VMF/VPF Hybrid LIC Supercapacitors offer greater energy density, low self-discharge rate, and ultra-fast charging.
They can be integrated as the sole energy storage source or in combination with batteries to optimize lifetime, run time, and cost. Unlike batteries, our Hybrid LIC Supercapacitors do not degrade with each charge/discharge cycle and are inherently safer than batteries, with no risk of thermal runaway. For applications requiring higher voltage or capacitance, CDE can design custom series-parallel banks of components, packaged into modules with the desired lead configuration. Both series are fully RoHS compliant and UL recognized.
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VMF Datasheet
VPF Datasheet
VMF/VPF Brief
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VMF/VPF Supercapacitor Presentation
Supercapacitor Comparison Sheet
IoT systems, mechanical actuators, smart meters, pulse battery pack alternatives, memory backup, UPS systems, emergency lighting, LED powered solar lighting, and energy harvesting from solar or wind power
Type QAS will extend the operating life of electronic and electro-mechanical devices by reducing and/or eliminating the electrical arcing, noise, and EMF. These electrical conditions often cause early failures in relays, switch contacts, and solid-state components such as SCRs and TRIACs.
Three-cell devices offer greater energy potential and power output than single or dual-cell parts in standard PCB layouts
3-cell DSF & DGH capacitors provide very fast power discharge that cannot be matched by conventional capacitors or batteries. That large capacity makes it possible to support brief power interruptions, supplement batteries, or even be used in place of batteries in many applications.
Type MXT Series Metallized Polypropylene Film Capacitor, designed to suppress conducted electromagnetic/radio frequency interference (EMI/RFI) at a circuit’s power input. These capacitors are perfect for use in harsh environments having met the demanding 85/85 THB (Temperature, Humidity, Bias) test requirements. Class X2 capacitors, like the MXT, are typically connected across the AC input to prevent interference from spreading through power lines or other devices on the same circuit.