BZG05C16-E3-TR3

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Zener diodes are widely used in electronics devices, and BZG05C16-E3-TR3 devices are high quality diodes in single form available in the market. They are manufactured using thin layers of silicon, which offer low leakage current, fast switching, high temperature stability, and other similar qualities.

The zener voltage of this diode is 16V and it has an operating temperature range from - 55 °C to 125 °C. The maximum power dissipation is 500mW and the maximum reverse leakage current at 25 °C is 100nA. The BZG05C16-E3-TR3 has a breakdown voltage of 5.2V and the impedance that must be overcome for it to begin to conduct is 10kΩ. Moreover, its maximum reverse voltage is 20V, and its maximum forward voltage is 1.5V.

Given the features of this single zener diode, it finds applications in a variety of fields such as voltage regulation, low power switching, and reverse protection. It is most commonly used as a voltage regulator in power sources and automotive applications, as the zener voltage acts as a stable reference point. This diode also finds use in audio applications, as it helps filter out high frequency signals to protect sensitive circuitry. It is also ideal for protecting digital logic parts due to its low impedance.

BZG05C16-E3-TR3 devices also find application in a number of DC voltage multiplier circuits. In these circuits, it acts as a clamping diode to ensure that the output voltage and current do not exceed the input voltage and current. Such circuits are commonly used in solar PV systems, power supplies, and power conversion.

The working principle of the BZG05C16-E3-TR3 diode is based on the PN junction. As an electric field is applied across it, electrons from the n-type side of the junction move towards the p-type region. This causes a reduction in the depletion layer, resulting in current flow. At the same time, in the reverse direction, a lattice of positive ions is built up near the junction due to the electric field. This allows for a controlled current to flow in the reverse direction.

The zener voltage of the diode depends on its doping levels and the width of the depletion layer. As the voltage across the diode increases, the reverse current also increases up to a certain point. Beyond this point, the current will remain constant, regardless of the voltage across the diode. This property is known as the zener effect, which results in the voltage regulation provided by this diode.

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