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ACS8515P Datasheet(PDF) 13 Page - Semtech Corporation

Part # ACS8515P
Description  Line Card Protection Switch for SONET or SDH Network Elements
PDF  50 Pages
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Manufacturer  SEMTECH [Semtech Corporation]
Direct Link  http://www.semtech.com
Logo SEMTECH - Semtech Corporation

ACS8515P Datasheet(HTML) 13 Page - Semtech Corporation

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Revision 2.01/December 2005
Semtech Corp.
www.semtech.com
13
ACS8515 Rev2.1 LC/P
ADVANCED COMMUNICATIONS
FINAL
Notes for Table 8.
Notes for Table 8.
Notes for Table 8.
Notes for Table 8.
Notes for Table 8.
Dig 1 is shown as either 1.544 MHz or 2.048 MHz, where 1.544 MHz is SONET and 2.048 MHz is SDH. Pin SONSDHB controls
the default frequency output. When SONSDHB pin is High SONET is default, and when SONSDHB pin is Low SDH is default.
Output Wander and Jitter
Output Wander and Jitter
Output Wander and Jitter
Output Wander and Jitter
Output Wander and Jitter
Wander and jitter present on the output clocks
are dependent on:
1. The magnitude of wander and jitter on the selected
input reference clock (in locked mode);
2. The internal wander and jitter transfer characteristic
(in Locked mode);
3. The jitter on the local oscillator clock;
4. The wander on the local oscillator clock (in Holdover
mode).
Wander and jitter are treated in different ways
to reflect their differing impacts on network
design. Jitter is always strongly attenuated,
whilst wander attenuation can be varied to suit
the application and operating state. Wander and
jitter attenuation is performed by using a digital
phase-locked loop (DPLL) with a programmable
bandwidth. This gives a transfer characteristic
of a low pass filter, with a programmable pole.
It is sometimes necessary to change the filter
dynamics to suit particular circumstances - one
example being when locking to a new source,
the filter can be opened up to reduce locking
time and can then be gradually tightened again
to remove wander. Since wander represents a
relatively long-term deviation from the nominal
operating frequency, it affects the rate of supply
of data to the network element. Strong wander
attenuation limits the rate of consumption of
data to within a smaller range, so a larger buffer
store is required to prevent data loss. But, since
Table 8. Output Reference Source Selection Table
Table 8. Output Reference Source Selection Table
Table 8. Output Reference Source Selection Table
Table 8. Output Reference Source Selection Table
Table 8. Output Reference Source Selection Table
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Table 9. Multiple E1/DS1 Ouputs in relation to Standard Outputs
Table 9. Multiple E1/DS1 Ouputs in relation to Standard Outputs
Table 9. Multiple E1/DS1 Ouputs in relation to Standard Outputs
Table 9. Multiple E1/DS1 Ouputs in relation to Standard Outputs
Table 9. Multiple E1/DS1 Ouputs in relation to Standard Outputs
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