Coax Cables – Standard Types
Type RG-213 Standard Duty Cables
Typically used to connect only the RF generator to the matching network. (Do Not use RG213 to connect the match to the plasma load – only use Teflon insulated cables.)
Type RG213 may also be used to connect DC, pulsed DC and, 40KHz plasma generators and power supplies to plasma loads.
- 12′ long, N-male inline > N-male inline connectors weight = 1.75 lbs. PN 04-130041-08
Type RG-393 High Power Cables – Teflon Insulated
These cable types are specifically designed to accommodate both RF and DC power when connecting the sputter cathode or plasma source.
- 36” long, HN-male inline > N-male inline connectors PN 15-700125-50
- 36” long, HN-male inline > N-male 90° connectors PN 00009385
- 48” long, HN-male inline > N-male inline connectors PN 00009387
- 48” long, HN-male inline > N-male 90° connectors PN 00009386
- 36” long, HN-male inline > HN-male inline connectors PN 15-700124-76
- 36” long, HN-male inline > HN-male 90° connectors PN 00009380
- 48” long, HN-male inline > HN-male inline connectors PN 00004549
- 48” long, HN-male inline > HN-male 90° connectors PN 00009381
Coax Cables – Special Purpose Types
Faraday Shielded Cables
Typically used to connect a low power – remote mounted impedance matching network to a plasma load. These cables include a 2nd (Faraday) shield designed to choke off any RF radiation caused by common mode currents. We suggest using these cables in systems powering RF biased substrate stages and remote plasma sources.
Type RG-400 Faraday Shielded Cables – Teflon Insulated – Low power <300 watts
- 120″ long, HN-male inline > 7/16 DIN-male inline connectors PN 00010244
Type RG-393 Faraday Shielded Cables – Teflon Insulated – High power >300 watts
- 144″ long, 7/16 DIN-male inline > 7/16 DIN-male-90 degree connectors PN 00009389
Ultra-High Current RF Cables
These Powerline Ultra-High current cables may be used with RF or DC power and provide a short distance, low loss and, rigid connection between the impedance matching network’s (plasma) output to either a Matrixx switch module or to a magnetron sputtering cathode. The cable is designed and manufactured using copper, brass and engineering plastic materials with standard coaxial connectors (Type 7/16 DIN) mated to each end. Some versions are designed as “semi-rigid” and use a dense/heavy braid as the outer, shielded conductor. Designed and manufactured per a customer application, we offer many different configurations including straight & 90 degree connectors, lengths and, connector types.
Common Exciter (CEX) Cables
Common exciter connection cables (between master and slave generators may be as simple as a short BNC male > BNC male cable or, a tight tolerance type cable required to hold the proper phase shift between the RF generators it connects. These cables can be fabricated to mate with all manufacturers generator products so, please contact us for detail information. Connector types such as SMA and BNC are the most widely used. See this page for CEX application information.
DO NOT TWIST the body of a 90 degree or straight connector during installation as the twisting action will break the cable’s shield wires. Use care during the installation and pre-form the cable for best alignment.
90 degree coaxial adapters are typically added to one end of the cable for flexibility in complex installations.
- Type N Male > Female 90 degree adapter PN 00009943
- Type HN Male > Female 90 degree adapter PN 00-503075-56