ZL30136GGG2

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ZL30136GGG2 is a high precision, low jitter clock/timing generator, making it well suited in applications such as communications, networking and telemetry. This article will explain the range of applications for ZL30136GGG2 and how it works.

At the heart of the ZL30136GGG2 is a PLL based I2C bus timing generator, which is designed to output highly accurate, low jitter signals. The PLL based design provides for calibration which is accurate to 25MHz, allowing for resolution of up to 50psj-pk-skew. This precision makes the ZL30136GGG2 an ideal choice for telecommunications applications.

The wide range of applications the ZL30136GGG2 offers includes telecommunications, network timing, Ethernet and 10GbE data link interface and PCI Express clock distribution. It is also suitable for timing applications such as memory controllers and data converters. Furthermore, the ZL30136GGG2 can be used to develop a product that meets PCI Express 2.0 specifications, making it an ideal solution for next generation networks and applications.

The key features of the ZL30136GGG2 include a tolerance of ± 20 ppm, a maximum frequency of 100MHz, and a jitter peak-to-peak of 50ps. The minimum cycle time is 10ns, and the device is able to accommodate a vast range of frequencies from 1Hz to 100MHz. The ZL30136GGG2 utilizes a dedicated I2C timer for all of its system control and programming functionality.

In operation, the ZL30136GGG2 utilizes a PLL based timing generator, allowing it to precisely control the output frequencies. It first calibrates the desired frequency with an internal crystal, then it obtains an accuracy of 25MHz using an external reference frequency. The reference frequency is then used with a programmable I2C timer for maximum accuracy and jitter control. The programming of the device can be done either via the I2C bus or via the on-board programming interface.

Once configured, the ZL30136GGG2 can be used in a variety of applications. The device is able to utilize a variety of different reference clock sources, such as external oscillators, crystal oscillators, and even external TTL signals. The ZL30136GGG2 provides for both single-ended and differential outputs, with four differential and two single-ended reference outputs. It also has an operating temperature range between -25°C to 70°C, making it suitable for a wide range of applications.

In summary, the ZL30136GGG2 is a highly accurate, low-jitter clock timing generator, making it well suited in applications such as telecommunications, networking and telemetry. With a tolerance of 25MHz, and a jitter of up to 50ps j-pk-skew, the ZL30136GGG2 is the perfect choice for developers needing a clock timing generator for next generation products. The device offers a wide range of frequencies from 1Hz to 100MHz and is easily programmed through an I2C bus. With its high accuracy, low jitter and wide range of application possibilities, the ZL30136GGG2 is the perfect choice for clock/timing-related applications.

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