How can you be involved?
Contact us to know more
Check out our open positions
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
The P.CAP project aims to create an alternative to traditional capacitor manufacture by developing novel planar supercapacitors that can operate at mid-frequencies and high temperatures, with higher reliability, extended operating life, and no tantalum.
The production of e-waste rises 3 to 5% every year resulting in a high environmental impact if not properly recycled.
Extending the lifetime of these capacitors would have a major impact on minimising the e-waste, thus reducing the amount of materials required and disposed of, lowering the consequent environmental impact.
Planar supercapacitors for high temperature and mid-frequency operation
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
The P.CAP project aims to create an alternative to traditional capacitor manufacture by developing novel planar supercapacitors that can operate at mid-frequencies and high temperatures, with higher reliability, extended operating life, and no tantalum.
The production of e-waste rises 3 to 5% every year resulting in a high environmental impact if not properly recycled.
Extending the lifetime of these capacitors would have a major impact on minimising the e-waste, thus reducing the amount of materials required and disposed of, lowering the consequent environmental impact.
How can you be involved?
Contact us to know more
Check out our open positions
How can you be involved?
Contact us to know more
Check out our open positions
Planar supercapacitors for high temperature and mid-frequency operation
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
The P.CAP project aims to create an alternative to traditional capacitor manufacture by developing novel planar supercapacitors that can operate at mid-frequencies and high temperatures, with higher reliability, extended operating life, and no tantalum.
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
How can you be involved?
Contact us to know more
Check out our open positions
Planar supercapacitors for high temperature and mid-frequency operation
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
Capacitors are an integral part of any electronic equipment, for example, a smartphone has ca. 400 capacitors. P.CAP develops planar supercapacitors that can outperform the capacitance, reliability and high-temperature performance of traditional electrolytic capacitors, breaking the current status quo of the capacitor’s industry for target applications.
The P.CAP project aims to create an alternative to traditional capacitor manufacture by developing novel planar supercapacitors that can operate at mid-frequencies and high temperatures, with higher reliability, extended operating life, and no tantalum.
How can you be involved?
Contact us to know more
Check out our open positions
Planar supercapacitors for high temperature and mid-frequency operation