Tme57 Datasheet !free! Jun 2026

| Pin Number | Name | Description | |------------|------|-------------| | 1 | Anode (A1) / Input | Main terminal for power input | | 2 | Cathode (K) / Output | Main terminal for power output | | 3 | Gate (G) | Control terminal for triggering | | 4 | Auxiliary / NC | May be unconnected or used for internal current sense | | Case | Heatsink tab | Usually isolated (2500Vrms) or connected to cathode. Check datasheet. |

While the exact numbers vary by revision, a will include the following parameters. We have compiled the most frequently cited values: tme57 datasheet

A critical section of any is the pinout diagram. The TME57 is typically configured as follows (view from top, with mounting hole at one end): | Pin Number | Name | Description |

According to the technical details found on UTSource and Jotrin Electronics, the TME57 is built for stability in demanding environments. We have compiled the most frequently cited values:

The TME57 can protect sensitive DC power supplies from overvoltage faults. A Zener diode and resistor network trigger the gate when output voltage exceeds a threshold, shorting the supply and blowing a fuse.

If you have the exact manufacturer (e.g., TME, Siemens, Infineon) or a full part number (e.g., TME57xx), adjust your search accordingly.