DZ36068D0L

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DZ36068D0L is a zener diode array consisting of eight zener diode with a wide range of breakdown voltages. It is a small surface mount device designed with a lead-free finish, making it ideal for automotive and other industrial applications. The package size is 2.8mm x 5.04mm and 0.9mm thick, and the electrical rating is 5 watts.

The primary purpose of the DZ36068D0L is to provide overvoltage protection, which it does by regulating the voltage levels of nearby circuits. This is accomplished by allowing current to flow in one direction while blocking or “clamping” current from flowing in the other direction. When an overvoltage is detected, the zener diode array turns on and diverts the excess voltage away from the circuits.

The DZ36068D0L is made up of eight individual zener diodes, each with its own unique breakdown voltage. Together, the zener diodes form an array with a total breakdown voltage range of -3.6 to -68V. This provides a large range of overvoltage protection to the protected circuits.

In terms of operation, the DZ36068D0L works in a similar manner as a regular zener diode. When a voltage higher than the breakdown voltage is applied, the diode turns on and conducts current, thereby providing the necessary overvoltage protection. When the overvoltage is removed, the diode turns off and the protected circuits return to their normal voltage level.

The advantage of the DZ36068D0L over a single zener diode is the wide range of breakdown voltages that it provides. This allows it to protect circuits against a much broad range of overvoltages than a single zener diode. Additionally, the small size of the device and its lead-free finish allow for easy integration into automotive and other industrial circuits.

Overall, the DZ36068D0L is a great solution for providing overvoltage protection to a wide range of circuits. Its small size and lead-free finish make it ideal for a variety of industrial and automotive applications, while its wide range of breakdown voltages ensures that it can effectively protect the circuits against all potential overvoltages.

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