Hi , eveybody!
I really need your help about the replacement of TA3137p!
Beacuse the IC will phase out, i have to find a kind of IC can
replace it.
Who will give me a message!
I really need your help about the replacement of TA3137p!
Beacuse the IC will phase out, i have to find a kind of IC can
replace it.
Who will give me a message!
TA7317P
This IC is a protect circuit for OCL power amplifier and speaker.
I use it in class AB amplifier. This is a subwoofer model.
The replacement IC must exist some abilities with over current detecting circuit, short circuit protect,DC voltage detecting circuit, muting circuit,relay driver circuit, operation by dual power supply.
Thanks all attention!
This IC is a protect circuit for OCL power amplifier and speaker.
I use it in class AB amplifier. This is a subwoofer model.
The replacement IC must exist some abilities with over current detecting circuit, short circuit protect,DC voltage detecting circuit, muting circuit,relay driver circuit, operation by dual power supply.
Thanks all attention!
Hi GPE,
Why do you think it's damaged? These are one of the most unnecessarily replaced IC's on the planet! They are also very robust.
-Chris
Why do you think it's damaged? These are one of the most unnecessarily replaced IC's on the planet! They are also very robust.
-Chris
TA3137P
Mybe , you misunderstand my means.
Beacause Toshiba have stopped to produce TA3137P.
In the future, this IC will be not acquired, so i have to find a
replacement, or re-development.
Re-development should be last way. I do not want to do it.
Mybe , you misunderstand my means.
Beacause Toshiba have stopped to produce TA3137P.
In the future, this IC will be not acquired, so i have to find a
replacement, or re-development.
Re-development should be last way. I do not want to do it.
GPE,
Do you have a reading problem? 😀
What you want is TA7317P
Relax I'm sure someone has a few pieces to spare, just wait a little while.
No need to redesign the circuit.Anyway how you know that 7317 is bad?Are you sure you cannot find this in Shenzhen?
Do you have a reading problem? 😀
What you want is TA7317P

Relax I'm sure someone has a few pieces to spare, just wait a little while.
No need to redesign the circuit.Anyway how you know that 7317 is bad?Are you sure you cannot find this in Shenzhen?
Hi GPE,
These days I do not see this in amplifiers. Most manufacturers started doing this discretely.
-Chris
These days I do not see this in amplifiers. Most manufacturers started doing this discretely.
-Chris
Not sure about pin for pin replacement, but these are for exactly the same purpose:
1. µPC1237H
2. HA12002
Datasheet(s) at DatasheetsForFree or somewhere else.
Hope this helps.
Regards,
Nick
1. µPC1237H
2. HA12002
Datasheet(s) at DatasheetsForFree or somewhere else.
Hope this helps.
Regards,
Nick
Thanks for your all help!
HA12002 can replace TA3137P indeed! It is suitable for our products!
Thanks!
😀
I wish to make friends with persons love audio and electron all of the world.
HA12002 can replace TA3137P indeed! It is suitable for our products!
Thanks!
😀
I wish to make friends with persons love audio and electron all of the world.
Re: Thanks for your all help!
You just did.GPE said:I wish to make friends with persons love audio and electron all of the world.
HA12002,UPC1237HA have fade-out!
I have checked the replacement
( HA12002,UPC1237HA) .
Both of the IC have fade-out ,
Vendor will discontinue these IC.
If you have any other good suggestion replace
the IC-TA3137P.
Pls tell me!
Thanks!
I have checked the replacement
( HA12002,UPC1237HA) .
Both of the IC have fade-out ,
Vendor will discontinue these IC.
If you have any other good suggestion replace
the IC-TA3137P.
Pls tell me!
Thanks!
I'm still unsure of your intentions. Yes, those old chips are being or have been phased out, but they are still available and probably will continue to be available for some time.
I'm unaware of any modern replacement though. If that is such a huge concern, why not design with discrete circuitry?
I'm unaware of any modern replacement though. If that is such a huge concern, why not design with discrete circuitry?
I could be wrong, but it sounds like the existing design is suited to the original chip and they want a source of the chip for continued production use. They don't want to redesign the boards and make the adjustment to a different circuit. I don't think he wants to replace the chip in a particular amp, It sounds like there will be an ongoing need for them. So a pin for pin drop in is the idea.
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