NZH13B,115 Discrete Semiconductor Products

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Diodes, commonly known as rectifiers, are essential power conversion components, and Zener single diodes are one of the most widely used diodes. NZH13B, 115 is a single Zener diode with the markings code NZH13B and a breakdown voltage of 115V.

The application of NZH13B,115 is mainly used in voltage regulation, voltage stabilization, voltage protection, alternating current to direct current conversion, rectified power supply and other circuits. Especially in power supply schematics or audio circuits, Zener diodes can be used as voltage limiters to limit the voltage of other components, or as voltage stabilization components to provide a steady voltage.

Working Principle of NZH13B, 115: This single Zener diode is PN junction, Like general silicon PN junction diodes, when the forward current passes through the diode, the junction generates a certain power drop, when the applied voltage reach the Zener break down voltage, the diode will reverse bias, at this time, the Zener diode will generate a voltage drop and cause the diode to break down. According to the I-V curve, when the current increases to a certain value, the PN junction breakdown occurs and the voltage drop remains constant.

In addition, the reverse surge current of the five-pointed star Zener diode will cause the reverse recovery time of the diode to increase, which leads to a decrease in switching efficiency. It is necessary to select the diode with a large reverse recovery time and low leakage current for use. NZH13B,115 can meet this requirement. The operating temperature range of the diode is -55°C to +145°C, so ensure its good temperature performance.

The NZH13B,115 single Zenor diode has a low cost, simple structure and stable performance. It is widely used in various circuits and widely used among electronic components. Its main application circuit includes power supply, over-voltage protection, voltage stabilization, rectification and many other circuits.

In conclusion, the NZH13B, 115 single Zener diode has the advantages of low cost, stable performance and wide range of applications. Its working principle and simple structure determine its wide application range. Its operating temperature range is -55°C to +145°C, and its reverse current can meet the requirements of switching efficiency.

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