CDLL3051B-1

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CDLL3051B-1 is a type of Zener Single Diode, which is designed to be used in video and telecom device applications. The diode has a PN junction with two leads and is capable of passing current in one direction while blocking current in the opposite direction. The diode also has a breakdown voltage (VBR) of 30V and a maximum forward voltage of 10V. Furthermore, the device has a low stray capacitance of 4.5pF.

The primary application for this Zener diode is for the rectification of weak AC signals. The diode is used in power rectifier circuits where the alternating current has to be converted to direct current. This enables the AC to be used as a power source for devices that require direct current. In addition to this, the diode can also be used to regulate the output voltage in different types of power supplies.

The working principle of the CDLL3051B-1 Zener diode is based on the Zener effect. When the applied voltage reaches its Zener voltage, the electron-hole pairs are generated more quickly than they can be destroyed, leading to a sudden increase in the current. This sudden increase in current causes the diode to break down and results in the current flowing in both directions. This is referred to as being a diode breakdown and is essential for any type of rectification process.

The voltage regulation performance of the diode is also excellent. The CDLL3051B-1 can regulate the output voltage within its specified range. This ensures that the device operates at its rated voltage and does not experience any overloading or power fluctuations. As such, the device is suitable for use in different types of power supply systems.

In conclusion, the CDLL3051B-1 is a type of Zener Single Diode which is designed to be used in video and telecom device applications. It has two leads and is capable of rectifying weak AC signals. The diode also has excellent voltage regulation performance within its operating range. Furthermore, its low stray capacitance of 4.5pF makes it a great choice for power supply systems.

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