2M15Z B0G

Diodes - Zener - Single

The 2M15Z B0G is a single Zener diode suitable for low voltage applications. It is designed for use in low voltage applications such as voltage regulation in various computers, communication systems and digital circuits. The diode is used for clamping and setting output voltage levels in circuits where high reverse breakthrough voltages cannot be achieved.

2M15Z B0G Features

• Low leakage current
• Good zone enhancement
• Low breakdown voltage
• Low profile package options: SOIC

2M15Z B0G Application Field

The 2M15Z B0G can be found in many common applications, including:

• Power supplies
• Discrete device regulation
• AC adapters and DC/DC converters
• And more

2M15Z B0G Working Principle

The working principle of a Zener diode is based on quantum tunneling. As electrons become incident on an appropriately doped material with a wide band gap, a depletion region is established in the p-n junction. This provides an electric field in which electrons are accelerated as they approach the junction. The depletion region is so thin that electrons are able to pass through it when they have sufficient energy. This causes the electrical current to become breaking, setting the voltage level to the Zener voltage of the diode.

One of the main advantages of the single Zener diode is its simplicity. It does not require complicated circuitry to regulate the voltages within the circuit, making it ideal for medium to low voltage applications, as well as in systems which require precise voltage regulation. Its small form factor also makes it easy to integrate into circuits and systems which require high integration density.

The 2M15Z B0G is designed for high precision applications, allowing for voltage regulation with a tight tolerances. It is a low power device with a small profile, suitable for areas such as industrial, automotive and consumer electronics.

Conclusion

The 2M15Z B0G is a single Zener diode that enables precise voltage regulation in circuits where high reverse breakdown voltages cannot be achieved. It is used in many common applications, including power supplies and DC/DC converters. The working principle of the diode is based on quantum tunneling and its small form factor allows for easy integration into circuits and systems. This diode is suitable for areas such as industrial, automotive and consumer electronics.