3EZ190D10/TR8 Discrete Semiconductor Products

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Diodes are electrical components used mainly in order to control the flow of current in a circuit. They are particularly useful when current needs to be routed in one direction but not the other, such as in a negative voltage regulator. The 3EZ190D10/TR8 is a type of diode specifically used to regulate a voltage within a certain range. It is a zener diode, which uses the zener effect to achieve a very precise voltage regulation. It is a single diode unit, meaning it has only one cathode and one anode.

The 3EZ190D10/TR8 has a variety of applications in various fields. It is mainly used in power supplies, particularly in applications requiring precise regulation of the output voltage. It can also be used in telecommunications equipment and military systems, where reliability is of utmost importance. Additionally, it can be used in automotive electronics and other applications requiring low levels of power consumption.

The 3EZ190D10/TR8 works on the principle of the zener effect, a phenomenon in which an electric current is passed through a silicon or germanium diode at a certain voltage. At this point, the diode begins to conduct a small current in the reverse direction, allowing it to regulate the output voltage within a certain range. It is often used in applications such as voltage regulation, current limiting, and voltage clamping.

The 3EZ190D10/TR8 has a maximum power dissipation of 1W and an operating temperature range of -65 to +175 degrees Celsius. It has a nominal voltage of 19V and a breakdown voltage of 18V. It also has a surge handling capability of -45V. The 3EZ190D10/TR8 is available in a TO-92 package, making it easy to mount on any PCB.

In conclusion, the 3EZ190D10/TR8 is a type of zener diode specifically designed for voltage regulation applications. It is a single diode unit and is available in a TO-92 package for easy mounting. It has a variety of applications in power supplies, telecommunications equipment, military systems and automotive electronics. It works on the principle of the zener effect, which allows it to regulate the output voltage within a certain range.

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