SI5334J-B00328-GM

Series:	*
Packaging:	Tray
Part Status:	Active
Mounting Type:	Surface Mount
Package / Case:	24-VFQFN Exposed Pad
Supplier Device Package:	24-QFN (4x4)

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SI5334J-B00328-GM Introduction

The SI5334J-B00328-GM is an advanced-generation ultra-low-power, Clock/Timing, Application-Specific Clock Generator (ASCG). The device’s low-power operation, coupled with its compact form factor, makes it ideal for applications requiring precise timing and synchronization solutions, such as telecommunication equipment, cell phones, tablets, industrial automation and other embedded systems.

SI5334J-B00328-GM Architecture

The SI5334J-B00328-GM features a programmable dual Silicon Labs PLL core architecture with an integrated VCXO (Voltage Controlled Crystal Oscillator) output. This design allows the user to generate clock signals with extreme accuracy and flexibility, as well as enabling clock synchronization across different platforms. The device also features an associated I/O interface and control logic. This is used to configure and control the device, as well as to monitor the external sources of the clocks. The power consumption is kept to a minimal throughout the device’s operation, with the option for powering down to conserve power when not in use.

SI5334J-B00328-GM Application Field

The SI5334J-B00328-GM is an ideal solution for a variety of applications in the fields of telecommunication, computer peripherals, industrial automation, and embedded systems. The device enables precise timing and synchronization solutions to these markets. In telecom applications, the device can be used to generate precise, low-power clock signal for signal transducers and up/down converters. It can also be used in mobile phones and tablets to synchronize the different components within the system. In the field of industrial automation, the SI5334J-B00328-GM allows precise timing synchronization across multiple machines, such as CNC machines, to ensure safety and accuracy in operation. The device is also often used in the field of embedded systems, to generate precision clock signals that are necessary for system or sensor operations.

SI5334J-B00328-GM Working Principle

The SI5334J-B00328-GM works by relying on its programmable dual PLL architecture and integrated VCXO output. The device can accept external oscillator inputs, allowing the device to sync externally-sourced clock signals. The device also features an associated I/O interface and control logic, enabling the device to be programmed and monitored. The device also contains a clock synthesizer, allowing it to generate clock frequencies from a wide range of sources. This includes external sources, such as crystal oscillators and GPS receivers. The single-ended outputs of the device can be programmed to any desired frequency output across wide range. The SI5334J-B00328-GM is designed to consume the lowest possible power, while still delivering maximum performance. This is achieved by utilizing multiple low-power components and by using intelligent logic to disable unused features during low-power operation. This allows the device to stay active while consuming minimal power electrical power units, making it an extremely efficient Clock/Timing solution for applications that require precise timing synchronization.

Conclusion

The SI5334J-B00328-GM is an advanced-generation ultra-low-power, Clock/Timing,Application-Specific Clock Generator (ASCG). The device’s low-power operation, coupled with its compact form factor, makes it perfect for applications requiring precise timing and synchronization solutions, such as telecom, industrial automation and embedded system applications. The device utilizes a programmable dual Silicon Labs PLL core architecture with an integrated VCXO (Voltage Controlled Crystal Oscillator) output to generate precise clock signals across wide frequency ranges. The SI5334J-B00328-GM also as intelligent logic to use minimal power while still delivering maximum performance. This makes it perfect for low-power applications that need precise timing.

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