Constant Current Distribution Antenna
Free Space
10.125 MHz
1 wire, feet
40   0 -49.2 0   0 49.2 0   #12
1 source
20,1000,0
38 loads
capacitors
1 0 -71.28
2 0 -71.28
3 0 -71.28
4 0 -71.28
5 0 -71.28
6 0 -71.28
7 0 -71.28
8 0 -71.28
9 0 -71.28
10 0 -71.28
11 0 -71.28
12 0 -71.28
13 0 -71.28
14 0 -71.28
15 0 -71.28
16 0 -71.28
17 0 -71.28
18 0 -71.28
19 0 -71.28
21 0 -71.28
22 0 -71.28
23 0 -71.28
24 0 -71.28
25 0 -71.28
26 0 -71.28
27 0 -71.28
28 0 -71.28
29 0 -71.28
30 0 -71.28
31 0 -71.28
32 0 -71.28
33 0 -71.28
34 0 -71.28
35 0 -71.28
36 0 -71.28
37 0 -71.28
38 0 -71.28
39 0 -71.28

These CCD antennas appear to offer little beyond novelty value.  This antenna,
which is claimed to offer 5-7 dBd gain, exhibits less gain than the same length
of wire without the capacitors.  The easiest way to obtain more gain from a one
wavelength wire is to extend it to 1.28 wavelengths, forming an extended double
Zepp with about 2.8 dBd gain.