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SCG52 データシート(PDF) 2 Page - Connor-Winfield Corporation

部品番号 SCG52
部品情報  Synchronous Clock Generators
PDF  14 Pages
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メーカー  CONNOR-WINFIELD [Connor-Winfield Corporation]
ホームページ  http://www.conwin.com
Logo CONNOR-WINFIELD - Connor-Winfield Corporation

SCG52 データシート(HTML) 2 Page - Connor-Winfield Corporation

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Data Sheet #: SG084
Page 2 of 14
Rev: 00
Date: 09/08/04
© Copyright 2004 The Connor-Winfield Corp. All Rights Reserved Specifications subject to change without notice
Features
Table 1
Parameter
Specifications
Notes
Input Logic
CMOS
Input Frequency Range
8 kHz - 176 MHz
Alarms
Active Low, Combined LOR/LOL
VCXO Output Logic Type
LVPECL (3x)
Reference Output Logic Type
CMOS (1x)
Package
FR4 SM 1.35" x 1.0" x 0.40"
General Description
The SCG52 Series is a dual input, phase locked loop
generating LVPECL outputs from an intrinsically low jitter
voltage controlled crystal oscillator. The LVPECL and
CMOS outputs may be disabled.
The unit has an acquisition time of about 1 second and
it is tolerant of different reference duty cycles.
Further features include a combined LOL/LOR alarm
output for Loss-of-Reference (LOR) and Loss-of-Lock
(LOL). When both references are lost , the SCG52 will
indicate an alarm and will automatically enter Free Run,
which will guarantee a 20 ppm accurate output. The
SCG52 will remain in Free Run until a valid reference
is detected on either input. Additionally the Free Run
mode may be entered manually.
The alarms and reference output may be put into
the tri-state high impedance condition for external
testing purposes.
The maximum package dimensions are 1.35” x 1.0”
x 0.40” on a 6 layer FR4 board with castellated pins.
Parts are assembled using high temperature solder to
withstand 63/37 alloy, 180° C surface mount reflow
processes.
Functional Block Diagram
Figure 1
Divider
Divider
Alarm
Detection
Analog
Filter
Free Run
Control
Buffer/
Divider
VCXO
Alarm Output
(Pin 1)
Reference A
(Pin 2)
Reference B
(Pin 4)
Control 2
(Pin 20)
Control 1
(Pin 19)
Y0
(Pin 11)
Y0
(Pin 12)
Y1
(Pin 9)
Y1
(Pin 10)
Y2
(Pin 5)
Y2
(Pin 6)
Y3
(Pin 15)
10 k
10 k
33



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