AZ23B24-HE3-08

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The AZ23B24-HE3-08 is an array of voltage references based on Zener diodes. It is an efficient tool in the development and implementation of high speed, low-noise and low-power voltage reference circuits. It is made of a series of Zener diodes each designed for a specific breakdown voltage range. It is also designed with high accuracy, low noise and low power.

The az23B24-HE3-08 array is usually used in applications like regulating and stabilizing the output of power supplies, test and measurement, temperature compensated circuits, mixed signal circuits and data acquisition systems. In addition, it is also used in switch-mode power supplies and voltage dividers, power measuring, controlling and isolation, and other critical applications.

In terms of operation, the AZ23B24-HE3-08 array is designed to operate between 1.8 V and 6.2 V outputs. It consists of two or three Zener diodes connected in series. The diodes are connected in a way that each Zener diode will share the output voltage in proportion to its breakdown voltage. This allows the user to determine the output voltage range of the device.

The array also includes additional protection against the input conditions of short circuits and power overloads. This protection is accomplished by including low voltage output limiters anticipating any input variation and limiting the maximum output current that can be delivered.

Furthermore, the AZ23B24-HE3-08 array also helps to improve system reliability by providing temperature and voltage drift compensation, as well as providing consistent output levels over time. The device also helps reduce noise and jitter, as well as providing long-term stability.

The AZ23B24-HE3-08 array is an efficient and effective way to reduce power consumption, providing a low-noise, high-accuracy, low-power and reliable solution to a wide range of applications.

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