ZL30143GGG

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The ZL30143GGG is a specifically designed clock circuit created to serve multiple purposes such as in telecom, data communication, and automotive applications. It is used for a wide array of timing applications, including frequency synthesis and division, precision time capture and delivery, and repeatable and accurate time division multiplexing. It is also used to form Jitter Cleaners and Phase Locked Loops. In today’s fast-paced world, this type of device helps make everything more efficient.

Features

The ZL30143GGG integrates a comprehensive feature set in a compact package design. At 1.39" by 1.38" (LxW), it saves both size and cost, while still delivering on performance. Features of this device include a wide operating frequency range (20 MHz to 4.8 GHz), a Noise Time Constant Control to reduce jitter on clock outputs, and per-pin output Skew Control for phase adjustments on multiple clocks. This device is designed for operation in the industrial temperature range (-40°C to +105°C).

Applications

The ZL30143GGG has been designed for use across a wide range of industries, including telecom, data communication, and automotive applications. It is capable of achieving the highest accuracy, repeatability, and reliability. Specific applications include frequency synthesis and division, time capture, precise time division multiplexing, timing control, precise time measurement and metrology, as well as precision frequency division.

Working Principle

The ZL30143GGG operates using a combination of digital circuits and analog blocks. The core of the device uses a set of PLLs and dividers to generate programmatically controllable frequencies and clock signals. These frequencies and clocks are then used to drive several outputs. The device also has a Time Error Measurement (TEM) engine, which measures the time difference between two clocks. This enables the device to track and correct for start time skew and to measure and report input jitter on the reference clock.}

Conclusion

Overall, the ZL30143GGG is a reliable and efficient clock circuit, capable of providing power, accuracy, and consistency. This device saves on both size and cost, while still delivering on performance. It serves many industries, including telecom, data communication, and automotive applications. Because of its multiple features and functions, the device can be used in frequency synthesis and division, time capture, precise time division multiplexing, timing control, precise time measurement and metrology, as well as precision frequency division.

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