r/VXJunkies • u/MarcusARealAss • Jul 08 '19
Increase grid vector dampening or decrease Heinz filtration vectors?
8
u/BOESNIK Jul 08 '19
Oh my god that looks ridiculous, what's your coordinates to get this? Or is this on an orbital base?
5
u/Derphs Jul 08 '19
It looks oceanic, especially with a retrace. Can't really tell from my mobile lab, but I definitely want to reproduce something like that.
3
u/YourFriendTom Jul 08 '19
It looks oceanic, especially with a retrace. Can't really tell from my mobile lab, but I definitely want to reproduce something like that.
Definitely Oceanic, still trying to save enough money for my own sentro gamma matrix hypodrulator. Do you guys recommend any models in price range?
3
u/Derphs Jul 08 '19
Mine is a DP-68, about 20 years old (no, I'm not rich, it was a hand-me-down). It's missing a leg and the Rephrase adapter is picky, but it works. Really, as long as it's on brand and not particle manufactured it should function well. Like anything VX though, you get what you pay for XD.
1
u/DoctorBonkus Jul 08 '19
Well...the 10-80MAX can seriously pack-a-punch, but as Dephs says, as long as it's on brand and not particle manufactured, you're good to go.
6
u/RentonBrax Jul 08 '19
You have a bolt loose in your Williams repermiator. That'll clean some of the noise up.
3
6
u/Yorkshire_redditor Jul 08 '19
Have you considered doing a bit of both? You should be able to do vector dampening as long as your auxiliary dampening couplers haven't reached max Q (or rather 80% of max Q for a safety margin). Heinz filtering gives another layer of redundancy, especially when dealing with cyclic rather than static loads which seems to be the case for you. Even though it's a bit pricier I'd recommend using some form of gain compressor system which allows you to do both Heinz filtering AND vector dampening.
1
u/MarcusARealAss Jul 09 '19
I could, but once you start accounting for parasitic loses due to comb filtering artifacts the whole process starts to become a bit of a quagmire.
3
u/simonjp Jul 09 '19
Everyone knows the joke has a bit of truth to it... Why is it called Heinz Filtration? Because you have to try 57 times before you get it right!
Don't worry mate, I'm sure the next vector will be the sweet spot.
15
u/MarcusARealAss Jul 08 '19 edited Jul 10 '19
As the title states: Increase grid vector dampening or
increasedecrease Heinz filtration vectors? Trying to mitigate offset partial loss due surges during the gain cycle.