Top bridge is backwards, GoatGuy?
@jderimig six of one... At the lower biasing voltages it shouldn't care. Run that supply at full blast and load half and the unloaded sides cap will swell and probably fail though. Ask me how I know 🙂
@jderimig six of one... At the lower biasing voltages it shouldn't care. Run that supply at full blast and load half and the unloaded sides cap will swell and probably fail though. Ask me how I know 🙂
I could use my dc-to-ac board and rectify that for b-. That one is isolated. So I will be looking at 3 boards, dc-dc se for B+, dc-ac-rectifier-cap for B-, and buck board for heater. I can live with that.
I suppose “by convention”, the bridge's right-most “tip” would be the positive side. If you remember the mnemonic (points to positive) in power supply applications, and follow the pointed-to (left-most) common, you'll see it hoists out-and-to-the-top, which is the conventional placement for + in most power supply circuits. At least ones that drive valves.
I purposely didn't place any values as yet. Looking for topological feedback from the electronic peanut gallery.
⋅-=≡ GoatGuy ✓ ≡=-⋅