SY01-S3F
SY01-S3F is SYNCHRONOUS EQUIPMENT OCXO BASED STRATUM 3 CLOCK UNIT manufactured by Raltron Electronics Corporation.
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SYNCHRONOUS EQUIPMENT OCXO BASED STRATUM 3 CLOCK UNIT WITH A 2 ND FREE-RUN CLOCK OUTPUT
- SY01-S3F
Date: April 20 , 2002
- INTRODUCTION
The SY01-S3F is an accurate time and frequency source that has been designed as a module level subsystem. The module is designed to work within ATM, SONET, SDH, and wireless systems where synchronization is vital. The SY01-S3F is an excellent OCXO based synchronization solution for Stratum 3 applications with an additional +/-4.6PPM free-run TCXO.
- Features
A Hardware/Software synchronization solution for timing, jitter and wander concerns in a single module. plies with ITU-T Remendations G.813 and ETSI-ETS 300 462-4 and Bellcore GR-1244-CORE for Stratum 3 applications. Supports four modes of operation: Locked to Reference 1, Locked to Reference 2, Holdover and Free-run. Accepts reference inputs from two independent sources from 8 k Hz to 77.76 MHz . Provides two outputs up to 77.76 MHz . Provides a secondary free-run output within +/-4.6PPM Loop filtering utilizing application specific software in the digital signal processor (DSP). Continuously monitors and evaluate input reference signals. Creates a history buffer for Holdover mode operation. Alarm and status signal. Host interface and JTAG port. Small dimensions of 1.80X1.80X 0.65 inch (open pkg)
- APPLICATION
The SY01-S3F performs clock regeneration as a Synchronous Equipment Clock (SEC), or STRATUM 3 in ATM, SDH, PDH, and SONET networks. It is designed for manufacturers of network equipment, especially Access Switches, Core Switches, Cross Connects, Digital Multiplexers-Exchangers, and SDH/SONET equipment. The unit is also suitable for PCS, WLL, and Wireless Base Stations. Wherever a Timing unit with high performance specifications is required, the SY01-S3F can be integrated into the network system and provide all necessary frequencies and interfaces. The input stage can receive two different input reference signals at various...