STTH512FP

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Introduction

STTH512FP is a single rectifier diode, which is proven to deliver consistent performance and reliability in various applications. It is widely used in various industrial and consumer products, such as automotive and power supplies. This product is also used in devices requiring automatic charge balancing and switch-mode power supplies.

Features

STTH512FP has several key features which make it suitable for various applications. The main features of this product include:

• Low turn-on voltage – rated at 2V
• High reverse voltage capability – rated at 1000V
• Low forward current – rated maximum of 8A
• High frequency operation – rated at 10kHz

Application Fields

STTH512FP is suitable for a wide range of applications. It is commonly used in the following fields:

• Lighting and automotive electronics
• Power supplies
• Inverters and chargers
• Switch-mode power supplies (SMPS) and AC adapters
• Automotive controllers
• Telecommunication devices
• Consumer electronics

Working Principle

STTH512FP rectifier diodes are based on a p–n junction diode operating principles. This product is a general-purpose diode which works with a forward voltage and a reverse voltage. In forward bias operation, when the anode (positive terminal) is connected to the positive power supply, electrons are injected from the n-side of the diode into the p-side, creating a forward conducting current path. Conversely, if the anode is connected to the negative power supply, the diode is said to be in reverse bias, where the p-side of the diode is negatively charged, the electrons start to repel away from the p-side, creating a reverse blocking current path.

Conclusion

STTH512FP is a single rectifier diode, which is proven to deliver consistent performance and reliability in various applications due to its low turn-on voltage, high reverse voltage capability, low forward current, and high-frequency operation. It is suitable for applications in lighting and automotive electronics, power supplies, inverters and chargers, automotive controllers, consumer electronics, and so on. It works based on the p–n junction diode operating principles, producing forward-conducting and reverse-blocking current paths.

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