Ah, now it's getting clearer! I've been wondering why you've provided this 5 pin footprint at all, 'cause these parts are the most expensiest of all, at least here in Germany
.Another question: Did you do any layouts with a single diode bridge for both rails? As stated yet, I don't see any advantages in two bridges.
Best regards!
Ah, now it's getting clearer! I've been wondering why you've provided this 5 pin footprint at all, 'cause these parts are the most expensiest of all, at least here in Germany
Another question: Did you do any layouts with a single diode bridge for both rails? As stated yet, I don't see any advantages in two bridges.
Best regards!
All my previous power supply designs are single diode bridge - nothing wrong doing so. Just wanted to bring it to the max.
According to recommendations of e.g. Bob Cordell and Nelson Pass I decided to develop a dual diode bridge power supply just 4 fun.
Have Fun, Toni
34 pieces ...Tons of 22000uf/80v!
of this premium parts : EKMH800VQT223MB80T United Chemi-Con | Kondensatoren | DigiKey
The upcoming amplifier project needs many of this parts (mono block 3 channel 3 way analog crossover - optional 3 way digital crossover) ...
Fun!
BR, Toni
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SA2014/SA2015/SA2016 power supply ...
Attached the corrected version. Now the 5pin lytic layout should be OK. Have a look on it and please report any errors ...
Attached the corrected version. Now the 5pin lytic layout should be OK. Have a look on it and please report any errors ...
Attachments
-
sa2014_power_supply_2pin_diodes_big_pcb_top.jpg -
sa2014_power_supply_2pin_diodes_big_pcb_bottom.jpg -
sa2014_power_supply_3pin_diodes_big_pcb_top.jpg -
sa2014_power_supply_3pin_diodes_big_pcb_bottom.jpg -
sa2014_power_supply_3pin_diodes_small_pcb_bottom.png -
sa2014_power_supply_3pin_diodes_small_pcb_top.png -
sa2014_power_supply_2pin_diodes_small_pcb_bottom.png -
sa2014_power_supply_2pin_diodes_small_pcb_top.png
A very, very simple front panel switch PCB for diyAudio projects. Toni's Main Control Unit can be set up for a momentary action switch for power-on. This PCB has a little 6x6mm momentary, normally-open, tactile switch and LED for power on/indication. (It could easily be revised to add a standby LED also which Toni's MCU provides for.) The actuator is up to the user. Perhaps a 'button' from aluminium rod, brushed to match the front panel with a simple o-ring to hold it in place a la my builds.
Board is 20mm x 44mm and the LED is 10mm down from centre of switch. I'm going to do a panel run of these and so will have a lot of spares if anyone is interested.
Board is 20mm x 44mm and the LED is 10mm down from centre of switch. I'm going to do a panel run of these and so will have a lot of spares if anyone is interested.
Attachments
SA2014/SA2015/SA2016 power supply ...
... working samples!
First picture:
... working samples!
First picture:
- High voltage, high power version for SA2014 see pcb on left side (max. +/-80V)
- Lower voltage version for SA2015 and SA2016 see pcb right side (max +/-50V)
Attachments
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Thanks!
Yes, I can add. I am 'stuck' with my power-on indication LED 1cm below the centre of the power button to maintain consistency with previous builds. I could add the power standby LED 1cm above it. Symmetrical.
Ok I think this matches. Perhaps you can double check. (It is a bit confusing because the pin orientation of the symbol in Eagle is different from the package orientation.) This should also allow a 4-pin Molex or similar as with the MCU board and a 2-pin directly under it - connectors mounted with 'clip' to the left, pins to the right. I wanted to make sure it works okay with a right-angled 6-pin header (0.254 pitch) for those situations where space is at a premium.
