SMBJ5368C/TR13

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The SMBJ5368C/TR13 diode is classified as a single Zener diode, and it is used for applications such as voltage regulation and transient protection. The device consists of a PN junction, which is built using a Schottky barrier and thin-film process. It has an efficient thermal design that provides excellent thermal stability and has a high power rating.

The SMBJ5368C/TR13 diode has many important features, including a low breakdown voltage, low leakage current and fast reverse recovery time. The breakdown voltage is typically 5.2V and can range from 4.7V to 5.7V. The maximum leakage current is 6mA, and the maximum reverse recovery time is around 1 nanosecond.

The SMBJ5368C/TR13 diode has two main application fields. Firstly, it can be used for voltage regulation and transient protection. By connecting the diode in series with a voltage supply, it can control the voltage level of the output, and the Zener diode will isolate the current in reverse direction. This makes the device ideal for applications where transient protection is required. Secondly, it can also be used in pulse-width modulation circuits. This type of circuit is used to control the switching speed of a motor or other electronic device, and the SMBJ5368C/TR13 can provide fast response and excellent switching characteristics.

In terms of working principle, the SMBJ5368C/TR13 diode operates on the Zener effect. When the voltage across the PN junction reaches the breakdown voltage of the diode, a large current will flow in the forward direction, thereby providing the desired voltage regulation. The reverse voltage on the diode will also be limited by the breakdown voltage, thus providing excellent transient protection.

In conclusion, the SMBJ5368C/TR13 diode is a single Zener diode offering low breakdown voltage, low leakage current and fast reverse recovery time. It can be used in applications such as voltage regulation and transient protection, and it is an ideal choice for pulse-width modulation circuits. The diode works on the Zener effect, and when the PN junction reaches breakdown voltage, a large current will flow in the forward direction, thereby providing the desired voltage regulation.

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