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Click on the photos
for bigger picture. Click on - more text - for additional info. |
3 out of 4 secondaries in different states of completion. 62'825 bytes |
HV strength is improved by 2 acrylic disks glued to the inside of each coil 12'632 bytes |
View to one of the acrylic disks. 6'358 bytes |
Instead of a corona ring a "corona winding"! --- PVC flower pots are easily adjustable standoff insulators for the toroids. 13'559 bytes |
Supports for the primary are a wood and pertinax sandwich construction. 20'035 bytes |
8 slots enable the tapping of the primary. 16'233 bytes |
Finished primary. The secondary has a teflon-tape layer at the lower end. (probably inefficient!) 30'673 bytes |
Other view of finished primary. 45'627 bytes |
16 edged polygon Al-toroid, made by Iraklis Galanis, Basel. Robust and payable! 25'660 bytes |
Diameters: 70cm x 20cm(cord) Capacity ~ 30pF 36'094 bytes |
Another pair of toroids has been purchased. 25'434 bytes |
Another view of the 80cm toroid. 21'449 bytes |
The professional Aerovox caps are ~55nF /50kV each. 16'851 bytes |
This static spark- gap stems from the HV lab of former CERAM AG. See my gap-page! 37'993 bytes |
One of the finished 8" TC's, ready for system connection 16'810 bytes |
Comparing the 5" vs. the 8" secondaries 27'657 bytes |
First twin setup. Pic of 9.9.99 - more text - 21'898 bytes |
View from opposite side. - more text - 24'292 bytes |
...and from the position of the operator - more text - 35'193 bytes |
Twin and me - more text - 99_10_30_01.jpg 41'500 bytes |
For size comparison: I'm 162cm only. - more text - 99_10_30_02.jpg 45'813 bytes |
Twin tank circuit with 2 Aerovox serially connected for ~27nF/100kV Nov.6th, 1999 - more text - 46'594 bytes |
2 PT's (16kV) in parallel, as HV supply Xfrmers. 51'443 bytes |
Control unit for the twin and other TC's. See the extra page. 99_11_14_14a.jpg 37'096 bytes |