SMZG3795A-E3/52

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The SMZG3795A-E3/52 is a single part of a range of power diodes within the group of Zener diodes. It offers a Pd of 0.5W, a breakdown voltage of 3.9V and an allowable power dissipation of 10mW.

Zener diodes are used in many types of electronic circuits. They are designed to be able to maintain a specific voltage level in circuits and to prevent the voltage from exceeding that level. This property makes them ideal for protecting other components from excessive voltages.

The SMZG3795A-E3/52 is used primarily for the protection of other components from potential damages due to power surges and voltage spikes. They are also often used in circuits used to regulate the voltage of a given device. For instance, they can be found in power supplies, as well as in automotive applications where they regulate the voltage of the battery.

The SMZG3795A-E3/52 is an ideal choice for applications where low-power dissipation is important. It offers the ability to precisely control the voltage in a circuit, as well as good stability and low noise. Additionally, its wide power handling capability and fast switching time make it suitable for use in fast switching circuits.

The working principle of a Zener diode is based on the principle of voltage breakdown. When the voltage across the diode reaches a given value, it begins to break down allowing an excessive current to flow across the diode. This current causes the voltage to be limited to the set value, thus stabilizing the voltage of the circuit.

When using Zener diodes, it is important to note that the current passing through the diode must be properly regulated. If the current is too high, the diode can be damaged by the excessive heat. Conversely, if the current is too low, the voltage will not be stabilized adequately.

In summary, the SMZG3795A-E3/52 is a single part of a range of power diodes within the group of Zener diodes and is used primarily for the protection of other components from potential damages due to power surges and voltage spikes. It is an ideal choice for applications where low-power dissipation is important, offering the ability to precisely control the voltage in a circuit, as well as good stability and low noise. Its working principle is based on the principle of voltage breakdown, where the current passing through the diode must be properly regulated in order for the voltage to be stabilized adequately.

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