2. LMV358QDGKR Substitution Conclusion The LMV358QDGKR has very low feasibility as a substitute and is generally not recommended for direct replacement. Its key technical differences have a fundamental impact: First, its input bias current is as high as 15 nA, four orders of magnitude (10,000x) greater than the original part's 1 pA. In applications involving high-impedance signal sources, integrators, or precision sensor interfaces, this will generate significant error currents, severely degrading circuit accuracy. Second, its quiescent current is 210 µA, over seven times higher than the original part's 29 µA. This is an unacceptable disadvantage for battery-powered devices emphasizing micropower consumption. Third, its input offset voltage is slightly higher (1.7 mV vs. 1 mV). Although its gain-bandwidth product and slew rate are superior to the original part and its package is compatible, the aforementioned input current and power consumption differences dictate that substitution is only potentially viable in general signal conditioning circuits where input error and power consumption are extremely non-critical. It is essentially not feasible in the TSV622AIST's typical application scenarios, such as portable devices and sensor front-ends.