NZX6V2D,133

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• NZX6V2D,133 Introduction:

  NZX6V2D,133 is a single Zener diode, a semiconductor device designed to allow current to flow in reverse direction when it is forward-biased. It is useful in many electronic circuits, and is ideal for regulating voltages, stabilizing power supply, and providing switching. It is available in various sizes and shapes, and can operate over a wide voltage range.

• NZX6V2D,133 Application Field:

  NZX6V2D,133 can be used in a wide range of application fields, including protecting circuits from overvoltage, reverse polarity, and power spikes. It is commonly used for protection in electrical systems, over-voltage electrical devices, and general protection against over-current and voltage transients. It can also be used for clipping circuits and for voltage regulation.

• NZX6V2D,133 Working Principle:

  The structure of NZX6V2D,133 consists of an anode connected to a series of diodes, a cathode and a zener diode. When the zener diode is forward-biased, current will flow in both directions. It is the zener diode that prevents the voltage from exceeding the specified value. When the current is reversed, the “breakdown” voltage (Vz) is exceeded and the zener diode, together with the series of diodes, will prevent the current from reaching the anode.

  When the voltage across the zener diode reaches the specified value, an avalanche breakdown occurs and the current is limited to a maximum value set by the device. This is known as the “Zener effect”. The Zener effect is used to maintain the voltage across the diode and the maximum current is known as the “breakdown voltage” or “peak inverse voltage”. The breakdown voltage is typically around 6V for the NZX6V2D,133.

• Conclusion:

  In summary, NZX6V2D,133 is a single Zener diode that is used in various applications including protecting circuits, providing protection against over-current and voltage transients, clipping circuits, and voltage regulation. It is an inexpensive and reliable device, and can operate over a wide voltage range.

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