MBR2150VGTR-E1

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The MBR2150VGTR-E1 is an extremely efficient, fast recovery dual rectifier belonging to a family of single diodes.

The MBR2150VGTR-E1 has been designed for use primarily in AC-DC converyer\'s and switch mode power supplies, making it suitable for use in a wide range of applications. It is a single package type containing two N-type diodes. This device uses an optimized, advanced epitaxial structure with all layers produced from ultra-high purity silicon. The MBR2150VGTR-E1 has been designed to provide low forward voltage drop with a typical value of 1.5V at IF = 7.8A.

The Voltage Rating of the MBR2150VGTR-E1 is 50V and the current rating of 1.78A allows it to be employed in power supply applications. It is also suitable for applications in low power devices such as digital cameras, portable media players, LCD/LED displays and devices employing advanced power management. The MBR2150VGTR-E1 also has excellent thermal properties and allows for a low thermal resistance of 75K/W.

The MBR2150VGTR-E1 has an extremely fast soft-recovery feature which minimizes peak switch losses, reducing power supply stress. This device is able to operate up to a high frequency of 1.2MHz and provides significant switching performance enhancements for switch mode power supplies. The lower forward voltage drop reduces conduction and switching losses, resulting in improved efficiency.

The working principle of the MBR2150VGTR-E1 is that it acts as a rectifier, allowing current to flow in only one direction. The diode acts as a switch which can be opened or closed, depending on the voltage across it. If an external voltage is applied, current flows from the anode to the cathode. When the voltage drops, the diode is turned off and current stops flowing.

The MBR2150VGTR-E1 has a variety of applications and can be used in AC-DC converters, switch mode power supplies, low power digital devices, and devices using advanced power management. This device can be used in a broad range of applications due to its fast soft recovery feature, low forward voltage drop and thermal properties.

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