SDT12A120P5-7D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A diode is a semiconductor device that allows electricity to pass through in only one direction. The SDT12A120P5-7D is a single diode designed for rectification applications. It is commonly used as a power supply rectifier. This device is capable of handling surge and peak loads at lowforward voltages, making them highly useful for converting from alternating current to direct current.

The SDT12A120P5-7D is a single, fast recovery, glass passivated, ultrafast, soft-recovery rectifier which offers excellent stability and low forward voltage. It is rated to handle peak forward currents of 12A, with a maximum repetitive peak reverse voltage of 1200V. This device has a junction capacitance of 7pF and an Avalanche energy rating of 178mJ.

The low forward voltage drop is hallmarked by this device, making it an important part of modern power supply rectification. This voltage drop is sustained even when the device is operating at its maximum current of 12A. Given the ultra-fast soft recovery of this device, it is particularly suitable for high frequency switching applications.

The internal schematic for the SDT12A120P5-7D is relatively simple. It is composed of two main parts, the diode stack and the electrode body. The diode stack is constructed out of a series of individual diodes, each with its own anode, cathode, and electrical characteristics. This stack is connected in series, allowing electricity to travel in one direction.

The electrode body includes a PN junction, which helps to control and regulate current flow though the device. The electrode body further includes a cathode connection, which is responsible for providing the external connection to the diode stack. The diode stack is further connected to the electrode body via a lead frame.

The SDT12A120P5-7D diode is a state-of-the-art device that is widely used in power supply rectification. This device can handle surge and peak loads at low forward voltages, making it ideal for AC to DC conversion applications. It’s ultra-fast soft recovery characteristics make it especially suitable for high-frequency switching, and its low forward voltage drop makes it a great choice for modern power supply designs.

The specific data is subject to PDF, and the above content is for reference