MBR15150CT C0G

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The MBR15150CT C0G is a 1500 V 15 A surface mount power schottky rectifier array. Typically used in applications such as in motor drive,switch mode power supplies,DC/DC converters and other power management applications, this rectifier array is comprised of two schottky rectifier die in a common anode configuration with a thermally efficient package and comes with a variety of chip resistor options to match the desired characteristics for specific applications. This rectifier array is extremely popular for its low forward voltage drop and medium to high current rating coupled with its thermal stability, making it an optimal choice for many power electronics and industrial applications.

The MBR15150CT C0G\'s operating temperature range is – 55°C to 125°C, and typically has a forward voltage drop of less than 0.3 V. Additionally, these rectifier arrays feature an ultra-fast reverse recovery time of less than 50 ns, making them ideal for applications needing high speed operation. The maximum average forward rectified current is 15 A, and peak non-repetitive surge current is as low as 20 A.

The MBR15150CT C0G has a package size of 3.3 mm &× 4.5 mm, and has a load life of 2,000 hours at + 125°C. It is available in voltage ratings ranging from 30 to 1500 V, and with an insulation resistance of up to 10 GΩ. The package contains two schottky diodes in a common anode configuration, with an R conduction resistance ranging from 15 to 25 mΩ. The MBR15150CT C0G series is also available with a variety of chip resistor options to match the desired characteristics for specific applications.

The standard operation of a rectifier array allows the passing of current in only one direction, signifying that when a current is applied through the device, the resulting current will be the same but in the opposite direction. In this sense, the MBR15150CT C0G can be thought of as a one way valve allowing the passing of current from negative to positive.

When applying a current to the device the electrons entering the anode of the device are forced outwards and through the cathode to the second anode, eventually exiting the device at the second cathode. This process can be thought of as an electron being pushed up hill, and once it reaches the top, it will travel downhill, resulting in a current in the opposite direction.

When the voltage applied to the rectifier array is reversed, a reverse voltage is present in the device resulting in no current passing through. This is known as a blocking state, and the reverse voltage applied to the device must reach the breakdown voltage before any current will be allowed to pass.

The MBR15150CT C0G is well-suited for power management applications, thanks to its high current rating, low forward voltage drop, thermal stability and fast reverse recovery time. Due to its high current rating and extremely small package size, it is ideal for motor drive, switch mode power supplies, DC/DC converters and other power management applications that require a reliable and efficient rectifier array.

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