1. LMV358LIPT Substitution Conclusion The LMV358LIPT can serve as a conditional substitute for the original part, provided that differences in output drive capability and slew rate are critically evaluated. This device shares the same core architecture as the original—dual-channel, rail-to-rail output, and a 2.7V–5.5V supply range—while offering improved offset voltage and lower quiescent current. However, its output current (70 mA) is only 44% of the original’s (160 mA), which will significantly degrade its ability to drive low-impedance loads such as speakers, motors, or long cables, potentially causing output voltage droop or distortion. Furthermore, its slew rate (0.7 V/µs) is 30% lower than the original’s (1 V/µs), limiting the amplifier’s ability to handle high-speed signals such as fast step transitions or higher-frequency square waves. This may result in slower signal edges and reduced large-signal bandwidth. In general-purpose low-frequency amplification circuits with light loads and relaxed speed requirements—such as temperature sensing or power supply monitoring—this substitution is acceptable. However, if the circuit must drive heavier loads or process moderately fast signals, revalidation is mandatory.