NZX12A,133

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Diodes - Zener - Single

The NZX12A,133 is a single-zone (commonly referred to as a “Zener” diode) diode having a conductivity type that is very high in forward direction and very low in reverse direction.

It consists of a single section that has two connections, an anode (positive), and a cathode (negative). It is designed to provide a two-way current flow by regulating the voltage or current in a circuit. When its anode is positively charged and its cathode negatively charged, an electrical current will flow in a single direction, from anode to cathode. When its anode is negatively charged, its cathode will be positively charged and a current will then flow from cathode to anode.

The NZX12A,133 is predominately used in telecommunications, medical imaging and aerospace industry. It is typically used to regulate incoming electrical signals and limit their magnitude, allowing them to be passed through the circuit without damage.

Within a circuit, it aids in facilitating the operation of a regulator by limiting or “clipping” the incoming signal to a predetermined value. This prevents its output from exceeding the limits of the circuit, while still allowing the output to be modified or corrected depending on the circuit’s needs. This is especially useful when design considerations require sensitive components to be protected from excessive voltages or currents.

The NZX12A,133 is a low-power (200mW) zener diode constructed of a form of gallium arsenide (GaAs), which makes for a very small form factor. This design also allows for higher reverse voltage ratings, making it capable of being used in more complex and sophisticated circuitry.

When the diode is applied in a circuit, it has a reverse breakdown voltage of 13.3V, allowing for low voltage and current values to be regulated. Its breakdown voltage is extremely low, allowing for the resistance of the circuit to remain relatively constant. This allows for the desired resistance to be maintained.

The NZX12A,133 is a popular choice for a variety of applications as it permits a wide range of low-frequency signals to be regulated while maintaining a relatively constant resistance. This makes it a very versatile diode, capable of being used in a wide array of applications.

The NZX12A,133 can also be used in temperature compensation and reverse-bias rectifying applications. In these applications, the device is used to adjust the circuit’s operating temperature in order to maintain accuracy. It can also be used in reverse-bias rectifying applications, which allow a current to flow in a single direction. This offers greater efficiency and better accuracy, making it a popular choice in multiple applications.

The NZX12A,133 is also capable of being used in RF applications, as it permits a smooth and stable transfer of high-frequency signals. This is because the diode’s breakdown voltage remains relatively constant, allowing for the desired frequency to be maintained.

Overall, the NZX12A,133 is a versatile and reliable Zener diode. Its compact form factor and reverse breakdown voltage of 13.3V make it a popular choice in a variety of applications, from telecommunications to medical imaging to aerospace and more. Its ability to regulate low-frequency and high-frequency signals, while maintaining a relatively constant resistance, makes it a popular choice for engineers.

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