ZL30130GGG

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The ZL30130GGG clock/timing system is a versatile and reliable timing solution for various applications. It utilizes a combination of quartz crystal and digital technology to accurately and reliably time various events. The ZL30130GGG clock/timing system can be used in numerous applications, from industrial and medical, to entertainment and financial markets. There are a variety of specific clock/timing systems in the ZL30130GGG family, including the ZL30130GGG-30 and the ZL30130GGG-40. These two specific clock/timing systems are designed for use in applications requiring very precise timing, such as industrial process control and MRI timing, and the applications for which they serve.

The ZL30130GGG-30 quartz clock/timing system features a low-power, full-digital timing system with a programmable temperature compensation algorithm. This advanced algorithm enables it to accurately keep time under varying environmental conditions. The ZL30130GGG-30 clock/timing system also features a wide range of outputs, which can be used to synchronize multiple devices, perform remote and automated sequence control, and easily interface with various external systems, including PLCs, DCSs, and other industrial control systems. The quartz crystal used in the ZL30130GGG-30 clock/timing system ensures that it is accurate to within one part-per-million (ppm) of its rated accuracy at room temperature.

The ZL30130GGG-40 is designed for applications requiring even higher accuracy and higher resolution. It utilizes a digital temperature compensation algorithm to achieve even more precise synchronization and timing accuracy. In addition, the ZL30130GGG-40 also features a wide range of outputs, allowing it to be easily integrated into any system. The quartz crystal used in the ZL30130GGG-40 ensures that it is accurate to within a fraction of a ppm of its rated accuracy at room temperature.

The working principle of these clock/timing systems is based on the quartz crystal oscillator, which is a vibrating crystal structure consisting of an array of microscopic quartz crystals arranged in a crystalline lattice. The crystal is constantly oscillating at a specific frequency, known as the fundamental frequency. The quartz crystal is used as a frequency reference, and when an electric current is applied to it, its fundamental frequency will be increased or decreased. The ZL30130GGG-30 and ZL30130GGG-40 systems use this principle to accurately and reliably control the timing and synchronization of devices.

The ZL30130GGG clock/timing system provides reliable and accurate timing and synchronization for a variety of applications. It is designed to be a low-power, robust, and easy-to-use solution for timing and synchronization needs. The ZL30130GGG-30 and ZL30130GGG-40 clock/timing systems provide precise and accurate timing accuracy, and their wide range of features makes them ideal for many industries, from industrial and medical to entertainment and financial markets.

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