5T9304EJGI

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The 5T9304EJGI is a CMOS clock buffer specifically designed to provide multiple low-skew, low-jitter output signals from a single input clock. It also incorporates advanced features and technologies to reduce overall noise and simplify system clocking. This device is able to handle multiple applications which make it a valid option for a range of applications.

The 5T9304EJGI clocks offer excellent skew performance and superior jitter performance up to 150MHz. In addition, the device\'s spread-spectrum function helps reduce EMI (electromagnetic interference), saving valuable design-in time and system costs.

The designed features of the 5T9304EJGI buffer allow it to be used in a variety of applications. It can be used as a clock buffer or as a line driver in high-speed applications, such as memory controllers, disk controllers, communication controllers, digital signal processors, and interfacing to high speed memories. Another application that benefits from the 5T9304EJGI is embedded system designs. The buffer enables a reliable interface between the master clock (system clock) and the memory interface by reducing the skew.

The 5T9304EJGI is a single input, nine output device designed according to the CMOS I/O architecture to provide low-skew and low-jitter clock signals. The input clock range is DC to 150MHz, while the output frequency can be set to a maximum of five different frequencies with duty cycle of 50/50. It also includes spread-spectrum frequency modulation, spread-spectrum duty cycle modulation, output enable and low-power hold feature.

At its core, 5T9304EJGI’s functionality can be broken down into three main components—separate clock output, skew control, and spread-spectrum frequency modulation. To produce multiple low-skew, low-jitter output clocks from a single input clock, the 5T9304EJGI features a global phase-locked loop (PLL) that can pull phase and frequency information from the input clock instead of relying on an external clock. This allows for precise skew control and prevents the input clock from being influenced by the output clocks.

The 5T9304EJGI also features spread-spectrum frequency modulation, which can be used to reduce overall noise generated by the clock tree. This enables a more reliable clock signal, which simplifies system clocking and reduces power consumption. The spread-spectrum function can also be used to reduce EMI frequencies, enabling rapid design-in time and system costs.

The 5T9304EJGI comes with a variety of user-selectable settings that allow design engineers and system architects to fine-tune the clock output settings. This includes the ability to select the output frequency, duty cycle, spread-spectrum type, spread-spectrum range, output enable and low-power hold settings.

All in all, the 5T9304EJGI is an excellent choice for any application that requires high performance, low-skew and low-jitter clock signals. It is suitable for memory controllers, disk controllers, communication controllers, digital signal processors, and interfacing to high speed memories. Additionally, its spread-spectrum modulation capabilities enable design engineers to reduce noise, power consumption, and electromagnetic interference, saving valuable design-in time and system cost. The 5T9304EJGI is a robust, efficient, cost-effective solution for any application requiring multiple low-skew, low-jitter clock signals.

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