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Silicon Laboratories Si53154-EVB User Manual
Silicon Laboratories Si53154-EVB User Manual

Silicon Laboratories Si53154-EVB User Manual

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Si53154 E
VALUATION
Description
The Si53154 is a four port PCIe clock buffer compliant
to the PCIe Gen1, Gen2 and Gen3 standards. The
Si53154 is a 24-pin QFN device that operates on a
3.3 V power supply and can be controlled using SMBus
signals along with hardware control input pins. The
device is spread aware and accepts a frequency spread
differential clock frequency range from 100 to 210 MHz.
The connections are described in this document.
Rev. 0.1 1/12
B
OARD
GND
DIFF3 Output Enable
DIFF1 Output Enable
DIFF2 Output Enable
DIFF0 Output Enable
Copyright © 2012 by Silicon Labs
S i 5 3 15 4 - EVB
U
'
G
SER
S
UIDE
EVB Features
This document is intended to be used in conjunction
with the Si53154 device and data sheet for the following
tests:
PCIe Gen1, Gen2, Gen3 compliancy
Power consumption test
Jitter performance
2
Testing out I
C code for signal tuning
In-system validation where SMA connectors are
present
VDD = 3.3V
power supply
Power connectors
Differential
Clock Input
SDATA
SCLK
Si53154
SRC0
SRC1
connection for
connection for
application
application
SRC3
connection
for
application
SRC2
connection
for
application
Si53154-EVB

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Summary of Contents for Silicon Laboratories Si53154-EVB

  • Page 1 Clock Input DIFF3 Output Enable SDATA SRC3 connection SCLK application Si53154 DIFF1 Output Enable SRC2 connection DIFF2 Output Enable DIFF0 Output Enable application SRC0 SRC1 connection for connection for application application Rev. 0.1 1/12 Copyright © 2012 by Silicon Labs Si53154-EVB...
  • Page 2: Front Panel

    Si53154-EVB 1. Front Panel Differential Buffer Input for on Si53154-EVB only 3.3V Power Supply Connector I2C connect -For I2C read and write. In sequence SData, Gnd, SCLK from left to right GND Connector OE_DIFF3 hardware input VDD Connectors control for DIFF3 output...
  • Page 3 Si53154-EVB 1.1. Generating DIFF Outputs from the Si53154 Upon power-on of the device if the differential input is applied and input pins are left floating, by default all DIFF outputs DIFF[0:3] are ON. The input pin headers have clear indication of jumper settings for setting logic low (0) and high (1) as shown in the figure below, the jumper placed on middle and left pin will set input OE0 to low;...
  • Page 4 Si53154-EVB 2. Schematics XOUT_DIFFIN XOUT/DIFFIN For Si52144,R10 open For Si53154,R11 open XTL P/N: VDD1 ECS-250-20-5PXDU-F-TR Use SMD footprint R11 NI SSON XIN/DIFFIN# DUTGND Si53154 SCLK SCLK SDATA XIN_DIFFIN# VDD1 VDD1 VDD6 VDD6 DIFF0 DIFF0 DIFF0# VDD12 VDD12 DIFF0# VDD17 VDD17...
  • Page 5 Si53154-EVB SCLK/SDATA VDD_3.3V VDD_3.3V XIN_DIFFIN#1 HEADER 1x3 XIN_DIFFIN# HEADER 1x3 SCLK DUTGND DUTGND VDD_3.3V XOUT_DIFFIN1 DUTGND XOUT_DIFFIN SDATA DUTGND VDD_3.3V HEADER 1x3 DUTGND VDD_3.3V HEADER 1x3 DUTGND VDD_3.3V HEADER 1x3 DUTGND SSON VDD_3.3V SSON HEADER 1x3 DUTGND Figure 4. Clock and Control Signals...
  • Page 6 The products must not be used within any Life Support System without the specific written consent of Silicon Laboratories. A "Life Support System" is any product or system intended to support or sustain life and/or health, which, if it fails, can be reasonably expected to result in significant personal injury or death.