BZX384B2V4-G3-18

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The BZX384B2V4-G3-18 is a single zener diode designed for use in a variety of applications. The device is small and has a low thermal resistance, low capacitance and an extremely low power consumption level, making it ideal for use with applications that require a low power supply.

The BZX384B2V4-G3-18 Diode has a zener voltage of 18V and a maximum zener power dissipation of 15 mW. The diode also offers reverse current of 2.0 mA and a maximum operating temperature of 150C. It has a forward voltage of 85mV, standing current of 10 nA, and a junction capacitance of 7.1 pF.

The working principle of the BZX384B2V4-G3-18 diode is based on a junction between a conductive p-type semiconductor and an n-type semiconductor. A positive voltage applied to the anode forces the electrons in the p-type region to cross the junction and fill the n-type region. This process creates a region of higher electron density, allowing current to flow from the anode to the cathode. When the voltage reaches the breakdown voltage of the diode, the current stops flowing and the diode becomes non-conductive.

The BZX384B2V4-G3-18 diode is suitable for use in a variety of general-purpose applications, such as voltage regulation and AC detection. The diode can also be used for surge protection and over-voltage protection by dissipating energy during surges, thereby protecting the circuit. It can also be used in power regulation and current limiting circuits.

In addition, the BZX384B2V4-G3-18 diode can be used in a variety of switching applications such as in timers, relays, and solenoids. The diode also has a low power consumption and is suitable for use in a variety of low-power applications such as LED lighting, LED lighting control systems, and medical imaging systems.

The BZX384B2V4-G3-18 diode is a versatile and reliable device and is suitable for use in a variety of applications. It has a low thermal resistance, low capacitance, and an extremely low power consumption level, making it ideal for use with applications that require a low power supply.

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