2EZ180D10E3/TR8

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The 2EZ180D10E3/TR8 diode is a type of zener diode, which is a specialized type of semiconductor diode used for voltage regulation. It is designed to maintain a specific voltage level when exposed to higher voltages, which makes it ideal for use in voltage regulation applications. This diode is a single-disc diode that has two leads, an anode, and a cathode.

The 2EZ180D10E3/TR8 diode has a maximum rated reverse voltage of 180 volts, with a maximum power rating of 10 watts. It has a maximum operating junction temperature of 150 degrees Celsius, with a maximum storage temperature of 225 degrees Celsius. This diode also has a maximum DC forward voltage of 1.5 volts and a peak pulse forward current of 5 amperes.

The working principle of the 2EZ180D10E3/TR8 diode is similar to other zener diodes. It is capable of fluctuating its voltage drop depending on the current being supplied to its terminals. When the diode is exposed to a higher voltage, the applied voltage causes a current to flow through the diode. This current then causes the voltage across the diode to fluctuate, in order to keep the current at a constant level.

The 2EZ180D10E3/TR8 diode is a reliable and economical choice for applications that require voltage regulation. It is commonly used in power supplies, motor control circuits, and other industrial applications. The diode is also often employed in the protection of electronic components, such as computers and home appliances, from voltage surges or power outages. This diode is also useful in providing an inexpensive way to regulate the voltage of low current circuits.

In conclusion, the 2EZ180D10E3/TR8 diode is a versatile and reliable zener diode that can be used for a variety of applications, including voltage regulation and protection. It has a variety of features, including maximum rated reverse voltage, maximum power rating, and maximum operating junction temperature. It is a great choice for applications that require voltage regulation and protection, and it is an economical choice for low current circuits.

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