2M13Z B0G

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2M13Z B0G Application Field and Working Principle

A 2M13Z BOG diode is a low-power Zener diode designed for use in a variety of narrow band applications. The device is used to protect circuits from over-voltage situations. It operates as a back biased Schottky barrier diode, and is usually used in conjunction with low power resistors.

The 2M13Z BOG is a single-chip device with a large power rating. It can withstand up to 200 V of forward voltage, making it well suited for protecting circuits from high-voltage surges. It typically comes in a small 3-pin or 4-pin package and can be used in applications such as over-voltage protection, reverse voltage protection, and voltage limiting.

The working principle of the 2M13Z BOG diode is that when a reverse voltage greater than the Zener breakdown voltage is applied across the device, the p-n junction blocks the current flow, thereby protecting the circuit. The device is designed to limit the reverse voltage applied to the diode, thus providing protection against over-voltage events.

The 2M13Z BOG has a low impedance when in the forward-biased condition. This helps to provide fast switching and reduce the time taken for reverse voltage to be discharged. In addition, it also limits the maximum current that can flow through the device. In most applications, the diode will be configured in a series connection with a power device or resistor, which helps to reduce the voltage drop across the diode and ensure it operates at the desired forward voltage.

The 2M13Z BOG diode can be utilized in a variety of applications, including reverse voltage protection, over-voltage protection, and voltage limiting. It is an ideal solution for applications that require a reliable source of voltage protection. The device is available in a variety of package sizes, making it suitable for a variety of space-restricted designs.

The 2M13Z BOG diode is a reliable Zener diode designed for use in narrow band applications where fast switching and effective protection against over-voltage events is required. The device is designed to offer good reverse voltage blocking, as well as, low forward voltage drop. It is also designed to operate in series with a power device or resistor, providing additional protection for the device.

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