w = 2 x pi x f, for all t, and only when f = 0 which is the type of stuff we often argue about. -- Roy Thistle

To be clearer, if not somewhat pedantic, there are fields everywhere: electromagnetic, gravitational, strong weak. Although general relativity shows light conforms to the curvature of space-time,

Try the vintageTek Museum They were nice enough to sell me some used ones.

The side covers on the plugin sockets (P/N 200-0950-00) in my "new" scope are in pretty bad condition. I've read where folks have tried 3D printing those several years ago but not sure how that worked

Hi all Roman: I am pretty sure that by removing the trim capacitors, which is easy, you can disassemble and clean all the switches and assemble them again. I will try this as soon as I get some time

Does anyone know how and or where I can pickup option 2.

Another possible fix is to use AC Termination. This is a Series connected R-C placed in Parallel across the Cable Destination Load. Since you have a fixed frequency (1kHz), and a constant Impedance on

Some responses. Do you have a lot of Overshoot or Undershoot on the waveforms you are supplying it? On the other scope, what is the Rise and Fall Time? If it is too fast, since the Impedance is High,

Hello Everyone, I have a Tek 2225 scope which has an oddity which im trying to fault find. Overall the scope works fine, however, when set to 0.05uS/Div there is a clear ringing on the display. It

Albert, I tried it later and no I did not notice any difference at any magnified setting. It did however prove to me that thing is flying fast. Jeff -- Jeffeelcr

That makes sense. Oh, and I discovered that in Cal 02, vertical calibration, the 2465 is NOT put into 50 Ohm DC input mode. It is in high impedance mode. So my voltages are not being divided by 2. So

On Sat, Apr 30, 2022 at 09:33 PM, si_emi_01 wrote: Since this seems very important to you, I'll respond, embedded, after your text > > It all comes down to resolution of time and level. > > I have

It all comes down to resolution of time and level. I have never seen a DC Source (even a battery can be exposed to an Electromagnetic field and vary its amplitude), nor anything to measure it with

Sorry, I forgot to answer the other question. The Voltage on the knob of the PG506 is for a Voltage at 1 MegOhm Destination Termination. It has a note on the front panel that tells you to divide the

Correct. If the Source Impedance (PG506), Destination Impedance (2465), and the Transmission Path (Cable and Connectors), are matched ie. 50 Ohms for all of them, you will have the maximum power

I didn't make it up. Take it up with the tex

but if there is any variation in potential then you can select an arbitrary ground potential that will result in some portion of the signal have a reversed flow of current, so the only unquestionably

Jeff, The pulse rise time at the scope input gets (with such a fast generator) determined by the effective RC at the scope input. Without terminator that will be 1 ns, with terminator 0.5 ns. That

Dear Ed, Thank you very much for your reply and forgive for taking so long to reply. I was out on vacation with my family. Since there is a trimpot in series with this resistor, I am inclined to keep

Taking our banter still one step further: Of course, I agree with that. The "DC level Output" used while adjusting the 'scope in this case is supposed to have a fixed potential, lest it would make its