CAP-XX is now the supplier of Murata DMF, DMT & DMH supercapacitors. Murata licensed CAP-XX supercapacitor technology to create the DMF, DMT & DMH supercaps. Now CAP-XX has acquired Murata’s supercapacitor production lines and product rights. CAP-XX is manufacturing the identical parts on the same highly automated production lines in Sydney, Australia.
CAP-XX prismatic supercapacitors are exceptionally thin (1mm for ultra-low ESR, and 0.4mm for ultra-thin), but have more than 1000x the energy density of conventional capacitors, with power density up to 160KW/L. They are ideal for your space constrained applications that require a sleek, thin industrial design.
CAP-XX cylindrical cells offer a wide range of cost effective supercapacitors to meet your needs from energy storage, graceful shutdown or ride though in power interruptions, and peak power delivery to support low power energy sources such as batteries and micro-energy harvesters.
CAP-XX prismatic supercapacitors are exceptionally thin (1mm for ultra-low ESR, and 0.4mm for ultra-thin), but have more than 1000x the energy density of conventional capacitors, with power density up to 160KW/L. They are ideal for your space constrained applications that require a sleek, thin industrial design.
CAP-XX cylindrical cells offer a wide range of cost effective supercapacitors to meet your needs from energy storage, graceful shutdown or ride though in power interruptions, and peak power delivery to support low power energy sources such as batteries and micro-energy harvesters.
Perpetuum chose CAP-XX supercapacitors to support our micro-generators because its product far surpassed competitors. Other supercapacitors can only operate between -20 and +60ºC, whereas CAP-XX’s work over the full industrial temperature range between -40 and +85ºC. This is important for reliability in harsh industrial environments. Perpetuum and CAP-XX have combined their products to create a self-generating power source to power wireless sensors in battery-free machinery condition monitoring systems.
Supercapacitors will soon become an important – if not critical – element in mobile computing and communications products. Acting as a buffer between the battery and the load, the supercapacitor handles large instantaneous power demands, such as those inherent in flash photos, playing audio and video, and wireless transmissions, maximizing battery life and allowing designers to use smaller batteries. Given ever-increasing demands for battery power from higher clock rates and greater functionality, the supercapacitor is about to take center stage in mobile power applications.
CAP-XX has applied nanotechnology solutions and processes in its designs to produce carbon electrodes smaller than a postage stamp, but with a surface area of hundreds of square meters. The result is high energy and power densities in the smallest packages.