Specs side by side
2 parts compared · 0 differing specs across 5 total parameters.
| Parameter | ||
|---|---|---|
| Case | DIP-8 / TO-99 / SOIC-8 | DIP-8 / TO-99 / SOIC-8 |
| Component Category | General-Purpose Operational Amplifiers | General-Purpose Operational Amplifiers |
| Market Reality | The 741 is the op-amp: Fairchilds 1968 answer to the LM101, with the compensation capacitor moved inside where no one could get it wrong - which is precisely why it became the standard, taught in every classroom since and still produced by a dozen sources today. Almost everything a modern designer considers a limitation (a slew rate of 0.5V/us, 1MHz of gain-bandwidth, a 1968 noise floor) is the reason it survives where it is used: DC instrumentation, slow control loops, teaching rigs and the legions of legacy industrial boards whose documentation says 741 and will keep saying it. The suffix story is temperature and tolerance grades; the practical story is the NULL pins and the slew ceiling. | The 741 is the op-amp: Fairchilds 1968 answer to the LM101, with the compensation capacitor moved inside where no one could get it wrong - which is precisely why it became the standard, taught in every classroom since and still produced by a dozen sources today. Almost everything a modern designer considers a limitation (a slew rate of 0.5V/us, 1MHz of gain-bandwidth, a 1968 noise floor) is the reason it survives where it is used: DC instrumentation, slow control loops, teaching rigs and the legions of legacy industrial boards whose documentation says 741 and will keep saying it. The suffix story is temperature and tolerance grades; the practical story is the NULL pins and the slew ceiling. |
| Role In Circuit | Original Reference Part | Original Reference Part |
| Sourcing Status | Active Shenzhen Spot Sourcing (24–48h) | Active Shenzhen Spot Sourcing (24–48h) |