Faraday cups are used for measuring the electrical current of a charged particle beams in real time and independent of the pressure. Our systems are suitable down to ultra-high vacuum conditions. They can be used for measuring the electrical current of an electron or ion beam in the range of fA and pA up to mA and are suitable for beam power loads of up to 200 W and beyond. A suppressor electrode is built in by standard for compensating the secondary electron emission, increasing the measurement precision in the process.
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.
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.
Our CF63 inline Faraday cup is a passively cooled solution for real-time charged particle beam current measurement, handling beam power loads up to 200 W and operating down to ultra-high vacuum conditions.
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.
