As for CRCRC Bom, i actually uses Prasi's list, but the heatsink is only available from Element 14/Farnell ...
P/N : OHMITE FA-T220-64E
The heatsinks are also available in mouser made by aavid.
I post the Part number later here.
Regards
Prasi
Thanks Prasi. I did take a look at it and if someone were to populate and upload the BOM to Mouser, it could be easily shared. Let me take a stab at it and share with everyone.Hello ED,
I have posted a BOM in post 1 of the thread with mouser part nos. Please refer the same according to your suitability.
You can make a new column in that excel file and post your part nos actually used.
Regards
Prasi
As for CRCRC Bom, i actually uses Prasi's list, but the heatsink is only available from Element 14/Farnell ...
P/N : OHMITE FA-T220-64E
The heatsinks are also available in mouser made by aavid.
I post the Part number later here.
Regards
Prasi
I think it was this one:
Aavid 529802B02500G
529802B02500G Aavid | Mouser
Should fit perfect according by sizes on this post:
CRC Power Supply (Class A amplifier)
P.S.:
Prasi, did you considered ENIG over HASL or which would be beter?
I think it was this one:
Aavid 529802B02500G
529802B02500G Aavid | Mouser
Should fit perfect according by sizes on this post:
CRC Power Supply (Class A amplifier)
P.S.:
Prasi, did you considered ENIG over HASL or which would be beter?
yes, that is the part number for the aavid heatsink on mouser and should fit perfectly on the crcrc board. Thanks rainfallsky.
Yes, ENIG would have been better, but would have nearly doubled the cost.
so thats why I went for HASL.
regards
Prasi
Last edited:
Hello X , thanks.
Here are the schema and BoM for both versions of the ideal bridge rectifiers.
ver1. without AC snubbers (smaller PCB- 21.5mmx30mm)
ver2. with AC snubbers (bigger PCB- 25mm X 30mm)
I was unable to include these in all the packages as I ran out of rectifier PCBs.
The BoM attached is for the rectifier with snubber components.
I had in mind , the SQJB00EP mosfet , which is will generate about 10mW/ amp more than the mosfet you suggested above. Still should work well in the design.
Regarding the LT4320 package, I have incorporated options for both DFN as well as DIP08 package. Only those who are good with smd soldering may attempt soldering DFN package.
here is an example by EEVblog guy
YouTube
regards
Prasi
Hi, Prasi
Just wondering whether you plan to make the ideal bridge rectifier PCB available soon. Thanks!
Regards,
Hi Lo_Tse,
there is a new dedicated thread with slightly modified design.
LT4320 BASED ACTIVE RECTIFIER
Based on the interest level I plan to make the design and then manufacture PCBs.
I think folks are yet to test the tester PCBs offered here with this GB. We will have more clarity, once the verdict is out
regards
Prasi
there is a new dedicated thread with slightly modified design.
LT4320 BASED ACTIVE RECTIFIER
Based on the interest level I plan to make the design and then manufacture PCBs.
I think folks are yet to test the tester PCBs offered here with this GB. We will have more clarity, once the verdict is out
regards
Prasi
Hi Lo_Tse,
there is a new dedicated thread with slightly modified design.
LT4320 BASED ACTIVE RECTIFIER
Based on the interest level I plan to make the design and then manufacture PCBs.
I think folks are yet to test the tester PCBs offered here with this GB. We will have more clarity, once the verdict is out
regards
Prasi
Prasi,
Thanks! I did not realized that there is a thread on the topic. I will keep an eye on the other thread.
Regards,
Received my boards via France last weekend!
I am very very relieved, thanks to my good old friend Project16.
I am indebted to you P16!
- Home
- Group Buys
- GB: CRCRC PSU