These high-performance, 75 ohm types have been developed specifically for HDTV applications. They have extremely low return-loss, and are rated to 1000 mating cycles. The impedance-matched, gold-plated, crimp centre-pin 'clicks' home into a PTFE insulator in a nickel-plated body with crimp outer sleeve ('ferrule'). Return loss is typically 35dB at 1GHz, 28dB at 2GHz and 20dB at 3GHz.
48-5041, 48-5051 are suitable for Canford group X cables including Canford SDV, SDV-LFH, SDV-X-LFH, Belden 1855ENH, Draka 0.6/2.8AF and HD PRO 0.6/2.8AF.
48-5042, 48-5052 are suitable for most Canford group Q cables including RG59B/U, URM90, Belden 1505A
48-5058 are suitable for Belden 1505F
48-5043, 48-5053 are suitable for Canford group Y cables including SDV-L, SDV-XF, SDV-F, Belden 1694A, 1695A, RG6, CT100, CX100 (NOT suitable for SDV-F)
48-5047, 48-5057 should be used with Canford SDV-F
Optional accessories: Coloured strain reliefs are recommended for crimp types, see BNC strain relief bushes.
Canford offers several ranges of BNC connectors of a less stringent specification, including 50 ohm types suitable for RF purposes; they are described separately and designated 'BNC', rather than 'BNC HD', elsewhere in this section.
Coax Connectors crimp tools are also stocked. These are supplied complete with appropriate dies. However tools and dies from other manufacturers may also be used, see crimp tools. Crimp dies must be the correct type for the connector and cable size. Due to the precise dimensions of the centre pins required to achieve superior performance at HD bit-rates, crimp-dies used for SD BNCs are NOT suitable for Coax Connectors BNC HD connectors.
Please refer to the linked 'Crimp Die Selection Chart' product resource.
For an explanation of the terminology used in this entry and the advantages of crimping and solder termination, as well as advice on termination procedure and choice of connectors and tooling to suit specific cables, please see the linked Product Resources , 'Crimp Die Selection Chart', 'Coaxial Connector Selection Guide' and 'BNC Connectors - Terminology And Termination'.