2M150Z A0G

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

A 2M150Z A0G diode is a single Zener diode that is used to serve a wide variety of applications in numerous industries. The main characteristics of the diode are its fast switching times and low forward voltage drop, which make it an ideal choice for regulating and controlling electrical breakdown in circuits. The diode is a type of semiconductor that is specifically designed to pass a current in one direction only, and is used for applications where it is important to reduce or eliminate current leakage across the diode.

The 2M150Z A0G diode has a maximum reverse voltage of 2.2V, a forward voltage drop of 0.8V and a peak forward surge current of 2.1A. It has a Total Dissipation Rating of 1.2W and a Junction Temperature of 150ºC. As with all diodes, it also has a very low junction capacitance, which makes it highly efficient when used in high speed switching applications. Its reverse current is also very low, meaning that it can be used as a voltage regulator in areas where a higher current would be hazardous.

A 2M150Z A0G diode is mostly used in power converters, power supplies, and voltage regulators. When used in a voltage regulating circuit, this diode is able to handle voltage up to 2.2V and currents up to 2.1A. The fast switching times and low forward voltage drop make this diode ideal for regulating and controlling electrical breakdown in circuits.

The working principle of a 2M150Z A0G diode is based on the P-N junction. The diode is structured in such a way that the anode of the diode is attached to the positive terminal of a power source, while the cathode is connected to the negative terminal. When the power source is activated, electrons are pushed from the negative terminal to the anode, while the positive terminal pulls electrons towards the cathode. This creates a vacuum in the junction and leads to the development of a depletion layer that discourages the flow of current in the opposite direction.

When the voltage applied to the diode exceed the breakdown voltage of the diode, the electrons become so excited that they achieve the energy level necessary to jump the depletion layer, leading to the conductance of current. The breakdown voltage is determined by the physical structure of the diode, and is usually much higher than the applied voltage when the diode is in a static, uncompensated state. This makes it ideal for use as a regulation device, since it can limit the increase in voltage to a safe level when conditions become unstable.

The 2M150Z A0G diode is also used in other applications such as automotive systems, lighting, and consumer electronics. It is capable of withstanding a lot of abuse, making it a reliable component in many tough applications. As such, it can be used to regulate and control electrical breakdown in many areas where high current or unregulated voltage would be hazardous, ensuring the safety of personnel and components. This makes the diode an essential component in many industrial and consumer applications.

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