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TN13050H-12WL is listed in the Scrs range at ChipApex. The manufacturer field lists STMicroelectronics. Its product description is THYRISTOR. Review the specifications below when checking this part for your BOM.
The TN13050H-12WL is a high-temperature silicon controlled rectifier (SCR) from STMicroelectronics, rated for 130 A RMS and 1200 V blocking voltage. It operates with a maximum junction temperature of +150 °C and features a TO-247LL package. Key electrical parameters include a surge voltage rating of 1400 V, a maximum gate trigger current (I_GT) of 50 mA, and a critical rate of rise of on-state current (dI/dt) of 200 A/µs. The device supports a non-repetitive peak surge current of up to 1300 A depending on pulse width.
Verify the specific suffix against official STMicroelectronics documentation to ensure correct pinout and packaging configuration. Confirm that the procurement channel provides genuine components with traceable manufacturing dates. Check for any specific handling requirements related to the high-temperature ceramic or resin materials used in the TO-247LL package during storage and assembly processes.
Select this component when applications require high current handling combined with elevated operating temperatures beyond standard 125 °C limits. The 130 A RMS rating makes it suitable for heavy-duty industrial loads. Ensure the system design accounts for the 1400 V surge rating to protect against transient overvoltages common in renewable energy and UPS systems.
This part belongs to the TN series of high-temperature SCRs designed for robust industrial and energy applications. It complements lower-current variants like the TN8050H-12WL by offering higher current capacity while maintaining similar voltage ratings and thermal characteristics. The series is optimized for reliability in harsh electrical environments.
Direct replacements must match the 130 A RMS, 1200 V rating and TO-247LL package. Verify compatibility with existing gate drive circuits due to potential variations in I_GT thresholds. Ensure substitute parts support the same +150 °C junction temperature limit for thermal equivalence.
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