Hello.
I chose to do MTM for my room
To 2x Satori MW16P-8 .8 ohm
1x Satori TW29RN-B 4ohm.
I started looking at virtuix sim. I don't have the measurements of the drivers and I downloaded their Spl and impedance curves from the manufacturer's graphs.
I know this is not accurate, but it is more for reference and familiarization with the program.
I know this is not accurate, but it is more for reference and familiarization with the program.
My microphone is broken and for now it's just a practice session.
The crossover cutoff is around 1.7khz as Torrels did in his project.
What do you think of the crossover's graphics and values?
Thorels has connected the tweeter with straight polarity. In the simulation connected in this way, a large drop in the cutoff frequency occurs. If their polarity is inverted, the graph straightens out.
How should these XYZ driver offsets be entered for each driver? Is there anything else I need to enter into the software and set up?
The easiest thing is to buy the crossover ready, but I want to learn the program and how to work with it. How do I enter the position of the drivers relative to each other in the box so that they affect the result? After all, the tweeter will be between the midbass and will be shifted from the center.
I would be grateful for your help and advice.
I chose to do MTM for my room
To 2x Satori MW16P-8 .8 ohm
1x Satori TW29RN-B 4ohm.
I started looking at virtuix sim. I don't have the measurements of the drivers and I downloaded their Spl and impedance curves from the manufacturer's graphs.
I know this is not accurate, but it is more for reference and familiarization with the program.
I know this is not accurate, but it is more for reference and familiarization with the program.
My microphone is broken and for now it's just a practice session.
The crossover cutoff is around 1.7khz as Torrels did in his project.
What do you think of the crossover's graphics and values?
Thorels has connected the tweeter with straight polarity. In the simulation connected in this way, a large drop in the cutoff frequency occurs. If their polarity is inverted, the graph straightens out.
How should these XYZ driver offsets be entered for each driver? Is there anything else I need to enter into the software and set up?
The easiest thing is to buy the crossover ready, but I want to learn the program and how to work with it. How do I enter the position of the drivers relative to each other in the box so that they affect the result? After all, the tweeter will be between the midbass and will be shifted from the center.
I would be grateful for your help and advice.
I have settled on this design and will be making it. I currently do not have a working measurement microphone and there is no way to measure the drivers in the actual box.
These XYZ positions of each driver are entered relative to the listening point, measured with the microphone, right?
These XYZ positions of each driver are entered relative to the listening point, measured with the microphone, right?
Well, the software has a function to trace the SPL and Z curve from a photo of the factory graphics..
Then you have not adapted the files to the baffles/box you intend to use and things will change.
Да, това е пример, за запознаване със софтуера. Как се адаптира панелът с кутията към графиката? Какво трябва да се въведе за кутията в програмата?
these are really really good drivers. i use two MW-16p and a TW29DN-B 8 ohm in a 2.5 way I designed, with MTM layout. 
I HIGHLY suggest you learn how to model box and baffle step in Vituix. you will find your crossover design lacks bass due to baffle step, and you really should correct for it to take advantage of the solid bass these satori drivers can deliver.
i never did figure how to do that in Vituix, but I am using Boxsim and modeling box and baffle step in that is pretty easy. i started with the stock driver curves as well.
I HIGHLY suggest you learn how to model box and baffle step in Vituix. you will find your crossover design lacks bass due to baffle step, and you really should correct for it to take advantage of the solid bass these satori drivers can deliver.
i never did figure how to do that in Vituix, but I am using Boxsim and modeling box and baffle step in that is pretty easy. i started with the stock driver curves as well.
Jayme.. Thanks.
Yours are visibly larger than the Torels project. I played with Bass Box Pro to simulate the box.. at its volume the bass reflex is set to about 44 hz. If the volume is increased, it can be lowered even more.. without peaks and humps. I'll take a look at Boxsim too. This virtuix cad is a bit confusing for me.. ..
Yours are visibly larger than the Torels project. I played with Bass Box Pro to simulate the box.. at its volume the bass reflex is set to about 44 hz. If the volume is increased, it can be lowered even more.. without peaks and humps. I'll take a look at Boxsim too. This virtuix cad is a bit confusing for me.. ..