BNC - Single Ended, Floating Shield Feedthrough - 2.75" CF Flange
BNC - Single Ended, Floating Shield Coaxial Feedthrough on a 2.75" CF Flange.
BNC - Single Ended, Floating Shield Coaxial Feedthrough on a 2.75" CF Flange.
BNC - Double Ended, Floating Shield Coaxial Feedthrough on a 1.33" CF Flange.
BNC - Double Ended, Floating Shield Coaxial Feedthrough on a 2.75" CF Flange.
These feedthroughs are mounted on CF Flanges that incorporate the industry standard "captured copper gaskets" sealing principle, making it easy to mount to your existing CF Flange ports.
The 'Bayonet Neill-Concelman' connector, referred to as a BNC coaxial connection, is commonly used in conjunction with low noise 50-ohm instrumentation signal lines. BNC coaxial feedthroughs are constructed in both grounded and floating shield configurations. Floating shield types provide two concentric conductor paths: an outer metal conductor tube (shield) concentric with, and enclosing, a cylindrical center conductor pin. Both paths are electrically isolated from each other and a mounting flange. Grounded shield BNCs provide only one path that's electrically isolated from the flange, where grounded shield and flange are electrically common.
Vacuum side of single-ended grounded and floating BNC feedthroughs have a 0.094 inch (2.4-mm) diameter conductor pin that mates with grounded or floating AccuFast™ connectors.
Electrical | |
Voltage 1, Maximum | |
Grounded Shield | 500 VDC |
Floating Shield | 2,500 VDC |
Current, Max @ 20°C | 3 A |
Material | |
Shell | 304 Ss |
Pin / Conductor | 304 Ss |
Insulation, Ceramic | Alumina |
Connector, Vacuum 2 | |
AccuFast™ | PEEK / Ss |
BNC | PEEK / Brass |
SMA | PEEK / Brass |
User-End | PEEK / BeCu |
Connector, Air | Composite |
Cable Insulation | Kapton® |
Vacuum Range | |
UHV, Ultrahigh vacuum | 1x10E-10 Torr |
HV, High vacuum | 1x10E-8 Torr |
Temperature Range | |
Feedthrough | -200 to 250°C |
Flange, Conflat® | 450°C |
Flange, ISO | 150°C |
Connector / Cable, Air | 165°C |
Connector / Cable, UHV PEEK | 250°C |
Thermal Gradient, Maximum | 25°C/minute |
Notes |