CDLL4753A

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The CDLL4753A is a single Zener diode, manufactured by Zetex, comprised of a lightly-doped p-type barrel and a heavily-doped n-type zone. The device has a small footprint, measuring 1.2mmx2.2mm, and it operates from a maximum current of 5mA with a maximum voltage of 24V. It is designed to provide a single low-impedance, low-noise, Zener diode that is particularly suited for portable and embedded applications that use limited space.

The CDLL4753A is suitable for a wide range of needs, offering a 6mA, 24V Zener breakdown voltage, a very low-noise operation and a high temperature stability. The device is particularly suitable for differential pair applications, providing voltage reference in high-speed signal applications, as well as reducing ground-bounce. The CDLL4753A can also be used in a variety of automotive, communications and power management circuits, wherein it is able to meet the stringent space requirements and maintain a high performance level.

The device is suitable for use in a variety of signal path and low-noise applications, such as for signal buffer, switching and other types of buffer and protection circuits. The device\'s low-noise operation makes it suitable for high-speed signal paths, such as for the output stages of amplifiers and audio-amplifiers, as well as for power supplies, logic and data converters, and various other circuits. Moreover, the device\'s high temperature stability makes it capable of maintaining a constant Zener voltage over a wide range of temperatures.

The CDLL4753A is a 1.2mmx2.2mm single Zener diode, that is capable of providing a 6mA, 24V breakdown voltage, and operates with a maximum current of 5mA. The device is particularly suited for applications that require a low-impedance, low-noise, Zener diode, such as for signal buffer, switching and other types of buffer and protection circuits. It is also suitable for use in a variety of automotive, communications and power management circuits, wherein it is able to meet the stringent space requirements and maintain a high performance level. Additionally, the device\'s high temperature stability ensures that it is able to maintain a constant Zener voltage over a wide range of temperatures.

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