SI5327-EVB

Series:	--
Part Status:	Active
Type:	Timing
Function:	Precision Clock
Embedded:	No
Utilized IC / Part:	Si5327
Primary Attributes:	--
Supplied Contents:	Board(s), Cable(s)
Secondary Attributes:	--

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Introduction

SI5327-EVB is an evaluation board and kit powered by SiTime Corporation, which is used to evaluate the performance of its low-jitter MEMS oscillators connected to a variety of buses including Ethernet, PCI, SPI, and UART. This evaluation board and kit also provide the ability to test the system performance of the oscillators connected to the clock bus. The evaluation board and kit help engineers evaluate SiTime\'s low-jitter MEMS oscillators for design in a range of applications.

Description

The SI5327-EVB evaluation board and kit is designed to fit a variety of application requirements. The evaluation board is powered by SiTime\'s low-jitter MEMS oscillators that feature a maximum jitter performance of 15ps RMS over 1-3GHz operating frequency range. The evaluation board features an Altera MAX FPGA, allowing users to test the oscillators and configure the performance of the board. The evaluation board and kit also provide an on-board EEPROM memory for the configuration of the oscillator configurations and the timing performances of the evaluation board. This assists the engineer in testing and designing the oscillator\'s performance and system level performance.The evaluation board and kit consist of two parts: the evaluation board, and the FPGA board. The evaluation board provides the interface to the low-jitter MEMS oscillators, and houses the Altera MAX FPGA. The FPGA board contains the configuration circuitry for the oscillators, along with the input/output components. The evaluation board also features a USB port that provides the connection to a PC or laptop for configuration of the oscillators.The SI5327-EVB can be used for a variety of applications. The evaluation board and kit can be used for Ethernet, PCI, SPI, and UART clocking. It can also be used for industrial automation and control, telecommunications, test and measurement, and audio/video.

Working Principle

The SI5327-EVB kit works by enabling users to evaluate the performance of the SiTime MEMS oscillators when connected to a variety of clock buses. The Altera MAX FPGA onboard the evaluation board enables users to program the oscillators for various applications. The evaluation board also enables the system performance of the oscillators to be tested.To configure the oscillators, the user first sets the jitter performance of the oscillators and the clock bus – this can be done using the on-board EEPROM memory. The user can also configure the timing parameters of the clock bus, such as the duty cycle and the slew rate. This helps the engineer to optimize the performance of the oscillators for the application.Once the configuration is done, the user can connect the oscillators to the clock bus and start testing the system performance. The evaluation board also helps the engineer to evaluate the performance of the oscillators under various operating conditions, and the effects of temperature, vibration, and environmental noise on the performance of the oscillators.

Conclusion

The SI5327-EVB is an evaluation board and kit designed by SiTime Corporation to evaluate the performance of its MEMS oscillators when connected to a variety of clock buses. The evaluation board and kit feature a Altera MAX FPGA, which enables users to customize the oscillators for their applications. The evaluation board and kit also features an on-board EEPROM memory for the configuration of the oscillator configurations and the performance of the board, which helps to evaluate the performance of the system. The SI5327-EVB can be used for a wide range of applications, such as Ethernet, PCI, SPI, UART, industrial automation and control, telecommunications, test and measurement, and audio/video.

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