GB10SLT12-247D

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The GB10SLT12-247D rectifier diode array is a versatile device designed to provide an efficient and cost-effective solution for a variety of power handling and conversion applications. It is a package of three high-efficiency Silicon Carbide (SiC) rectifiers that is highly efficient at frequencies up to several hundred kHz. Its low forward voltage drop (VF) and low thermal resistance (Rthjc) make it well-suited for high power applications.

The GB10SLT12-247D rectifier diode array is commonly used in applications that require power conversion from AC to DC. It can be used to convert high-voltage, alternating-current (AC) to low-voltage direct-current (DC). It is used in a wide variety of applications, including electroluminescent displays, electrical power supplies, high-current switching devices, radio transmitters and receivers, and power electronics.

The GB10SLT12-247D is an array of three series-connected SiC rectifier diodes with a total required forward voltage drop of less than 2V. It is housed in a low-profile, surface-mountable package. Each device has a peak repetitive reverse voltage of 700V and a peak surge reverse voltage rating of 1200V. The maximum forward current rating is 50A. The total forward current for all three diodes is 150A.

The GB10SLT12-247D rectifier diode array operates on the principle of rectification, wherein alternating current is converted to direct current by using diodes that allow current to flow in only one direction. When current is applied to the diode, a depletion region forms across the junction. This region blocks the current from flowing in the opposite direction and ensures that current always flows through the diode in the same way. This phenomenon is known as the PN-junction behavior.

The GB10SLT12-247D rectifier diode array can be used in a wide range of applications, including motor control circuits, solar power systems, communication networks, electric vehicles, and industrial and consumer electronics. Its high-efficiency, low-forward voltage drop, and low thermal resistance make it ideal for power conversion and high power-handling applications. This, combined with its high surge reverse voltage rating and low profile package, make it a cost-effective solution for power conversion and efficient power handling.

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