NZX3V3C,133

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The NZX3V3C,133 is a single zener diode. It is a semiconductor device that works like a regular diode but with the addition of zener breakdown. This allows it to regulate and clip voltages and prevent transients. The breakdown voltage of the NZX3V3C,133 is 3.3 volts, with a current rating of 133 milliamps. It works by allowing current to flow either way in the device, but when the voltage applied to either side exceeds the reverse breakdown voltage, the device begins to conduct and clips the voltage. The NZX3V3C,133 is designed for use in integrated circuits and features a hermetically sealed package for improved reliability and performance.The NZX3V3C,133 can be used as a discrete device in various applications for voltage regulation, voltage polarization, clamping, and transient suppression. It is commonly used in industrial, automotive, and military applications, as well as in radio frequency communication. The NZX3V3C,133 can be used to protect electric circuits from voltage spikes, noise, and over-voltage conditions, as well as to regulate the output voltage of power supplies. It can also be used to protect electric motors and other loads from potentially damaging over-voltage conditions.The NZX3V3C,133 consists of semiconductor material such as silicon carbide or gallium nitride, with a heavily doped, or "doped," junction. It works by allowing a specified amount of current to flow through the diode until the zener breakdown voltage is reached, at which point a reverse breakdown occurs and the diode begins to switch on. This switching current is known as the zener current and can be any amount of current ranging from very small to the full current rating of the diode. Once the breakdown voltage is reached, the device will remain in a conduction state and effectively clamp the voltage to the breakdown level, allowing a continuous current to flow through the device.In summary, the NZX3V3C,133 is a single zener diode designed for use in integrated circuits and in various application fields for voltage regulation, voltage polarization, clamping, and transient suppression. It features a hermetically sealed package and operates by allowing current to flow in either direction until the zener breakdown voltage is reached, at which point a reverse breakdown occurs and the device will remain in a conduction state, clamping the voltage to the breakdown level.

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