It's totally pointless stating the efficiency to 3 significant figures (58.3%). Whilst if you use a DVM you can read DC voltages and currents to well under 1%, you wont be able to measure the RF powe
They are in the UK. Untesed, but I will guarantee them, as they came from Norman Hockler, who I know was a relieable source of these. Dave _______________________________________________ Amps mailing
This one sold for $350 http://www.ebay.co.uk/itm/Eimac-YC-156-A-/160977186686 but it is only a sample of one. They seem to be getting quite rare now, so its hard to find much data on the selling pric
You could do a reasonable job of seeing how they handle the current using a low voltage DC supply, since they are only going to get hot when conducting, and you can force them to conduct without havi
I suspect part of the problem is that they are often not assembled properly. Often the male or female are too far forward or too far back, which gives a less than optimal electrical contacts, and I s
My concern would be what is the ripple current rating. It looks to me these are designed for pulse applications, where the repetition rate is probably very slow. The 2000A discharge current is no dou
improving the conductivity of surfaces like cavities and inductors for RF current, as Peter pointed out. That requires at least 3 to 5 times the skin depth What controls the thickness of the cool amp