V30DL45-M3/I Discrete Semiconductor Products

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The V30DL45-M3/I diode is a single rectifier used for voltage regulation and other direct current applications. It features low forward voltage drop, high efficiency, and fast reverse recovery. These properties make it ideal for a variety of power management applications.

Application Fields

The V30DL45-M3/I diode is ideal for applications that require high efficiency, fast response time, and peak performance. These include:

• Voltage regulation and smoothing
• Power supplies and converters
• DC-DC converters
• AC-DC converters
• Switch mode supplies
• Computer power monitoring and control

Working Principle

The V30DL45-M3/I diode is a single rectifier that uses a simple semiconductor structure to regulate and convert AC/DC voltage in a power management system. It features a high efficiency, low forward voltage drop, and fast reverse recovery.

When the diode is forward biased, meaning the current is travelling in the direction it needs to go, the diode ahs a low forward voltage drop, allowing the current to travel quickly and efficiently, while producing minimal heat. When the diode is reverse biased, meaning the current must go through the semiconductor structure to reach the intended destination, it has a fast reverse recovery, meaning that the current can quickly travel in the opposite direction.

The combination of low forward voltage drop and fast reverse recovery makes the V30DL45-M3/I diode an excellent choice for voltage regulation and other DC applications.

Performance Parameters

The V30DL45-M3/I diode offers several performance-enhancing features, including:

• Low forward voltage drop of 1.5V
• High efficiency, with average recovery time of 0.4ns
• Peak forward current averaged over 100°C; up to 45A
• High surge current up to 8A for 10ms

Conclusion

The V30DL45-M3/I diode is a single rectifier designed to offer high efficiency, with low forward voltage drop and fast recovery time. Its application fields include voltage regulation, smoothing, and multiple power management applications. Its performance parameters, such as peak current and average recovery time, make it an ideal choice for use in these applications.

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