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Original Part

Diode 100 V 2A Surface Mount DO-214AA (SMB)

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Alternative Part

Diode 100 V 2A Surface Mount DO-214AA (SMB)

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Substitution Feasibility Conclusion

In the vast majority of general-purpose applications, the SSB2H100H can directly replace the SK210Q-LTP, with full electrical and mechanical package compatibility. However, if the application is highly sensitive to high‑temperature leakage current or high‑frequency characteristics, or if cost control is stringent, a case‑specific evaluation is recommended.

Comparison Points

1. Reverse Leakage Current (Ir @ Vr) - SK210Q-LTP: 5 µA @ 100V - SSB2H100H: 10 µA @ 100V - Under high‑temperature and high‑reverse‑voltage conditions, the SSB2H100H may exhibit slightly higher power dissipation, which can have a minor impact on system thermal management and efficiency. This should be considered in multi‑parallel configurations or high‑ambient‑temperature environments. 2. Junction Capacitance (Cj @ Vr, F) - SK210Q-LTP: 62pF @ 4V - SSB2H100H: 66pF @ 4V - The capacitance of the SSB2H100H is approximately 6.5% higher. In high‑speed switching circuits (e.g., high‑frequency rectification, switching power supplies), this can lead to slightly increased switching losses and noise, potentially affecting efficiency and EMI performance. 3. Price & Supply Chain - The SSB2H100H is priced about 37% higher and comes from a different manufacturer. - Cost‑sensitive projects should weigh the performance premium against the added expense. Dual‑sourcing strategies may be impacted, requiring an assessment of supply stability and quality consistency.
Analysis ID: E7E7-CF75000
Based on part parameters and for reference only. Not to be used for procurement or production.
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