Part Number: ISO1212
I saw ISO1212 application note have below figure
May I know Why the traditional solution have 84.1°C ? What's component cause this temperature ??
The competing solution is ISO1I811T ?
The traditional solution uses a basic current limit, which can draw close to 12mA current for 32V input. For eight channels this results in a power loss of 3W. This excessive power dissipation causes the board temperature to rise.
Can you please contact me at email@example.com? I can provide more details of our test setup, and the competition device used.
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