This weekend I worked through taking basic solar disk images using a PST CaK and Ha using the Meade Electronic Eyepiece (MEE) and a fixed tripod. The images are not high-end stuff, but provide a how-to guide for owners of a PST Ha or CaK how want to try their hand at doing simple, basic documentation style imaging of the solar disk. This setup cannot be used for imaging prominences. A how-to slide show is at: http://members.csolutions.net/fisherka/astronote/astrophoto/setups/PSTDiskSe... The MEE is a low resolution (320x240 or approx. 4.6 arcsecs per pixel) S-video capture device, now outdated. Meade ships the MEE with PST CaKs. The virtue of the MEE is that it has a chip that can be positioned low above the top of the PST eyepiece holder. One drawback of the PSTs is that their prime focal plane is only 3 or 4mm above the top of the PST eyepiece holder. This means that a typical astrocamera, that have 11-15mm between the camera body and the chip cannot reach down to the prime focal plane of a PST. Typically, positive projection is used to move the PST prime focal plane up to a CDD chip. The MEE avoids that complicating factor but has very low resolution. I'm doing a separate set of how-to notes on capturing prominences with the PST Ha. With a quiescent solar disk, this is a good time to practice the skill of basic disk imaging so you will be ready for solar max in two or three years. The quiescent disk is more difficult to image because there are no or fewer surface features to focus on. If you can focus on a quiescent disk, you'll have no problems solar imaging when the spots pick up next year. - Kurt