Do your homework, Tarkus. Only one of those panels is a solar panel. The other is an antenna used to communicate with earth.
Yes, the Surveyors carried "TV cameras" but only in the sense that they used some of the same technology as the TV broadcasting cameras of the day, namely an image vidicon tube feeding a radio transmitter.
But that's where the similarity ends. Surveyor's vidicon could only take still pictures at a maximum rate of one frame every 3.6 seconds. (US TV broadcasting was 30 frames/sec.) It even had a shutter like one on a still camera with film.
Why? Two reasons. First, the limited power and radio link capacity could not support regular moving-picture television. Second, it was totally unnecessary. The moon is a dead world. Nothing moves, at least not very often. Still imagery gave the scientists on the ground everything they wanted.
The same vidicon technology, though somewhat improved, was flown on the Voyager 1 & 2 missions to Jupiter, Saturn and beyond. Once again, the radio links were severely limited in capacity (despite the very large dishes used to receive it) and there was no need for motion. The scientists were much more interested in high resolution still images. That was done by taking "mosaics", a series of lower resolution pictures that were stitched together on the ground into bigger, higher resolution images.
Subsequent interplanetary spacecraft, such as Galileo and Cassini, used solid state CCD imagers but they still take only still images for the same reasons stated above. Unless people or animals are in the shot, there's very little point to conventional TV from a spacecraft.
