MZP4749ATAG Discrete Semiconductor Products

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The MZP4749ATAG is a single Zener diode from ON Semiconductor. It is designed for general purpose industrial and consumer applications. This diode can be used in a variety of voltage regulation, voltage matching, and other applications. The MZP4749ATAG is available in a SOD−123 package.

The MZP4749ATAG is a crystalline silicon junction diode. It has the basic p–n junction characteristics associated with diodes. The main feature of the MZP4749ATAG is its Zener breakdown voltage. This is the voltage at which the diode begins to conduct in the reverse direction. The MZP4749ATAG has a breakdown voltage of 5.1V. This means that when the voltage on the diode is greater than 5.1V, the diode will begin to conduct in the reverse direction.

The MZP4749ATAG has a forward voltage of 1.2V. This is the voltage drop across the diode when it is forward biased. The diode also has a maximum reverse voltage rating of 6V. This means that the diode can withstand a reverse voltage of up to 6V without sustaining any damage.

The MZP4749ATAG has a maximum power dissipation rating of 500mW. This is the maximum power the diode can handle before it is damaged. The maximum operating temperature is 100 degrees Celsius.

The MZP4749ATAG is used in voltage regulation and voltage matching applications. It can be used to regulate the output voltage of a power supply or to match the input voltage of an electronic device. The MZP4749ATAG can also be used to create a voltage reference. By connecting the diode to a power supply, it can provide a constant output voltage, regardless of the input voltage.

The MZP4749ATAG can also be used in noise suppression applications. In these applications, the diode is connected in parallel with a noisy signal. This eliminates the noise from the signal.

The MZP4749ATAG is a versatile and reliable diode for general purpose industrial and consumer applications. Its Zener breakdown voltage, maximum power dissipation rating, and operating temperature make it an ideal choice for voltage regulation, voltage matching, and noise suppression applications.

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