5P30017NDGI8

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The 5P30017NDGI8 is a Clock Buffer or Driver with multiple outputs and a single clock input. This driver can be widely used in multiple applications and has various features, making it ideal for a variety of timing requirements. This article will provide an overview of the 5P30017NDGI8 and its application field, as well as its principle of work.

Overview and Features

The 5P30017NDGI8 is a clock Buffer or Driver with multiple outputs and a single clock input. It can be used for a variety of applications, such as distributing a single clock signal to multiple devices, or for a limited number of applications, such as cascade counter and protection of a single clock signal output. The clock buffer has a wide supply voltage range of 1.8 V to 5.5 V, and can drive higher capacitive loads. On-chip termination of the clock line greatly improves on-chip impedances and eliminates reflections that would otherwise create distortion in differential signals. The on-chip input and output line termination reduces noise coupling, allowing the clock buffer to work well in noisy environments. The output of the 5P30017NDGI8 is configured in series with a low pass filter, which helps reduce EMI, thus improving the performance of the system. Moreover, the 5P30017NDGI8 offers three different logic families to facilitate the selection of suitable logic family in various applications.

Application Fields

The 5P30017NDGI8 can be widely used in multiple applications. The most common applications of the 5P30017NDGI8 are for distributing a single clock signal to multiple devices, for cascade counter, and for protection of a single clock signal output. This Clock Buffer can also be used in audio systems, host systems, PLCs, industrial control systems, automotive electronics, etc. It can be used in a variety of applications because of its wide voltage range, on-chip termination, input and output line termination, low pass filter, and multiple logic family options.

Operating Principle

The 5P30017NDGI8 is a Clock Buffer or Driver with multiple outputs and a single clock input. It works by taking the received clock signal at the input and compressing or expanding it to create multiple clock outputs with a desired frequency or delay. The number of outputs is equal to the number of clock signals. The on-chip input and output line termination reduces noise coupling, allowing the clock buffer to work well in noisy environments. On-chip termination of the clock line greatly improves on-chip impedances and eliminates reflections that would otherwise create distortion in differential signals. The output of the 5P30017NDGI8 is configured in series with a low pass filter, which helps reduce EMI, thus improving the performance of the system.

Conclusion

In conclusion, the 5P30017NDGI8 is a Clock Buffer or Driver with multiple outputs and a single clock input. It is useful in a wide range of applications, including distributing a single clock signal to multiple devices, cascade counter, and protection of a single clock signal output. It has wide voltage range, on-chip termination, input and output line termination, low pass filter, and multiple logic family options, which make it suitable for different applications. It works by taking the received clock signal at the input and compressing or expanding it to create multiple clock outputs with a desired frequency or delay, and the output of the 5P30017NDGI8 is configured in series with a low pass filter, which helps reduce EMI, thus improving the performance of the system.

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