DA3X107K0L

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The DA3X107K0L is a single rectifier diode with a small reverse current capacity ideal for use in power supply and other applications where efficiency is important. It is constructed from a high purity, low doped silicon substrate. The device has an operating temperature range from -65°C to +125°C and has no clamping diode for reverse voltage protection. It features an efficient low voltage drop, high temperature stability and a highly reliable design. It is capable of providing high current rectification with a moderate reverse recovery time.

The DA3X107K0L is designed primarily for power supply, signal and control applications, such as rectifying AC to produce DC power. It is ideal for use in high-efficiency, high-frequency power supplies, as well as for other applications requiring low voltage drop, high temperature stability and high reliability. This device can also be used in motor control circuits and other applications requiring high current rectification.

The DA3X107K0L has a typical on-state voltage drop of 1.2V and a reverse recovery time of 10 nanoseconds. It is rated for 1 A continuous forward current and a peak reverse voltage of 1,000 V. It also has a rated breakdown voltage of 400 V and a peak repetitive reverse voltage of 600 V. The maximum junction temperature of the device is 175°C.

When the DA3X107K0L is in use, a current flows through the diode, creating a voltage drop across the device. This voltage drop is proportional to the current and is used to regulate the amount of power that is being used. The diode is able to handle a wide current range and can operate in a very efficient manner. The device also features a low voltage drop, which helps to reduce losses in power supplies and other power related applications.

In applications where efficiency is important, the DA3X107K0L is a cost-effective solution for rectifying AC to produce DC power. The device is reliable, efficient, and capable of providing high current rectification with a moderate reverse recovery time. Its high temperature stability and low voltage drop make it suitable for a wide range of applications including motor control circuits, power supply, and other applications requiring high current rectification.

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