Original Part
Optoisolator Transistor with Base Output 5000Vrms 1 Channel 8-SMD
Alternative Part
Optoisolator Transistor with Base Output 5000Vrms 1 Channel 8-SMD
Optoisolator Transistor with Base Output 5000Vrms 1 Channel 8-SMD
1. 6N136S1(TB)-V Substitution Conclusion
The 6N136S1(TB)-V can serve as a direct replacement for the original part 6N136VSMT&R, as all key electrical parameters are identical. This includes channel count (single channel), isolation voltage (5000 Vrms), current transfer ratio (19%–50% @ 16 mA), I/O configuration (DC input, transistor output with base), maximum output voltage (20 V), output current (8 mA), forward voltage (1.45 V typical), and maximum forward current (25 mA). The package is also the same (8-SMD, gull wing).
The primary difference is that the 6N136S1(TB)-V specifies typical switching times (350 ns turn-on / 300 ns turn-off), whereas the original part does not define these values. In high-speed switching applications, the 6N136S1(TB)-V offers predictable dynamic performance. However, if the original design relies on unspecified switching times and is timing-sensitive, these values must be verified against system requirements.
Overall, parameter compatibility is high and substitution is feasible. It is recommended to validate the replacement in the actual circuit to ensure switching characteristics do not impact functionality.
2. 6N136S(TA) Substitution Conclusion
The 6N136S(TA) is a suitable replacement for the original 6N136VSMT&R, as all core parameters align. Matching specifications include channel count, isolation voltage, current transfer ratio, voltage and current ratings, and package type (8-SMD, gull wing), ensuring both electrical and mechanical compatibility.
The technical distinction lies in the switching time specification: the 6N136S(TA) defines typical turn-on/turn-off times (350 ns / 300 ns), while the original part does not provide this data. The more detailed dynamic performance parameters in the 6N136S(TA) datasheet aid designers in evaluating suitability for high-speed applications. If the original system does not impose strict switching time requirements or can tolerate this range, the substitution can proceed directly.
In summary, the replacement is technically viable from a specification standpoint. However, the acceptability of the switching times should be confirmed based on the application context to avoid potential timing issues.
Analysis ID: B093-3448000
Based on part parameters and for reference only. Not to be used for procurement or production.
SkyChip © 2026, Email: sales@skychip.com