1. step 1


     -Read our tutorial articles to get a detailed picture of what hifi

     

     speaker design is all about.


     -Browse the list of loudspeaker manufacturer websites and use

     

     our database of downloadable loudspeaker datasheets to select

     

     your drivers.


     -Choose the right design software that suits you best to

     

     calculate your enclosure dimensions and buy everything

     

     you need from a retail shop.




  2. step 2 v2


      -Assemble your crossover-less speaker and let your lab equipment

     

     (or measurement software) acquire the necessary response

     

      measurements. Use your crossover design software to decide a

     

      crossover network that fits your acoustical targets.


     -Browse the list of component manufacturer websites and buy all the

     

      necessary components.


     -Use a suitable pcb and your soldering equipment to conclude

     

      your crossover network implementation.



     

     

  3. step 3

     

     


     -If you get addicted to hifi speaker design you can try to

     

      broaden your technical background by consulting our

     

     book review section and -why not- browsing the

     

     journals of the existing audio societies.


     -You can also get closer to audio enthusiasts' community

     

     through our list of worldwide audio websites,

     

     web-magazines and discussion fora.


     

     

NOTE: VIFA production line along with SCANSPEAK and PEARLESS were acquired by TYMPHANY in 2005. In early 2009 TYMPHANY was separated in two divisions: a Hong-Kong based company which kept the Tymphany name as well as the Vifa and Peerless brands and the Danish Scan-Speak division which remained with its operations in Videbaek, Denmark and continued to produce and market the Scan Speak brand.

Recently TYMPHANY discontinued the production of VIFA brand name. In the following table you will find datasheets from the relative section of 'discontinued' VIFA loudspeakers in TYMPHANY's website (September 17th, 2013).

 

TYMPHANY datasheet

model

features

Tweeters

tymphany site AC25SG05-04  
tymphany site AC25TG05-04  
tymphany site APL25SC15-04  
tymphany site D19AD05-06  
tymphany site D19SD05-08  
tymphany site D26TG05-06  
tymphany site D26TG35-06  
tymphany site DQ25SC05-04  
tymphany site DQ25SC16-04  
tymphany site DX19TD05-04  
tymphany site DX25SC05-04  
tymphany site OC20SC15-04  
tymphany site OC25SC05-04  
tymphany site OC25SC75-04  
tymphany site PL27TG35-06  
tymphany site TC26TF05-06  

Midrange

tymphany site MG10MD09-04  
tymphany site MG10SD09-04  
tymphany site PL11MG09-08  
tymphany site PL11MH09-08  
 

3'', 4.5''

Woofers

tymphany site BC11SG49-04  
tymphany site BC11SG49-08  
tymphany site BC11WG49-04  
tymphany site BC11WG49-08  
tymphany site PL11WG09-04  
tymphany site PL11WH09-04  
tymphany site SC11SG49-08  
tymphany site SC11WG49-08  
tymphany site TC08SD49-04  
tymphany site TC11SG49-04  
tymphany site TC11WG49-04  

5'', 5.5''

Woofers

 
tymphany site BC14SG49-04  
tymphany site BC14WG49-04  
tymphany site BC14WG49-08  
tymphany site MG14SK09-04  
tymphany site MG14WK09-04  
tymphany site SC14SG49-08  
tymphany site SC14WG49-08  
tymphany site TC14SG49-04  
tymphany site TC14WG49-04  

6.5''

Woofers

tymphany site BC18SG49-04  
tymphany site BC18SG49-08  
tymphany site BC18WG49-04  
tymphany site BC18WG49-08  
tymphany site M17WH09-08  
tymphany site MG18SK09-04  
tymphany site MG18WK09-04  
tymphany site PL18WO09-04  
tymphany site SC18SG49-08  
tymphany site SC18WG49-08  
tymphany site TC18SG49-04  
tymphany site TC18WG49-04  

8'' Woofers

tymphany site M21WJ49-08  
tymphany site MG22WO09-04  
tymphany site PL22WR09-04  

10'' Woofers

tymphany site M25WO49-08  
tymphany site PL26WR09-04  

Fullrange

 
tymphany site TG9FSD10-04  
tymphany site TG9FSD10-08  
tymphany site TG9SD10-04  
tymphany site TG9SD10-08  
tymphany site TG9WD10-04  
tymphany site TG9WD10-08