MMSZ5242B-13-F

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The MMSZ5242B-13-F diode is a single Zener diode used in a wide range of electronic applications. It is designed for low-power consumption and a variety of operating voltages. It is commonly used in power supplies, audio system protection, and voltage regulation.

Overview

The MMSZ5242B-13-F diode is a low power Zener diode that operates in the range of 2.4V to 50V. It has a low leakage current and is design for use in low current applications. It’s maximum operating temperature is 175 degrees Celsius, and it is capable of withstanding a maximum power dissipation of 500mW. Other features include a medium switching speed, and an 800uA typical maximum forward voltage.

Application Fields

The MMSZ5242B-13-F diode is commonly used in a variety of applications. These include:

• Power supply regulation
• Voltage regulation
• Surge protection
• Audio system protection
• Automotive voltage regulation

The diode is capable of providing stable voltage regulation, protecting audio systems from power surges, and regulating automotive systems. It is ideal for applications that require low leakage current and medium switching speed.

Working Principle

The MMSZ5242B-13-F diode works by utilizing the Zener breakdown effect. This means that when a large reverse voltage is applied across the diode, it will break down and become a low-resistance path across the circuit. As current flows through the diode, they will cause the output voltage to become regulated to the forward voltage of the diode. This process is done at a low power consumption and can provide voltage regulation with good stability. This diode is also highly efficient, with a low forward voltage and low switching speed.

Conclusion

The MMSZ5242B-13-F diode is a single Zener diode capable of providing low-power voltage regulation. It is used in a variety of applications, such as power supplies, audio system protection, and voltage regulation. The diode operates in the range of 2.4V to 50V and has a maximum operating temperature of 175 degrees Celsius. The diode utilizes the Zener breakdown effect and is highly efficient with a low forward voltage and low switching speed.

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