- +44 (0) 1746 862555
- enquiries@genvolt.co.uk
- Country: United Kingdom (English)
- +44 (0) 1746 862555
- enquiries@genvolt.co.uk
The Genvolt DXU range of Doorknob Capacitors (also referred to as a high voltage capacitor) offer output voltages from 10kV up to 50kV to meet the most stringent requirements of high voltage applications.
These high voltage ceramic capacitors are made from a ceramic dielectric and are then encapsulated in epoxy resin. The terminal threads on the capacitors are either M4 or M5, depending on model, with a thread depth of 4mm.
With capacitance values starting at 280pF (A picofarad ‘pF’ is one trillionth of a Farad) and then rising up to 8000pF and DC (Direct Current) voltage ratings from 10kV to 50kV depending on the model chosen.
As a high power capacitor they are designed for applications which require a low dissipation factor and a small voltage coefficient, they have excellent temperature characteristics a low partial discharge and a large capacitance.
The operating temperature range of the capacitors is between -20 to +85°C with a temperature coefficient of -4700 ±1000 ppm/°C.
The insulation resistance should be measured with DC 1000V within 60 ±5 seconds of charging.
Some common applications are:
Gas laser
DC HV power supplies
Lightning arresters
Voltage distribution systems
Electron Microscopes
Synchroscopes
Electrostatic Coating Machines
Our expert team can help you with any questions you may have about this product. Complete the form for a call back or call us during office hours.
Genvolt Engineers have also offered customised technical support to hundreds of customers, who represent countless agencies, research departments and global organisations for multiple products across many applications. The people that work with us know they can trust our vision, products and services as we build strong partnerships.
Our vision is to provide customers, of high voltage technologies, with a high level of support and industry-leading expertise so as to deliver the best solution to their requirements.
