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Thanks Miguel, That's what I was looking for - the info is now saved in my 576 notes. I like that little HV transformer in the picture. It's a fine example of a common method of attaining good HV

576 Transformer Inductance Resistance AWG mm Turns AL=L/N^2 Pin 2-3 305,0E-6 22,0E+0 25 0,45 26 451,2E-9 Pin 7-8 918,0E-3 85,0E+3 40 0,08 1400 468,4E-9 Transformer core size 50mm 13mm 31mm Inductance

/g/TekScopes/photo/86536/0?p=Created,,,20,2,0,0 I included a picture from the service manual of the floating power supply that involve these capacitors

I'm troubleshooting a noisey step generator, when I turn the step generator off I don't get any flickering noise artifacts on the display. I figure as the first step is replace any old electrolytic

The only reasons I use an oven over the water technique (aka teacup method) for a couple of simple reasons: 1) it seems less likely to burn me. Water soaks through my leather gloves, and it gets hot

Thanks Chuck! I put transformers in boiling water some minutes, with the same results Regards Miguel -----Mensaje original----- De: [email protected] [mailto:[email protected]] En nombre de Chuck

Yes, if you can make them fit. Are the electrolytics bad? If not, I would leave them alone. -Chuck Harris DW wrote:

Having done hundreds, I find removing the core to be very simple. 1) remove any tape, clips, clamps, etc that are holding the core halves together. 2) heat the core to 130C in an oven. There should be

Really the question is can I substitute film capacitors for electrolytic I notice there are 2 electrolytic capacitors C391 C393, 15uF 100V, would this film capacitor work

Apart from the TEK Xfmr specification and the recently published ferrite core specification, I have not seen any additional information about this transformer. I would say that the most critical part

Randy, You have to rid yourself of that crutch quickly, as it isn't really a crutch, but rather a hobble. Every part you change comes with the risk that you will do it wrongly, and add another thing

Troubleshooting linear power supplies: Is about the simplest job out there... possible testing light bulbs in a lamp is easier, but the technique is still the same. Start with your symptom: If it is

Albert, I printed out your previous replies for my future reference. The reality is that I do not fully understand the circuit logic on this scope which is why I am not too effective at diagnosis. You

Hi, John, Wow you really want to make me work hard , but I understand your logic, Which is the proper procedures to troubleshoot any piece of equipment.? This should help any one of us who are new or

Hi, my 576: Transformer core size 50mm 13mm 31mm Inductance 1khz 1mA 2-3 305uH 22R 7-8 918mH 85K Rubber potted /g/TekScopes/album?id=94656 I have the idea to use a pre made

Hi Randy, Well, that was an easy repair after all! I started reading reading your measurements results before I saw this last message. This last message is in a new thread for some reason. My

To close this: (a) Thanks Dennis (b) the heatshrink plus some other support for the solder joint is absolutely essential for the soldered-pin-only solution, otherwise the joint is just to weak and

I plan to replace some electrolytic and tantalum capacitors on the main board of the 577. I notice there are 2 electrolytic capacitors C391 C393, 15uF 100V, would this film capacitor work

Has anyone measured the low frequency (like 1 kHz) primary inductance of a normal, OK 576 HV transformer? I looked at the data sheets (at tekwiki) on the part, and none appear to show any inductance

Albert, I re-read your post about the V609 voltage reference tube and it occurred to me that I could not test the 5651 tube with my tube tester so I just put it back in. However, I had another one my