Our CF63 inline Faraday cup is a passively cooled solution for real-time charged particle beam current measurement, handling beam power loads up to 3 W and operating down to ultra-high vacuum conditions.

Special features

Documents

• Fixed inline installation
• CF63 base flange
• Exchangeable apertures with diameters ranging from 0.5 mm up to 5 mm
• Triaxial wiring and feedthrough for the Faraday cup detector for low noise measurement
• Passive cooling for power loads up to 3 W

Our CF63 Faraday features passive cooling for power loads up to 30 W. It is retractable and positionable via a motorized linear feedthrough with a 100 mm stroke, offering precise control and flexibility for your system.

Special features

Documents

• Linear feedthrough
• CF63 base flange
• Aperture diameter of 20 mm
• Designed for beam scanning applications of ion beams
• Applicable for electron beam energy up to 8 MeV
• passive cooling for thermal power loads up to 30 W (0.1 W/cm²)
• Retractable/positionable via motorized linear feedthrough with 100 mm stroke

Our CF63 Faraday cup features water cooling for power loads up to 60 W and maintains a temperature below 60°C in extreme UHV environments. It offers retractable installation on a pneumatic linear feedthrough with a 100 mm retraction length.

Special features

Documents

• Linear feedthrough
• CF63 base flange
• 25 mm aperture diameter
• Designed for electron beam energies up to 8 MeV
• Water cooling for thermal power loads up to 60 W

Our CF63 Faraday cup features water cooling for thermal power loads up to 200 W. It is retractable and positionable via a motorized linear feedthrough with a 250 mm stroke, offering precise control and flexibility for your system.

Special features

Documents

• Linear feedthrough
• CF63 base flange
• Aperture diameter of 25 mm
• Designed for beam scanning applications of ion beams
• Applicable for electron beam energy up to 8 MeV
• Water cooling for thermal power loads up to 200 W (10 W/cm²)
• Retractable/positionable via motorized linear feedthrough with 250 mm stroke