GL41DHE3/96

Introduction

GL41DHE3/96 is a single rectifier diode. Its application fields and working principles need to be addressed to ensure that it is installed properly and used safely. This article explains the application fields and working principle of GL41DHE3/96 single rectifier diode.

Application Field

GL41DHE3/96 diode is useful for applications requiring a high voltage, rectification for DC power supplies, protection of inrush currents, and protection from contact overloads.

DC Power Supplies

In DC power supplies, the rectification of rectified alternating current (AC) is vital. GL41DHE3/96 diode is used to perform the rectification process. GL41DHE3/96 can withstand a high amount of electric current, so it is suitable for heavy-duty applications where a large amount of energy is needed to be used. Additionally, it can provide high-frequency interference immunity due to its low forward voltage drop.

Protection of Inrush Currents

Inrush currents refer to the high amount of current flowing in the system during power up, causing some problems such as power supply damage, excessive consumption of active components, and abnormal heating. To mitigate these issues, GL41DHE3/96 can be applied in order to reduce the amount of inrush current. This diode can absorb the excessive current, thus protecting the system from possible damage.

Protection Against Contact Overloads

Contact overloads are also another issue that can compromise the system performance. Contact overload can occur when a short circuit is present between two terminals connected to the same source. GL41DHE3/96 can be utilized here in order to protect the source from being damaged due to an overload current. By absorbing the current, it prevents any damage to the system.

Working Principle

A single rectifier diode works by allowing the current to flow in one direction while prohibiting the flow of current in the opposite direction, which is usually from the anode to the cathode. In the case of GL41DHE3/96, the special epitaxial construction with heavily doped cathode improves the diode’s reverse blocking ability and also prevents thermal runaway. This diode can offer high reverse voltage (300V) and high forward current (400mA). Additionally, it has low forward voltage drop, making GL41DHE3/96 suitable for high-frequency applications.

Conclusion

In conclusion, GL41DHE3/96 single rectifier diode is suitable for a variety of applications, such as DC power supplies, protection of inrush currents, and protection from contact overloads. Its working principle is based on allowing current to flow in one direction while prohibiting the flow in the opposite direction. GL41DHE3/96 also offers high reverse voltage and high forward current, making it suitable for high-frequency applications.