UG298: Si5xxUC-EVB

PublishTime：2020-10-10

This document describes operation of the Silicon Laboratories Si5xxUC-EVB evaluation board designed to evaluate any of Silicon Labs’ pin-controlled or I2C configurable Si5xx XOs or VCXOs. Three device sites are available to support one of either 5mm x 7mm,3.2mm x 5mm, or 2.5mm x 3.2mm devices in either 4, 6, or 8 pin configurations. Selector switches make it easy to configure device control pins (pins 1, 2, 7, or 8) for proper operation without the use of jumpers. Similarly, XO device VDD voltage (3.3V, 2.5V,1.8V) can be selected via switches based on either external +5V (for stand-alone operation) or micro USB sourced +5V USB operation. The EVB also features flexible output termination circuits and PCB layout optimized for superior signal integrity.
KEY FEATURES:
• Evaluation of any Silicon Labs XO or VCXO (Si51x, Si53x, Si54x, Si55x, Si56x,Si57x, Si59x)
• AC coupled differential/single-ended output clocks.
• Voltage control (Vc) port for VCXO evalution.
• Switch selectable settings. No jumpers.
• External power or USB powered.
• Use stand-alone or with our Programmable Oscillator Calculator SW tool.

Brand of Product：	Silicon Labs
Part#：	Si5xxUC-EVB 、 Si5xx 、 Si514 、 Si544 、 Si549 、 Si564 、 Si570 、 Si598 、 Si569 、 Si571 、 Si599 、 Si597 、 Si596 、 Si595 、 Si567 、 Si566 、 Si565 、 Si554 、 Si552 、 Si550 、 Si516 、 Si515 、 Si591 、 Si590 、 Si562 、 Si561 、 Si560 、 Si547 、 Si546 、 Si545 、 Si542 、 Si541 、 Si540 、 Si536 、 Si535 、 Si534 、 Si533 、 Si532 、 Si531 、 Si530 、 Si513 、 Si512 、 Si511 、 Si510 、 Si51x 、 Si53x 、 Si54x 、 Si55x 、 Si56x 、 Si57x 、 Si59x More Part#
Product Category：	Universal Oscillator Evaluation Board 、 evaluation board More
Application：	More
Data Type：	User's Guide More
Safety & Environment Standards：	More
Operating Temperature：	Please see the document for details
Qualification Grade：	More
Qualification Approval：	More
Package：
Language：	English Chinese Chinese and English Japanese
Date of Creation：	2020/09/25
Version Number：	Rev. 0.5
Data Encoding：	UG298
Data Size：	1.7 MB

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