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For a school project, we are using five LN324-N operational AmplifiersOP-amps packed in a DIP.    Specs can be found here. We are using LN324-Ns packed in a DIP.

We need to solder these OP amps to a PCB board. However, section 6.1 of the specsheet has the followingsays:

Lead Temperature (Soldering, 10 seconds) - min N/A, max 260℃

Soldering Information - Dual-In-Line Package - Soldering(10 seconds) - max 260℃

And this is all that's there: I wasn't able to find any other material related to this topic.

I take it that we can't solder at >260℃ without an IC socket. However, I noticed that people rarely solder at <300℃(I wasn't able to find out why - the only pages that show up when I google "low temp solder disadvantages" or similar are related to other commercial products).

So the question is:

  1. Am I right about how we can't solder at >260℃? Or is there somethingam I missedmissing something?
  2. So do we need a socket? Or can we just solder at 250℃ without a socket? Will there be significant consequences of soldering at such a low temperature?

For a school project, we are using five LN324-N operational Amplifiers.  Specs can be found here. We are using LN324-Ns packed in a DIP.

We need to solder these OP amps to a PCB board. However, section 6.1 of the specsheet has the following:

Lead Temperature (Soldering, 10 seconds) - min N/A, max 260℃

Soldering Information - Dual-In-Line Package - Soldering(10 seconds) - max 260℃

And this is all that's there: I wasn't able to find any other material related to this topic.

I take it that we can't solder at >260℃ without an IC socket. However, I noticed that people rarely solder at <300℃(I wasn't able to find out why - the only pages that show up when I google "low temp solder disadvantages" or similar are related to other commercial products).

So the question is:

  1. Am I right about how we can't solder at >260℃? Or is there something I missed?
  2. So do we need a socket? Or can we just solder at 250℃ without a socket? Will there be significant consequences of soldering at such a low temperature?

For a school project, we are using LN324-N OP-amps packed in a DIP.  Specs can be found here.

We need to solder these to a PCB board. However, section 6.1 of the specsheet says:

Lead Temperature (Soldering, 10 seconds) - min N/A, max 260℃

Soldering Information - Dual-In-Line Package - Soldering(10 seconds) - max 260℃

I take it that we can't solder at >260℃ without an IC socket. However, I noticed that people rarely solder at <300℃(I wasn't able to find out why - the only pages that show up when I google "low temp solder disadvantages" or similar are related to other commercial products).

So the question is:

  1. Am I right about how we can't solder at >260℃? Or am I missing something?
  2. So do we need a socket? Or can we just solder at 250℃ without a socket? Will there be significant consequences of soldering at such a low temperature?
1
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IC forces <260℃ solder temperature; socket needed?

For a school project, we are using five LN324-N operational Amplifiers. Specs can be found here. We are using LN324-Ns packed in a DIP.

We need to solder these OP amps to a PCB board. However, section 6.1 of the specsheet has the following:

Lead Temperature (Soldering, 10 seconds) - min N/A, max 260℃

Soldering Information - Dual-In-Line Package - Soldering(10 seconds) - max 260℃

And this is all that's there: I wasn't able to find any other material related to this topic.

I take it that we can't solder at >260℃ without an IC socket. However, I noticed that people rarely solder at <300℃(I wasn't able to find out why - the only pages that show up when I google "low temp solder disadvantages" or similar are related to other commercial products).

So the question is:

  1. Am I right about how we can't solder at >260℃? Or is there something I missed?
  2. So do we need a socket? Or can we just solder at 250℃ without a socket? Will there be significant consequences of soldering at such a low temperature?