2M30Z B0G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

2M30Z B0G is a kind of zener single diode, which belongs to the diodes in electronic component and component products. It is widely used in electronic circuits due to its performance characteristics.

Application Field

2M30Z B0G is mainly used in power stabilization, frequency stabilization, regulator waveform protection, waveform shaping, clamping and reference voltage generation. As an electrical component in a rectifying circuit, it can also be used in light load which has low power in some applications, while at the same time its high breakdown voltage can better meet the needs of high voltage system. This kind of zener single diode is also applicable in the electronic system that require high reliability. In the special electronic equipment, such as uninterruptible power supply, it can provide much better power stability.

Working Principle

The 2M30Z B0G zener single diode works according to the reversible phenomenon of the SOA (safe operating area) of power diode at different reverse bias voltage. It increases the reverse bias voltage and control the current change in the circuit, so that it can protect the circuit from nonlinear changes due to excessive current and make the circuit more stable. At the same time, this kind of zener single diode can limit the peak voltage in a power rectification circuit, play a role in suppressing the peak voltage, and avoid the impact of electromagnetic interference.

Conclusion

2M30Z B0G is a kind of zener single diode in the Diodes - Zener - Single category, which is an electric component widely used in a variety of electronic circuits. It can provide better stability in the electronic system and avoid the impact of electromagnetic interference. Its working principle is based on the reversible phenomenon of the SOA of diode at different reverse bias voltage, which can protect the circuit from nonlinear changes due to excessive current and make the circuit more stable.

The specific data is subject to PDF, and the above content is for reference