VIT3060C-E3/4W

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VIT3060C-E3/4W is an array series of fast turning diodes specifically designed for applications that require high current flow, high efficiency, and fast switching time. The main features of VIT3060C-E3/4W include low forward voltage drop, reverse leakage current, junction temperature, and noise level. It also has high surge capability and high reliability.

VIT3060C-E3/4W are primarily used in power supply and power management system applications, such as switch mode power supply, battery chargers, lamps, and LED lighting. They are also used for AC-DC and DC-DC conversion, voltage regulation, and protection against transients and noise.

The VIT3060C-E3/4W is a four-diode array with multiple packages. Each diode in the array consists of two parts, the first part is a rectifying diode that allows the current to flow from its anode to its cathode. The second part is a Zener diode, which is employed to provide transient spike protection.

The working principle of the VIT3060C-E3/4W is in two states, forward biasing and reverse biasing. When the circuit is in forward bias state, the rectifying diode allows current to flow from its anode to its cathode. The Zener diode provides transient spike protection in such cases. In reverse bias state, the rectifying diode causes the current to be blocked from going from its cathode to its anode as the Zener diode prevents excessive voltage from entering the circuit.

The VIT3060C-E3/4W has a wide common-mode transient immunity range and provide the equivalent of high level EMI filtering. It is also UL recognized, and uses gold metallization to ensure a low junction-to-case thermal resistance. These features make it suitable for high current applications with high-frequency switching.

The VIT3060C-E3/4W is a series of fast switching diode arrays that are specifically designed for applications that require high current flow and fast switching time. It has high surge capability and high reliability and is used for power supply and power management systems, AC-DC and DC-DC conversion, voltage regulation, and transient protection. It has a wide common-mode transient immunity range and is UL recognized for use in high-frequency switching.

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