In theory the tide 'could' affect the sea breeze in a number of ways, but it certainly doesn't cause a sea breeze as this is purely an effect of the temperature gradient between the land and sea. Air rises over the hotter land (on a hot summers day) so cooler air from over the sea is sucked in to take its place creating a sea-breeze.
Large tides can affect this breeze through friction. If a large body of water is moving in an opposing direction to the flow of the wind friction will be generated between the two, slowing the wind down to a certain extent. It is unlikely that anyone on the beach would really notice this though. Also tides can move large quantities of cold or warm water around which will change the temperature over the surface of the sea which in turns affects the temperature gradient between the land and sea and therefore affects the strength of the sea-breeze.
Tides can have an effect but they certainly aren't 'brought by an incoming tide' as metal_snapper originally stated.
More interesting to me are katabatic winds, and we have a perfect example of one here in Ynyslas, Wales.. He even has a name, Ivor, and has been blowing for the last couple of weeks so I have been on the water loads lately! He hit 50 knots yesterday and today looks like another good day on the beach with plenty of kiters about.
Al.