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Diodes - Rectifiers - Arrays

The DD260N14KHPSA1 is a diode array integrated circuit (IC) containing two high-efficiency schottky diodes connected in inverse parallel. The IC has a relatively low forward voltage drop and fast switching times, allowing it to be used to build constant current sources, voltage clamping circuits, high-efficiency rectifiers, and voltage multipliers.

Application Field

The DD260N14KHPSA1 can be used in a variety of applications, including:

• Switch mode power supplies
• High frequency rectification
• Protection circuits
• DC-DC converters
• Power managers
• Motor control
• Lighting control
• DC-AC inverters

Working Principle

The diode array integrated circuit works by creating a forward-biased junction when voltage is applied across it. When the forward voltage across the diodes exceeds the threshold voltage, current flows through it in the same direction, and the junction is saturated. When the voltage across the diodes is negative, it is reverse biased, blocking the current in the opposite direction and preventing it from flowing.

The DD260N14KHPSA1, with its relatively low forward voltage drop and fast switching times, is designed for high efficiency. The forward voltage drop across the diodes is typically 0.30V, allowing it to be used in applications where efficiency is critical.

Conclusion

The DD260N14KHPSA1 is a diode array integrated circuit that is well-suited for applications where efficiency is critical. Its low forward voltage drop and fast switching times make it an ideal choice for a wide range of applications, including switch mode power supplies, high frequency rectification, protection circuits, motor control, lighting control, and DC-AC inverters.

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