2M130Z A0G

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The 2M130Z A0G diode is a single zener diode from the 2M13x family of zener diodes. They are designed for applications requiring optimized noise performance and high blocking capability. These diodes feature low forward voltage and reverse current for low power consumption and a wide range of choices for optimizing tie-off speeds. They also have a low thermal resistance and a low voltage drop for high reliability and lower power losses.

These diodes are used for applications such as power management, switch mode power supply, power supply ripple control and protection, voltage clamping and voltage regulation. They can also be used between the high- and low-voltage bus levels in switching supplies to maintain the desired separation. The reverse breakdown voltage of these diodes is specified up to 30V.

2M130Z A0G diodes operate on two principles. The first principle is dynamic switching. This is where the diode protects the device from overvoltage spikes, by rapidly changing its resistance once the overvoltage is detected. The other principle is reverse conduction. This is where the voltage across the diode is reduced, when the amount of current flowing through it increases.

These diodes also provide a high level of protection for power systems. The wide operating temperature range, the ability to handle high voltages, and the fast response times of the zener diodes make them ideal for power system protection.

The 2M130Z A0G diode is suited for applications that require low forward voltage and reverse current, as well as high blocking capability. It is well-suited for voltage regulation, voltage clamping, and switching supplies. The static and dynamic characteristics of these diodes make them an excellent choice for power management, switch mode power supply, power supply ripple control and protection, and voltage regulation.

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