1. AS324AMTR-G1 Substitution Conclusion The AS324AMTR-G1 may serve as a partial substitute for the TL064ACD in general-purpose low-frequency amplification applications; however, direct substitution is not highly feasible due to significant differences in key performance parameters. Specifically, the TL064ACD employs J‑FET inputs, offering very low input bias current (30 pA) and a higher slew rate (3.5 V/µs), making it suitable for high‑impedance sensor interfaces and high‑speed signal processing. In contrast, the AS324AMTR‑G1 is a standard general‑purpose op‑amp with an input bias current as high as 20 nA (approximately 667 × that of the TL064ACD), which could introduce noticeable errors in high‑precision or high‑impedance applications. Moreover, its slew rate is unspecified (typically low), potentially leading to slower signal response. Additionally, the AS324AMTR‑G1 draws a supply current of 1 mA per channel (4 mA total), significantly higher than the TL064ACD’s 200 µA per channel (800 µA total), resulting in increased power consumption. On the other hand, the AS324AMTR‑G1 features a wider supply‑voltage range (3 V to 36 V), making it more suitable for low‑voltage or wide‑supply systems. If the original application does not rely on low input bias current and high‑speed performance, and can tolerate higher power dissipation, the AS324AMTR‑G1 could be substituted in simple amplification circuits; otherwise, it is not recommended.