Z4KE110AHE3/73

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The Z4KE110AHE3/73 diodes are a part of the Zener diode single family. This diode is made of silicon planar epitaxial technology with high-temperature construction. It is available in through-hole package and offers various features including high voltage, low leakage, and stable performance. It is widely used to provide overvoltage protection, overcurrent protection, noise suppression, and matching circuits.

Features

• High voltage rating of 5.6V
• Low leakage current of 15 nA at 5.6V
• Silicon planar technology with high-temperature construction
• Through-hole package
• Small size design for space saving and easy installation
• ESD and EMI protection

Application Field

The Z4KE110AHE3/73 has some very useful applications due to its high voltage rating and stable performance. It can be used as a constant voltage source, an overvoltage protection device, an overcurrent protection device, a noise suppression device, and in matching circuits. Additionally, it is an ideal choice for low-power level applications, such as analog and digital circuits, power converters, power supplies, and portable devices.

Working Principle

The Z4KE110AHE3/73 is based on the Zener diode principle, which utilizes a unique reverse-bias characteristic. When the reverse bias voltage applied to the diode reaches the Zener voltage, it starts to conduct in the reverse direction. This will thus regulate the voltage on the diode and maintain a constant voltage in the output. The Z4KE110AHE3/73 has a Zener voltage rating of 5.6V and will be able to provide a steady voltage output when the input voltage is fluctuating.

Conclusion

The Z4KE110AHE3/73 is a single Zener diode from the Silicon planar technology family. It offers a variety of features including high voltage, low leakage, and stable performance. These features are useful in both digital and analog circuits and make it an ideal choice for low-power level applications. It can be used to provide overvoltage protection, overcurrent protection, noise suppression, and matching circuits, and is able to regulate the output voltage when the input voltage is changing.

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