2M15Z R0G

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2M15Z R0G Application Field and Working Principle

Diodes - Zener - Single

2M15Z R0G is a type of single-diode zener diode designed for use in applications requiring a stable voltage reference. It is typically used in power supply management, voltage regulation, and voltage protection circuitry. Zener diodes are widely used in everyday electronics due to their low cost and simple design.

The 2M15Z R0G is a single-diode zener diode, also known as a Zener diode. It is composed of a single P-N junction, and acts as a voltage stabilizer by allowing current to flow in only one direction. This design allows for precise voltage regulation, as well as the ability to protect against voltage spikes and other irregular conditions. The 2M15Z R0G has a rated power dissipation of 50 mW, and can operate at reverse voltages from -2V up to -15V.

The working principle of the 2M15Z R0G diode is fairly straightforward. When a reverse voltage is applied to the diode, the voltage drop across it remains constant, regardless of the amount of current passing through it. This is known as the "Zener breakdown," and is the primary method of voltage regulation used by the 2M15Z R0G diode. Zener breakdown occurs when the P-N junction of the diode is reverse biased beyond what is known as the "Zener voltage," the precise breakdown of which depends on the device\'s construction.

The 2M15Z R0G diode is most commonly used in power management, voltage regulation, and voltage protection circuits. It can be used to regulate voltages across a wide range of applications, including automotive, consumer electronics, aerospace, and industrial systems. It is also widely used as a low-cost, reliable option for powering microcontrollers, as well as protecting other sensitive components from damage due to overvoltage.

In summary, the 2M15Z R0G is a single-diode zener diode designed for use in applications requiring a stable voltage reference. It is typically used in power supply management, voltage regulation, and voltage protection circuitry, and is widely used in everyday electronics due to its low cost and simple design. Its working principle is straightforward: when a reverse voltage is applied to the diode, the voltage drop across it remains constant, regardless of the amount of current passing through it.

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