SMBG5352CE3/TR13

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The SMBG5352CE3/TR13 diode is a single Zener diode, which belongs to the Diodes - Zener - Single category. This diode is ideal for applications that require low leakage, high reverse breakdown voltage and good stability. It has a thin film construction with high temperature glass seals, making it the ideal choice for many electronic projects where reliability of the component is key.

The SMBG5352CE3/TR13 diode is designed to be used in both high power and medium power applications. It can be used in a wide range of applications, from simple static discharge applications to AC/DC switching in automotive and industrial applications. The SMBG5352CE3/TR13 has a maximum power rating of 1.1KW and a reverse breakdown voltage of 5.6V. Additionally, it has a reverse leakage current of 0.75μA and a forward current rating of 300mA.

The Zener diode\'s working principle can be written in one simple equation:

Vz=Vf-IR

This equation can be interpreted as, the voltage across the diode, or Vz, is equal to the forward voltage of the diode subtracted from the reverse voltage of the diode multiplied by the current running through the diode, or IR.

When forward biasing the SMBG5352CE3/TR13 diode, the current runs in a single direction, and then slows to a stop when the diode reaches its maximum forward voltage rating of 5.6V. When the diode is reversed biased, the current runs in the opposite direction, and then reaches a constant value when the maximum reverse voltage is reached.

This diode can be used for many different applications, some of which include:

• For static discharges which require an adjustable voltage drop.
• As a switch in AC/DC circuits.
• For overvoltage and ESD protection.
• For low-noise circuits in radio equipment.
• For protection from electrochemical reactions in high voltage applications such as solar panels.

The SMBG5352CE3/TR13 offers high performance in a small package. It offers great stability, low leakage current, and a high reverse breakdown voltage. This makes it the perfect choice for many electronic projects.

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