2. LM7322MME/NOPB Substitution Conclusion The LM7322MME/NOPB offers further improvements in speed (slew rate 18 V/µs, gain-bandwidth product 20 MHz) and drive capability (output current 100 mA), making it suitable for even higher-speed or higher-load scenarios. However, while its input offset voltage (700 µV) is better than that of the LM7332, it remains much higher than the original part’s specification. Its input bias current (1.1 µA) is relatively high, and its supply current (2.5 mA/channel) is greater, which compromises precision and increases power consumption in precision low-power applications. Substitution feasibility depends on application priorities: if high-speed response and strong drive are critical and moderate precision with higher power dissipation is acceptable, substitution may be viable. For designs where high precision or low power consumption is essential, substitution is less suitable. Pin and supply compatibility should also be noted (both in 8-MSOP-type packages, voltage ranges 2.5–32 V vs. 3–30 V).