MAZ8140GML Discrete Semiconductor Products

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The MAZ8140GML is a single Zener diode that can tolerate a higher forward voltage and draw lower levels of current than most standard diodes. The device is specifically designed for applications where the standard diode can not meet the design criteria. The diode is constructed out of a single n-type semiconductor body that is covered with a silicon dioxide (SiO2) layer to prevent electrical shorting.

The MAZ8140GML is used in a variety of applications. It can be used to protect circuits from overvoltage, as a voltage limiter, or in low-current applications, such as miniature LED drivers. This diode can be used in power supplies or voltage regulators to regulate the input and output voltage of the circuit. It can also be used as part of clamps or collectors to protect the circuit from voltage spikes and surges. Additionally, it can be used in sensor circuits to provide the correct output when a certain threshold is met.

The working principle of the MAZ8140GML is best explained through a voltage-current graph. The graph displays the device\'s characteristics and how the current flowing through it differs at various levels of voltage. The graph also displays how the diode will behave when exposed to higher levels of voltage. When exposed to higher levels of voltage, the device\'s current will begin to increase, known as the Zener voltage, until it reaches its maximum current rating.

When exposed to low or medium levels of voltage, the device is said to be in the "breakdown" stage. During the breakdown stage, the diode allows a certain level of current to flow through it, known as the current limit. At this point, the diode will maintain its low level of current until it is exposed to a higher level of voltage. At this point, the current limit will increase until it reaches its maximum current rating.

Overall, the MAZ8140GML is a versatile Zener diode that can be used in a wide range of applications. From protecting circuits from overvoltage or voltage spikes, to providing the correct output when a certain threshold is met in sensor circuits, this diode is a great choice for those seeking a reliable and efficient solution. Its operating principle of regulating the current at higher voltage levels makes it an ideal choice for a range of projects.

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