Original Part
Alternative Part
1. LM358PW Substitution Conclusion
In most general-purpose, non-precision low-voltage applications, the LM358PW can directly replace the LM2904AM8-13. Their core parameters—such as bandwidth, slew rate, and output current—are identical, and they are pin-compatible. The key differences are as follows: First, the input offset voltage (3 mV for the LM358PW versus 1 mV for the LM2904AM8-13) may introduce greater static error in replacement scenarios involving amplification or comparison circuits requiring high DC accuracy. Second, the maximum supply voltage (30 V for the LM358PW compared to 36 V for the LM2904AM8-13) makes the substitution unfeasible if the original circuit operates above 30 V. Third, the lower quiescent current of the LM358PW will slightly reduce system power consumption after replacement.
Substitution is viable for applications with a supply voltage ≤30 V and non-critical input offset voltage requirements. However, attention must be paid to potential PCB layout adjustments due to the slightly wider TSSOP package compared to the MSOP package of the LM2904AM8-13.
2. LM358PWRG4-JF Substitution Conclusion
The LM358PWRG4-JF is identical to the LM358PW in both electrical parameters and package. Consequently, its substitution conclusion is exactly the same as that for the LM358PW. It can serve as a drop-in equivalent for the LM358PW when replacing the LM2904AM8-13, and is equally suitable for applications with a supply voltage ≤30 V and low sensitivity to input offset voltage.
The suffix "RG4-JF" typically denotes Texas Instruments-specific identifiers for environmental (green) compliance, reel/tape packaging, or manufacturing flow codes. These markings do not affect the device's key electrical performance. Therefore, when evaluating technical substitution feasibility, the conclusion is identical to that for the LM358PW. The same considerations regarding input offset voltage, maximum supply voltage differences, and package footprint compatibility apply.
Analysis ID: 495F-4BC6000
Based on part parameters and for reference only. Not to be used for procurement or production.
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