TPMR10J S1G

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Diodes - Rectifiers - Single

The TPMR10J S1G is a single-phase silicon rectifier diode that belongs to the family of rectifiers used in rectifying and filtering applications. It is suitable for a variety of applications such as power supplies, small motor drive circuits, and signal processing equipment. This device is optimized for very low power consumption and is designed to provide utmost efficiency.

Features and Benefits

The TPMR10J S1G offers some great features and benefits, including:

• High forward current rating, up to 10 amps
• Low forward voltage drop allowing greater efficiency
• Very low turn-on voltage for fast switching
• Long term reliability & wide-temperature operation

Application Fields

The TPMR10J S1G is a diode designed for a broad range of applications such as:

• DC-DC Converters
• General-purpose rectifier for small inverters, lighting adapters and chargers
• Switching DC-DC power supplies
• Power supply bypass and protection diodes
• Load-switching, over voltage protection and clamping and secondary rectifiers.

Working Principle

The working principle of the TPMR10J S1G is that it acts as a one-way valve for electric current or a rectifier. When the anode (positive side) is more positive than the cathode (negative side), current flows through the diode. When the anode is less positive than the cathode, the diode is reverse-biased and blocks current from passing through. This creates a unidirectional (rectified current).

The TPMR10J S1G also has a high forward current rating and very low forward drop, which allows for more efficient operation. It also has a very low turn-on voltage for fast switching, and a wide temperature range for reliable operation.

Conclusion

The TPMR10J S1G is a rectifier diode designed for a broad range of applications, such as DC-DC converters, switching DC-DC power supplies, and power supply bypass and protection. It features a high current rating, low forward drop, and wide temperature range for reliable operation. It is optimized for very low power consumption and is designed to provide utmost efficiency.

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