开云体育

Jim WIlliams wrote at least one application note where he presents a pulse generator with ~350 ps rise times. I took a quick look through my collection of Linear Technology application notes and found

I have a few Tex 453 scopes. Two are oddballs in that they are MOD0703K so they differ a bit from the manuals available, although folks here pinted me at a doc that lists changes. The biggest

Although not 100% accurate schematics for the TDS400 series have been posted to the files section of this group as well as TekWiki. They were scanned from "C" and "D" size engineering drawings and

(Home made) tunnel diode generators obviously need very careful physical layout with minimal dimensions and preferably, checking and adjusting with a fast (sampling) 'scope. In my experience, S-52's

[email protected]> wrote: I really should look at doing the transient calibration on my 2467 now as my GAS (Gear Acquisition Syndrome) has left me in possession of both a home-made tunnel diode

If you have CTT option the cal requires a precise 50% DC precise frequency and level. If no CTT option ignore Jon

Re-reading your message: Are you saying that when you need to use a high Intensity setting to achieve reasonable trace brightness because of low trace duty cycle/fastest hor. speeds, readout loses

Are you using your 'scope to light the room? Why else would you use such high intensity? None of my (40+) analog Tek 'scopes fully keeps focus at between 75 en 100% CW of Intensity. You say you have

Hi! I have an old Fluke 105B Scopmeter Series II. I have its serial cable, but I have the chance to access its floppy disk with the FlukeView app. Is there anybody who can help me with the app or a

I wonder if a Leo Bodnar pulse generator would work. IIRC, it can produce pulses with 350 ps rise times. DaveD KC0WJN [email protected]> wrote:

Each Cal group is self contained, as long as it completes with no errors, the CAL for that procedure is saved to NV Ram. Transient and CTT are most critical CAL, but PS,Hor and Vert are easily done

This is all necessary as the original DS1225 had parity errors (it was datecode '96). I don't know of anyone locally who has the right Tek test gear so it's either try with what I have or leave the

Hi Keith, I saw Siggi's reply just after I sent mine. He has a lot of experience with 2465 'scopes and always makes a lot of sense in what he says. As an example, he may well be right re. transient

Keith, The fast output stage of the PG506 has been / is to be adjusted while *in* a PG506. Because of the speeds (high frequency signal components) involved, its wave shape will be different if

Hey Keith, I calibrated the CRT, timing, vertical and the triggers on my 2467 using a TG501 and a PG506. I didn't touch the transient response calibration, but I don't think the PG506 is fast enough

Thanks Raymond, yes the fast edge rate is a problem, the 8112 is about 5nS min. However... I do have the Tek fast pulse PCB that is used in a PG506, I believe that has < 1nS edges and could be

I’d be *very* surprised: You need a relatively low frequency (1MHz or so) square wave with an edge speed << 1ns for risetime/BW check and adjustment and low-and high-frequency pulses (up to 1GHz)

Has anyone managed to calibrate a 2465B without using the Tek specific test gear (PG506, TG501)? I have an HP8112A pulse generator and an HP33120 function generator, can they be used instead? -

thanks for this - I will give it a serious try using the suggested plugins -- Christopher Hilton-Johnson The Stone Barn Cottisford Oxfordshire NN13 5SW 07831 458867

Check power supply's for voltage and ripple first. Then follow Z axis schematic and troubleshooting Jon