GKR130/14

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Diodes are semiconductor devices that are designed to control the flow of electric current. A rectifier is an electronic circuit designed to convert alternating current (AC) to direct current (DC). The GKR130/14 Single Rectifier Diode is a device designed for use in AC/DC rectifier circuits where the rectifier diodes require high surge performance.

Application Field

The GKR130/14 Single Rectifier Diode is particularly suitable for AC/DC bridge rectifier circuits where a high surge current is needed. The device can be used in popular applications, including:

• AC/DC Bridge Rectifier Circuits
• Switching Mode Power Supplies
• Inverter Circuits
• Measuring and Control Equipment
• DC/DC Converters
• Power Electronic Control Circuits

Working Principle

The GKR130/14 Single Rectifier Diode is designed to be a simple and effective solution for AC/DC rectifier circuits. It operates in a simple Hard switching mode, with the diodes operating inversely biased when the input voltage is zero. When the input voltage is positive, the diodes are forward biased and allow current to flow through the circuit. This process is reversed when the input voltage is negative. This close control of the input voltage enables the diodes to have a high surge performance, providing a reliable and efficient solution for AC/DC rectifier circuits.

The GKR130/14 Single Rectifier Diode is an excellent solution for designing systems that require a high surge performance, as the close control of the input voltage enables the diodes to have a high surge performance. Additionally, the device is capable of withstanding high operating temperature ranges, making it suitable for use in a wide range of applications.

Conclusion

The GKR130/14 Single Rectifier Diode is an excellent solution for AC/DC bridge rectifier circuits requiring a high surge performance. The device is designed for use in a wide range of applications and can withstand high operating temperature ranges, making it a reliable and efficient solution for designing systems where high surge performance is needed.

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