CDLL6318

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CDLL6318 is a single zener diode device used for voltage regulation and circuit protection. It is specifically designed to provide a linear voltage regulation over a wide temperature range, from minus 40 to plus 100 degrees Celsius. In addition, it is well suited for use in high power applications such as telecom, industrial, and automotive applications.

The device consists of two parts, the cathode and anode, which are joined together internally. The anode is the point at which an external load can be connected and the cathode is the connection point for the power supply. The device features an internal thermally-activated current limiting structure, which provides a robust protection mechanism against excessive current. In addition, the device also features a reverse polarity protection that prevents reverse biasing of the diode.

The working principle of the CDLL6318 is fairly simple. When the device is exposed to an externally applied voltage, it passes a current through its anode, dissipating energy and regulating the voltage of the load. By adjusting the magnitude of the applied voltage, the device works as a voltage regulator. The regulation is linear over a wide range of temperatures, from minus 40 to plus 100 degrees Celsius.

The applications for the CDLL6318 include telecom, industrial and automotive fields. In telecom applications, the device can be used to provide a stable voltage supply to distributed electronics that are subjected to transient currents or overvoltages. In industrial applications, the device helps to reduce the adverse impact of voltage spikes or excess current on the connected circuits. Finally, in automotive applications, the device is used to provide a stable operating voltage for critical electronic components, such as sensors or actuators.

In conclusion, the CDLL6318 is a single zener diode device that provides a linear voltage regulation over a wide temperature range, from minus 40 to plus 100 degrees Celsius. This makes it well suited for use in high power applications such as telecoms, industrial, and automotive fields. The device also features an internal thermally-activated current limiting structure, along with reverse polarity protection, for robust protection against overvoltage or excess current issues.

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