MBRD1035CTLG

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Diodes are semiconductor devices that only allow current to flow in one direction. Rectifier arrays are multiple diodes arranged in special structures to allow more efficient control of current flow. The MBRD1035CTLG is a type of rectifier array used for a variety of applications and has a relatively simple working principle.

The MBRD1035CTLG is a dual common anode Schottky Barrier Rectifier Array designed to accommodate power supply and load-switching applications up to 30v and 15A of continuous forward current. The anodes are connected to all three diodes, with cathodes connected to external pins. The Schottky Barrier Rectifier structure makes this device inherently faster than basic rectifier arrays, enabling easier switching of large currents. This device is also able to handle strong transients with large dV/dt values due to its significantly lower threshold voltage.

The MBRD1035CTLG can be used in a multitude of applications, including mobile device charging, standby power, and solar power inverters. All pin functions are identical regardless of how it is mounted, so the device can be flipped or rotated to suit individual requirements.

The principle by which the MBRD1035CTLG works is relatively simple. When a positive voltage is applied to the anode (indicated by the line) and a negative voltage is applied to the appropriate cathode, current flows from the anode to the cathode in accordance with Ohm’s Law. When the power supply is removed, the current stops and the device stops working. Due to its Schottky Barrier structure, the MBRD1035CTLG has a much lower activation voltage than traditional rectifier arrays.

Overall, the MBRD1035CTLG is a rectifier array designed for applications such as mobile device charging, standby power, and solar power inverters. It is able to handle large currents and high dV/dt values due to its Schottky Barrier Rectifier structure, making it an ideal choice when choosing a rectifier array. While the working principle is relatively simple, the MBRD1035CTLG can offer many advantages over other rectifier array devices due to its low activation voltage and ability to easily switch currents.

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