简介:Fiber Optic Bridge and 中继器 These Optic Fiber devices are designed to extend CAN, CANopen, DeviceNet, J1939, CAN 2.0A and CAN2.0B networks using the optic fibers, without 中继器. The series F and FSX CAN bus devices are designed to extend high CAN bus signals over Multi-Modal fiber optic, providing RFI and electrical insula...
These Optic Fiber devices are designed to extend CAN, CANOpen, devicenet, j1939, CAN 2.0A and CAN2.0B networks using the optic fibers, without 中继器. The series F and FSX CAN bus devices are designed to extend high CAN bus signals over Multi-Modal fiber optic, providing RFI and electrical insulation.
The xgate-HD67221F and the xGate-HD67221FS are CAN 中继器 with filter data configurable by software. It means that it is possible to filter the CAN data and choose the CAN frames that can be transmitted or not.
The xgate-HD67181F and the xGate-HD67181FSX are generic CAN 中继器 that allows to extend a CAN network through Multi-Modal fiber optic.
The xGate-HD67117F and the xGate-HD67117FSX are CAN 中继器, specific for canopen protocol. The xGate-HD67182F and the xGate-HD67182FSX are CAN 中继器, specific for j1939 and NMEA 2000 protocols.
The xgate-HD67180F and the xGate-HD67180FSX are CAN 中继器, specific for devicenet protocol.
With the devices described previously, the possible 连接ion topology is Point-To-Point (see diagrams on the right).
The xgate-HD67701 and the xGate-HD67702 are devices that allow to extend the CAN networks through Multi-Modal fiber or Mono-Modal fiber or copper (Ethernet cable). This different type 连接ions are possible thank the SFPs (Small Factor Pluggable): these are particular inter改变able modules that allow to 改变 the type of cable and the maximum viable distance (160 – 80 – 40 – 20 – 10 – 2 km). In is possible to buy this devices with the SFP mounted or without.
For more technical information, please see the documentation
With the xGate-HD67701 is possible to make a Point-To-Point 连接ion or a Single Loop (see the diagrams on the right).
With the xGate-HD67702 is possible to make a Multi-Drop 连接ion or a Double Loop (see the diagrams on the right).