Yes you can design a pump system to exactly match the irrigation system. You have to get it just right. That is the best way to do it if you never run a sprinkler on a garden hose or anything else.
The problem is getting it "just right". Even if you can make every sprinkler zone exactly the same, and design it to make each zone exactly the same as the size as the pump, things can still change. Your sprinkler nozzles will wear a little each year and let the sprinklers put out more water than they should. Your pump will wear a little each year which makes it produce less water. This will cause low pressure and your sprinkler pattern will get smaller and not reach the corners anymore.
If the water level in the well drops any over time, this will also cause low pressure. Many states require that the irrigation be sized to about 80% capacity of the pump to allow for these problems. However, that is one of the things that causes cycling. If you ever use a garden hose to run a sprinkler in a garden, fill a swimming pool, or the wife just lets it run to water flower beds, the pump will cycle multiple times per hour.
Even a shower in the house will cause the pump to cycle on and off 3 or 4 times per shower. Not only can these cycles add up over the years but, causes the pressure in the shower to go from maximum to minimum pressure several times during a shower.
The Cycle Stop Valve will allow you to run 80% of capacity without the pump cycling. It will allow you to match the sprinklers to the yard and not the pump. As many times you may need to run a large zone in the back yard, a smaller zone in the side yard, and maybe a really small zone by the driveway. This can be a water saving technique compared to needlessly overlapping zones to keep the pump from cycling. The CSV will give you constant pressure in the shower, which most people find enjoyable over the pressure fluctuations seen with a pump that is cycling on and off.
Because the CSV eliminates cycling and fills the tank at only 1 GPM, you can use a much smaller pressure tank. This saves money on the tank itself, saves square footage in construction, and reduces the area that must be heated. The CSV will usually even reduce the electric bill over a pump that cycles often. However, if a lot of very small zones are used for long periods of time, the CSV can increase the electric bill a couple of dollars a month. Some people get hung up on this, and don't realize that it is more than offset by the lower cost of the smaller tank, the smaller square footage and heating bill, and most importantly, by making the entire pump system last about 3 times longer than a system that cycles often.
If you get it just right, you can design a system without a CSV but, the CSV has many advantages. Mostly it allows you to be able to use water anyway you want. You no longer have to worry that someone left a hose running in the flower bed, or that the kids have been playing with the slip and slid for hours.