The feasibility of substituting AD8672TRZ-EP with OPA343NA/250 is relatively low, primarily due to significant differences in key technical parameters, which prevent direct compatibility. In terms of supply voltage, the AD8672 supports a high-voltage range of 10 V to 36 V, making it suitable for industrial or high-voltage systems, whereas the OPA343 only supports a low-voltage range of 2.5 V to 5.5 V. In high-voltage environments, the OPA343 may fail or become damaged. Regarding channel count, the AD8672 is a dual op-amp (2 circuits), while the OPA343 is a single op-amp (1 circuit). If two independent op-amp functions are required, two OPA343 devices must be used, increasing design complexity and PCB space. In terms of precision, the AD8672 features an input offset voltage of 20 µV, offering high accuracy suitable for precision amplification applications. In contrast, the OPA343 has an input offset voltage of 2 mV, which is relatively high and may introduce significant errors, affecting signal-processing accuracy. Additionally, other differences such as package type (AD8672: 8-SOIC, OPA343: SOT-23-5) and bandwidth (AD8672: 10 MHz, OPA343: 5.5 MHz) may further limit the suitability of the substitution. Therefore, the OPA343 could only be considered as an alternative in low-voltage, single-channel applications where precision is not critical, provided a thorough re-evaluation of the overall design is conducted.