SZMMSZ5236BT1G

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The SZMMSZ5236BT1G is a type of single p-n junction diode with a reverse breakdown voltage rating of 5.2V, making it highly suitable for voltage regulation, overvoltage protection, and free-wheeling diode applications. These diodes are fabricated using a high quality silicon epitaxial planar construction and feature a rated forward current of 0.3A and a zener voltage tolerance of 5%.

Application Field: In circuit design, the versatile SZMMSZ5236BT1G is often used to provide a regulated voltage in applications such as voltage-regulated supplies, LED displays, buffer stages, EMI/RFI filtering, and switch mode power supplies. It can also be used in battery protection circuits, switching supplies, high impedance differential amplifiers, Zener diode bias stabilizations, and inductor-diode circuits.

Working Principle: The SZMMSZ5236BT1G operates according to the zener diode effect. This effect states that when a p-n junction diode is connected in reverse bias, the voltage across the junction will not rise above a particular value (the zener voltage). The zener voltage is determined by the doping of the p-type and n-type layers of the diode and other factors. When the voltage across the diode increases, the reverse current increases dramatically. This allows a larger amount of current to flow in the opposite direction, resulting in a stable voltage. The stable voltage produced by the SZMMSZ5236BT1G can be used to regulate the voltage in a circuit, provide overvoltage protection, or act as a free-wheel diode in a switching circuit.

In summary, the SZMMSZ5236BT1G is a single p-n junction diode with a reverse breakdown voltage rating of 5.2V. It can be used in applications such as voltage-regulated supplies, LED displays, buffer stages, EMI/RFI filtering, and switch mode power supplies for voltage regulation, overvoltage protection, and free-wheeling diode applications. Its operation is based on the zener diode effect, wherein a reverse bias voltage at the p-n junction results in a stable output voltage.

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