ne mora da znaci da ce da se pokvari, ali kazem da je rizik od kvarova mnogo veci, ne samo zbog zemlje odakle dolazi, nego uglavnom zbog (niske) cene i zbog konstrukcije koja je uzrokovana tom nizom cenom. Ne kazem da je totalni krsh, ali nemoj da mislis da uzimas vrhunsko pojacalo koje je bolje konstruisano od drugih u tom cenovnom rangu. Ako pogledas, par trafoa za 100w marshalla kosta oko 250e. Da bi oni zaradili nesto na pojacalu koje kod nas kosta 700e moraju celo pojacalo da naprave za otprilike te pare, da bi cena od 700e imala smisla kad uzmes u obzir profit proizvodjaca, troskove transporta, marzu prodavca, pdv i carinu. Za te pare mora debelo da se stedi na svemu. Ne postoji tajni recept koji cuva marshall guru. It's about profit. To je bila moja poenta, ne zelim da ti ubijam volju ili baksuziram
Sve su sanse da ce lepo da te sluzi, ali nemoj da se iznenadis ako popusti lem ili nesto tako trivijalno. Kvalitet izrade je na nivou marshall MG, samo je kolo bolje posto je lampas, to je to.
Nadam se da kapiras razliku izmedju ovog marshalla
i ovakvih marshalla (jos je ovaj engleski marshall, ocekuj da je vijetnamski primetno gori)
i jedno i drugo se zove marshall, ali tu prestaju slicnosti.
Nemoj da mislis da sam ja to izmislio. Evo sta kaze RG (inzenjer u Visual Sound)
How to do PCB construction wrong
This is easy. Just use the technology in ways that ignore the mix of strong points and failings that every technology has. Some examples of WRONG techniques:
Using a PCB designer that is not experienced with analog circuits, or worse yet, an automated layout program that is intended primarily for laying out digital circuits. This gets you the tiniest possible PCB - with all the worst aspects of the technology for analog circuits.
Using too-thin PCB materials, possibly combined with using too few mechanical supports. This lets your PCB flex and either crack the thin traces or break solder joints to heavy parts.
Mounting input/output jacks and other connectors on the PCB - this lets the regular mechanical stress of insertion/removal flex the PCB
Mounting preamp tube sockets on the PCB with no reinforcement so tube insertion/removal stresses and can crack board lands and solder joints.
Mounting controls on the PCB, or worse yet, mounting the PCB to the chassis through controls soldered to the PCB - there is always some mis-fit between the PCB and the chassis. Using controls to mount the PCB to the chassis builds in a mechanical stress. Using both controls and other mechanical mountings lets both the mountings stress the PCB.
Mounting power tubes to PCB's - ACK!! They're big, they're heavy, they get removed and reinserted, they're hot; about the only thing worse would be ...
Mounting transformers to PCB's without special reinforcement.
Od 7 tacaka koje navodi kao problematicne ovaj drugi marshall krsi najmanje 4, vrlo verovatno i petu (tanak materijal). Jbg, sad je potrosacka era i svi uredjaji se prave da ne traju mnogo...a oni koji nisu takvi kostaju mnogo.
Stra'ota ... 
