I rectified about 14V AC to about 12V DC but 6 V AC simultaneously with 12V DC at the end! It was verified by two different tests, 2W10 is apparently just an unit jammed with 4 diodes. Rs means large resistors.
Test 1: 2W10 rectifier, Rs ---> OUT: 12.7 V DC and 6.0 V AC
Test 2: 4 pieces of "IN4004 pec616", Rs --> OUT: 12.0 V DC and 6.0 V AC
Questions
I'm going to go out on a limb and take a guess that your other question about reading AC and DC relates to this question ..
If you're feeding regular AC through a full-wave rectifier (the four diodes you mention), the resulting waveform may well give you funny readings on ordinary DVMs. The waveform will resemble the absolute value of a sine wave, and still has enough AC character that a $50 DVM will likely show you a significant reading, albeit an incorrect one.
Using a DVM to try to figure out a circuit like this gets you into the murky territory of the 'true RMS' problem. DVMs are all over the map with regard to how well they perform at giving correct RMS readings. And even if you have a meter that's dead on, this number may not tell you what you really want to know. In situations like this, an oscilloscope is the preferred instrument, and you can get PC/USB based ones for under $100 that will perform admirably at AC line frequencies.
You miss a cap: it charge and discharges so not allowing ACV, use eg "CK868 X 394K 50V A8722".
Use the Cap in (1). Then, you will get something like 18 DCV and 0 ACV. The 6 ACV and 12 DCV got to 18 DCV.
Probably.
