hello everyone,
by reason that smt ic is very common around world,I am going to make some adapter boards for myself.I wonder if anyone want them?If there are enough interest,I can make a group offer.
I am not interested in making 8 pins smt to pdip adapter,because it is easy to resolve by diyer.
here is my idea:
1,SSOP 28 pins to PDIP adapter,it is very generic(example,TI's dac chips,buffer ic).
2,QRP 48 pins expanding adapter(example,qs7785)
any comment are welcome🙂
Zang
by reason that smt ic is very common around world,I am going to make some adapter boards for myself.I wonder if anyone want them?If there are enough interest,I can make a group offer.
I am not interested in making 8 pins smt to pdip adapter,because it is easy to resolve by diyer.
here is my idea:
1,SSOP 28 pins to PDIP adapter,it is very generic(example,TI's dac chips,buffer ic).
2,QRP 48 pins expanding adapter(example,qs7785)
any comment are welcome🙂
Zang
Hi Digi01,
Was hoping for some 14pin adaptors
like the Brown Dog 050101. So I could
do a TL074 upgrade that seem to be
in lots of places such as my active
crossover. Maybe as you do work on the
project you might be able to offer a
board mix with 8pin 14pin 28pin Soic to
dip converters. Like a rescue kit for
buyers of surface mount components who
still have dip board. Just break off the ones
you need to do the job. Six of each on each board.
End user does the connecter pins.
Good luck with whatever you decide to do.
AnthonyPT
Was hoping for some 14pin adaptors
like the Brown Dog 050101. So I could
do a TL074 upgrade that seem to be
in lots of places such as my active
crossover. Maybe as you do work on the
project you might be able to offer a
board mix with 8pin 14pin 28pin Soic to
dip converters. Like a rescue kit for
buyers of surface mount components who
still have dip board. Just break off the ones
you need to do the job. Six of each on each board.
End user does the connecter pins.
Good luck with whatever you decide to do.
AnthonyPT
Try digikey , they sell some smd to dip/sip adapters.
SOIC to DIP for example , from Aries Electronics.
Better to search with their printed catalog.
Vitaly
SOIC to DIP for example , from Aries Electronics.
Better to search with their printed catalog.
Vitaly
to Vidalgo,
I have search digikey and the other resources,there are only photo boards but no adapter boards.Brown Dogs is a bit expensive for diy hobby.
to AnthonyPT,
thank you for your suggestion,I am planing the rescue kit now.and I have find a kind of golden plated pin at local,I will show you afternoon.
Zang
I have search digikey and the other resources,there are only photo boards but no adapter boards.Brown Dogs is a bit expensive for diy hobby.
to AnthonyPT,
thank you for your suggestion,I am planing the rescue kit now.and I have find a kind of golden plated pin at local,I will show you afternoon.
Zang
Hi Digi01
As you say; a lot of these commercial
adaptors are inclined to be expensive.
Cimmaron and Soundlabs group both have good info
and pictures of what is available.
www.soundlabsgroup.com.au/c/Brown_Dog/Brown+Dog.html
http://cimarrontechnology.com/index.asp
http://www.cimarrontechnology.com/pdf/bdfootprints.pdf
regards
AnthonyPT
As you say; a lot of these commercial
adaptors are inclined to be expensive.
Cimmaron and Soundlabs group both have good info
and pictures of what is available.
www.soundlabsgroup.com.au/c/Brown_Dog/Brown+Dog.html
http://cimarrontechnology.com/index.asp
http://www.cimarrontechnology.com/pdf/bdfootprints.pdf
regards
AnthonyPT
Hi Digi01
I have just been thinking about some
other options. Adaptors for those
using OPA627s who want to use them in
a dual or quad application. So either
all surface to dip or maybe in a duo
dip to dip configuration. With bypass caps
on board for the power? Sounds good that
you have found some gold pins.
regards
AnthonyPT
I have just been thinking about some
other options. Adaptors for those
using OPA627s who want to use them in
a dual or quad application. So either
all surface to dip or maybe in a duo
dip to dip configuration. With bypass caps
on board for the power? Sounds good that
you have found some gold pins.
regards
AnthonyPT
AnthonyPT said:I have just been thinking about some
other options. Adaptors for those
using OPA627s who want to use them in
a dual or quad application. So either
all surface to dip or maybe in a duo
dip to dip configuration. With bypass caps
on board for the power? Sounds good that
you have found some gold pins.
I have considered it.
the attached photo show my idea,the left is 2 single so8 to dual dip8 adapter,the right is 2 single dip to dual dip8 adapter.
rgds
Zang
Attachments
Zang, I'll adwise you to increase the traces a bit, 20-30 mils and add decoupling caps, 0805 types for the SO08->DIL08 adapter.
One idea to make the pcb smaller is to have opamps on both sidesdigi01 said:I have considered it.
the attached photo show my idea,the left is 2 single so8 to dual dip8 adapter,the right is 2 single dip to dual dip8 adapter.

Hi Digi01
I'm impressed; looks great!
On a nice fibreglass board; a
real winner. Very nice pins too!
Regards
AnthonyPT
I'm impressed; looks great!
On a nice fibreglass board; a
real winner. Very nice pins too!
Regards
AnthonyPT
Hi Digi01
Per Anders thoughts sound good and
the bypass option is a wise one I think.
I can see you like practicing the virtue of excellence
in your designs anyway !
regards
AnthonyPT
Per Anders thoughts sound good and
the bypass option is a wise one I think.
I can see you like practicing the virtue of excellence
in your designs anyway !
regards
AnthonyPT
peranders said:One idea to make the pcb smaller is to have opamps on both sides![]()
P-A,can you explain it?
2 SO08 -> DIL08
Place one opamp on the "component side" and the other one on the "solder side", then you will be able to decrease the pcb and make it not so wide which can be to a disadvantage. You may also choose a bit thinner pcb, like 1 mm. Remember also that you can decrease the pads for the connector in order to get more space for the opamps. Since you have plated holes you don't have to think of the pad size so much. Round 63 mils pads are OK but also down to 50 mils will work.
Place one opamp on the "component side" and the other one on the "solder side", then you will be able to decrease the pcb and make it not so wide which can be to a disadvantage. You may also choose a bit thinner pcb, like 1 mm. Remember also that you can decrease the pads for the connector in order to get more space for the opamps. Since you have plated holes you don't have to think of the pad size so much. Round 63 mils pads are OK but also down to 50 mils will work.
Zang, avoid routing traces between the IC pads. It's unnecessary tight. You have space to draw the traces around the pads.
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