Timelink: Modular Time and frequency equipment

TimeLink2

	The New generation of Modular Time and frequency equipment



Download datasheet	New features and enhancements for the brand name well known for reliability, safety and versatile use.

Catalog of modules Applications & references Request for information's Others T/F products	Concept The TimeLink range of equipment's is dedicated to the frequency generation & distribution as well as time generation & distribution over different codes and formats. The modular design of the TimeLink unit allows a wide range of dedicated versions.

	Regarding functional caracteristics and number of outputs required, a wide choice of TimeLink configuration is possible, including 3U, 6U rack and more. It's possible to share time & frequency in the same 3U rack, but generaly the frequency chain with its own dedicated linear power-supply and distribution modules, holds the rack. The time chain is in charge of time generation through multiple standards like IRIGB, RS or NTP.

	Features/composition 19'' rack mount, 3U or 6U, fitted with one or two power supply and one connection board. The connection board is used to connects the processor module and all the functional modules. All modules uses DIN41612 connectors. The space available for the whole modules is 63 TE, this allow 9 modules maximum for a rack. According to users requirements & applications the rack could receives a processor module for equipment control, a frequency control module, input/output modules. The processor module manages the entire equipment, synchronizes the functional modules and takes into account events and alarms coming from the other modules. The front faces equipment's (keyboard, display) are also driven by this module. In small configuration this module is also in charge of remote control management. The control module is only used with configuration including a frequency subsystem. The module is able to manage the signals of 8 frequency modules and to generate an alarm for any problem detected on the frequency outputs. In this case the module provides an information (contact relay) to alert the user on a frequency subsystem breakdown. The control module drives the bi-colors LED's corresponding to each frequency module mounted, in order to find easily the module concerne