BZG05C62-E3-TR

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The BZG05C62-E3-TR diode, categorized under Diodes - Zener - Single, is a voltage regulator. Its primary function is to provide a steady voltage output, regardless of changes in input voltage or load conditions. This is done by allowing the current to automatically adjust in the presence of a change in input voltage in order to maintain a predetermined output voltage.

Zener diodes are used to protect circuits from over-voltage and to provide an accurate, constant output voltage. They do this by limiting the amount of voltage between two points and providing a voltage drop when the input voltage exceeds the zener voltage. By providing this voltage drop, the zener diode serves to protect other components in the circuit from being damaged due to over-voltage.

The BZG05C62-E3-TR is a 3.3 V Zener diode with a maximum zener reverse current of 560 mA. The diode is capable of achieving a maximum power dissipation of 450 mW. The reverse breakdown voltage is 2.4 V, and the forward voltage drop is 1.1 V. The package size is SOD-323, which is a very small surface-mount package.

The most common application for the BZG05C62-E3-TR is for a voltage regulation or protection. It can be used in automotive and mobile applications, as well as for DSL line protection. It is also commonly used for voltage stabilization in circuits with a wide range of input voltages.

The working principle of the BZG05C62-E3-TR is fairly straightforward. The zener diode functions by allowing the current to adjust in the presence of a change in input voltage. When the input voltage exceeds the zener voltage, the current automatically adjusts, resulting in a constant output voltage. This ensures that the output voltage remains stable, regardless of changes in the input voltage or load conditions.

In conclusion, the BZG05C62-E3-TR is a 3.3 V zener diode with a maximum zener reverse current of 560 mA. It is commonly used for voltage regulation and protection, as well as for DSL line protection and voltage stabilization in circuits with wide range of input voltages. The working principle of the diode is that it allows the current to automatically adjust in the presence of a change in input voltage, resulting in a steady output voltage.

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