GLL4755A-E3/96

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Introduction

GLL4755A-E3/96 is a single series Zener diode which is known for its performance and reliability. It is widely used in different applications as it offers high isolation and low forward voltage drop. It is also rated for long-term stability, making it an ideal choice for a wide range of applications.

Application Field

GLL4755A-E3/96 is designed for use in systems which are exposed to frequent overvoltage or voltage spikes. It is commonly used in electronics such as voltage regulators, power supplies, and rectifiers. The diode also finds application in overvoltage protection, voltage shifting, current limiting, and other protective applications.

GLL4755A-E3/96 is also well suited for communications systems and other high-speed applications where fast response and high reliability are essential. Moreover, the diode is suitable for AC-DC and DC-DC conversion, power conditioning, and power outputs. The Zener diode also finds application in automotive, consumer, and industrial environments.

Working Principle

In general, a diode helps rectify alternating current into direct current. The GLL4755A-E3/96 single series Zener diode works by controlling the passage of electric current in one direction, during which a small reverse voltage is applied to the diode. This voltage helps to increase the electric breakdown of the device.

The Zener breakdown voltage of a GLL4755A-E3/96 diode is specified on the diode itself and depends on the type of material and the manufacturing process. The Zener breakdown voltage determines the maximum voltage or current that can be applied to the diode without damaging it. When the rated current is exceeded, the diode will be destroyed and the device will fail.

The Zener diode can be used to protect circuits and components by using the Zener breakdown voltage. When a Zener diode is connected in a circuit, the voltage applied across it will not exceed the Zener breakdown voltage. If the voltage exceeds this value, the diode will fail and the device will be destroyed.

In addition, GLL4755A-E3/96 Zener diodes also offer thermal stability. When the device is subject to temperature fluctuations, the Zener breakdown voltage level changes very little due to its high thermal resistance. This makes the diode ideal for applications which are subjected to harsh environmental conditions and frequent temperature fluctuations.

Conclusion

A GLL4755A-E3/96 single series Zener diode offers the advantages of high reliability, fast response and low forward voltage drop. It is widely used in voltage regulation, power supplies, rectifiers, overvoltage protection and other protective applications. The Zener diode also offers thermal stability, making it suitable for use in harsh environmental conditions.

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