GP20GHE3/73

GP20GHE3/73 diodes are diodes classified under the vast range of products belonging to the Rectifiers-Single family. Their main purpose is to allow electric current to flow in one direction while blocking the opposite. As such they find their use in rectifying applications, protecting devices from excessive voltage and current, signal sensing and signal clamping, as well as in EMI/RFI conditions.

GP20GHE3/73 diodes are housed in surface mount hermetic packages with small footprints. Due to the continuous development of technology and advancements in semiconductor manufacturing, the size of the package continues to diminish while the performance of the diode itself has improved. Such features make the GP20GHE3/73 series a preferred choice for efficient and compact designs.

The GP20GHE3/73 diodes have a maximum reverse leakage current of 8mA and a maximum peak repetitive forward current of 10.7A. Similarly, the maximum forward voltage was measured at 0.89V and the maximum transient reverse power dissipation was 12W. The storage temperature range of the components is from -20°C to 150°C whereas the operating temperature range is from -65°C to 175°C.

The main application areas of GP20GHE3/73 diodes include smart grids, wind and solar power generation, automotive, home appliances, telecommunications and others, depending on the specific requirements of the particular application. The maximum junction temperature of 175°C makes these diodes suitable for operations in extreme environmental conditions. GP20GHE3/73 is a reliable choice for applications subject to high temperatures and high voltages.

The working principle of a diode is based on two semiconductor layers, typically based on p-type and n-type materials. The combination of these materials generates a function, allowing the current to successfully flow in one direction. When the voltage is applied in this direction, the diode is said to be in a forward bias, whereas when the current is applied in the opposite direction, the diode is in a reverse bias. In a forward-bias condition, the diode acts as a conductor, whereas in a reverse-bias condition, the diode acts as an insulator, preventing current to flow in the improper direction.

The combination of the forward-bias and reverse-bias performance of diodes enables them to perform the role of rectifying applications and voltage regulating circuits. Moreover, diodes can be used as protection devices, limiting the amount of current and voltage that passes through them. Moreover, they can be incorporated in EMI/RFI filter circuits, signal sensing and signal clamping circuits providing stable operation.

GP20GHE3/73 diodes offer impressive performance in terms of size, power handling capabilities and environmental stability. Their wide range of applications makes them flexible and suitable for any demanding environment. Due to their small size, they are a preferred style for many designs, enabling the creation of powerful and efficient systems.