SMBJ5334B/TR13

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The SMBJ5334B/TR13 is a high-performance, single Zener diode with a maximum reverse power dissipation rating of 500mW. It offers high surge capability, with a working voltage of 5.33V, a reverse-voltage standoff of 12.2V, and a peak reverse current of 8.5mA. As with all diodes, the SMBJ5334B/TR13 has two terminals to conduct current; the anode and cathode. The diode works by allowing current to flow through it in only one direction, from the anode to the cathode, while blocking current from flowing in the opposite direction. The device’s body is also marked with a polarity arrow to indicate the direction of conduction.

The SMBJ5334B/TR13 has many different applications where its unique characteristics make it particularly attractive. It is well known for its use in electrical overstress (EOS) protection, protecting circuits from potentially damaging voltage and current transients. In this application its excellent rating of 500mW is beneficial as it allows a greater amount of current to be sourced. The device is also ideal for use in sensing and detection circuits, given its low reverse leakage allowing accurate current measurement and control. As the device is designed to conduct current in both directions, it can also be used to route current in the intended voltage level.

In addition to its practical applications, the SMBJ5334B/TR13 also works on a fundamental scientific level to regulate current and voltage. As current passes through the device, the voltage of the cathode begins to develop, which then acts as a “barrier”, stopping further current from entering the device from the anode. The panel is then able to regulate the flow of electricity in a manner that helps maintain a steady current throughout the entire circuit.

The SMBJ5334B/TR13 is an essential device for the development of reliable and safe circuits. Its versatile and dependable nature make this diode highly suitable for a great variety of applications. The device’s robust design and reliability, combined with its low reverse-leakage current, make it well suited for controlling current in a wide range of applications, including electrical overstress protection, sensing and detection circuits, and current routing.

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