The Hows of Time Travel and FTL

Various discussions, and my discovery that they have not yet, 
apparently, driven a stake completely through Heim Theory (someone 
sent me a message mentioning this, and it appears the guy who had 
thought he discovered a fatal weakness has, on further examination, 
retracted that statement), leads me to ask a question I've never 
actually asked before:

	It's an accepted fact under most current understanding that FTL 
drives = Time Travel. But what I'd like to know is exactly how that 
would work.

	Let's say that I have an FTL ****p and I want to go back in time to 
1960, before I was born. To assign some numbers, let's assume the 
drive I have can go to 100C -- by which I mean that if I start with an 
outside observer, my ****p, and a photon emitter all at rest with 
respect to each other, and I switch on my drive for one second (assume 
inertialess behavior, for these purposes), then from the observer's 
point of view one second later I'm 100 light-seconds away, while a 
photon emitted at the same time I switched on the drive (from the 
observers POV) is received at a detector only one light-second away.

	Given these conditions, how would I go back in time so as to be able 
to potentially involve myself in terrible paradoxes?

-- 
                      Sea Wasp
                        /^\
                        ;;;	
      Live Journal: http://seawasp.livejournal.com