Najbolji članovi

Gipsari, Keramičari i Klimadžije su prava Elita!

Mozda, ali je bas to surova realnost mnogih koji su otisli, neki na drugo mesto, a neki na drugi svet...

To je izvesnost života. Svaki dan neko negde odlazi. I mi ćemo kada nas pozove. C' est la vie. Ne klonjavajte duhom

Naravno da se drogira, najverovatnije Elsold tamjanom

Na jednom bloku sastavio sam HV-PSU i to je kao i uvek proradilo bez greske ,cak i bez lampi nema absolutno nikakvih znakova stresa pri ukljucenju ! , izmereni naponi bez optercenja su 630/315Vdc .

Je, samo što elektro inžinjer će sa 10 dana obuke da zameni električara, a suprotno teško da će da može

Malo ti se čini! Nije puno ofulao! Samo što bi kuča zarasla u šiblje visine 2 metra i nebi mogao priči kuči. Ne zaboravi Aleks korov stigne .... Balašević!

U prozorcicu Edit za vrednosti kondenzatora treba postaviti i odgovarajuci series resistance za primenjeni kondenzator. Evo ga i proracun impedanse trafoa iz PSUD2 help-a : Edit Transformer Properties Enter the voltage for the secondary of the transformer. Note that this must be the off-load voltage, which is generally higher than the rated voltage of the transformer. For full wave rectifiers, use the voltage for one side only. For example, if the transformer off load voltage is 350-0-350V (700V end to end), the correct value to enter is 350. Enter the source impedance of the transformer. If you don't know this, you can click on the [...] buttons to invoke the off load voltage calculator, or source impedance calculator respectively. Source Impedance Calculator The source impedance of the transformer is required in order to simulate the transformer "sagging" under load. Supply voltage: (VP) The voltage primary supply into the transformer, normally 110/115/220/230/240 volts. Winding resistance: (RP) The measured resistance of the primary winding. Off-load voltage: (VS) The measured voltage on the secondary of the transformer before any load is applied. Winding resistance: (RS) The measured resistance of the secondary winding. Resistance for simulation: R.equiv = ((VS/VP) x RP) + RS

Da, danas je 01. april i za sve one koji veruju u deda mraza i Rudolfa . . . super. Elem, bio moj br't u Sarlotu, US, doneo par relikvija od GD. Na tome, do Neba mu hvala.