GPP60G-E3/73

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Diodes, otherwise known as rectifiers, are the most commonly used type of semiconductor devices. Single diodes, such as the GPP60G-E3/73, are among the simplest of these diode types, with only a single connection across the two terminals. The GPP60G-E3/73 is an ultra-high speed, ultra-low capacitance, low power Schottky Rectifier Diode designed primarily for high frequency switching and ESD (electrostatic discharge) protection applications. Its construction and design allow it to be very versatile and used in a wide variety of applications.

GPP60G-E3/73 Application Field

The versatility of the GPP60G-E3/73 makes it suitable for a wide variety of applications, and it can be used in fields such as Automotive (including motor control, EMC, and body electronics applications), Industrial Electronics, Telecommunications, and Consumer Electronics (including audio/video, and charging systems).

GPP60G-E3/73 Working Principle

Diodes are essentially one-way gates that allow current to flow in a single polarity. The working principle of the GPP60G-E3/73 relies on this property. When a positive voltage, otherwise known as the “forward voltage”, is applied to its terminals, current flows in the forward bias, allowing it to act as a switch. Conversely, when a negative voltage, otherwise known as the “reverse voltage”, is applied, current is blocked in the reverse bias, preventing the switch from operating.

The structure of the GPP60G-E3/73 takes advantage of the physical principle of Schottky diodes, which allow for faster switching speeds and greater efficiency (smaller form factor) than a traditional diode. The GPP60G-E3/73 is a single Schottky diode, composed of a single N-type semiconductor connected to a metal contact. This unique construction allows it to handle higher current densities and enables its quicker switching speed.

Conclusion

The GPP60G-E3/73 diode is a single Schottky diode designed for high frequency switching and ESD protection applications. Its versatility makes it suitable for Automotive, Industrial, Telecommunications, and Consumer Electronics applications. Its ultra-high switching speed and low-capacitance are particular advantages in applications such as motor control, EMC, and audio/video systems. Its single N-type semiconductor and metal contact combination allows it to handle higher current densities, while still remaining in a small form-factor.

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