MAZ8270GML Discrete Semiconductor Products

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Diodes are one of the most clearly essential components of electronics. Without them, circuits would not function. The MAZ8270GML is one particularly popular and reliable type of diode. It is a single zener diode, meaning it has one anode and one cathode. It is a medium power, low-cost device, highly suitable for a variety of applications.

The most common use of the MAZ8270GML is them protection of low-voltage lithium-ion battery packs. This feature makes it perfect as both a protection and a power switch. It can even be used to control the charging and discharging of the battery, allowing efficient usage of current and power. Moreover, it is extremely durable and can handle a large amount of current. Apart from battery protection, it is also commonly used for EMI/RFI countermeasures, storage systems, consumer electronics, and communications devices.

The MAZ8270GML works by controlling the amount of charge flowing between its anode and cathode. Its working principle is related to normal and reverse blocking voltage. Its normal blocking voltage is the highest voltage that can flow from the anode to cathode. If the voltage is higher than this, it will become saturated and block any current flow. Simultaneously, its reverse blocking voltage is the highest voltage it can take from the cathode to the anode. If it drops past this point, it will become sub-saturated and hence the current is suddenly passed through it.

The device also has a zener voltage. The zener voltage is the voltage at which it will begin to let current flow freely in both directions. The MAZ8270GML has an ultra-low zener voltage, only 18V, compared to an ordinary diode. It also has an operating temperature range of -55 to 125 Celsius, and the ability to handle a maximum current of 50mA, which is substantial for a single zener diode.

In summary, the MAZ8270GML is a single zener diode that is highly suitable for a variety of applications, ranging from protection of low-voltage lithium-ion battery packs to EMI/RFI countermeasures and consumer electronics. It works by controlling the amount of charge flowing between its anode and cathode, which is related to its normal and reverse blocking voltage, as well as its ultra-low zener voltage of 18V. The device has an operating temperature range of -55 to 125 Celsius, and the ability to handle a maximum current of 50mA, making it a very reliable and durable part.

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