Low ESR and can operate at temperatures up to 125☌, without much voltage derating. Known as Mylar, Polyester or Polyethylene terephthalate PET capacitors. The dielectric has a maximum operating temperature of +85☌. Suitable for precision-tuned circuits due to the extreme stability in the 0☌ thru +50☌ range and it has long-term stability. A metalized version was unsuccessful due to the low melting point of the dielectric. Metal foil and Polystyrene dielectric film. High internal resistance results in low levels of self discharge. Suitable for high power AC circuits, circuits with high peak currents, high frequency resonant circuits, precision timing circuits, switch mode power supplies, sample and hold circuits, high frequency pulse discharge circuits and energy storage circuits. Very Low ESR, high stability and can found in 1% tolerance versions and can operate at temperatures up to 110☌. Small size, high Q and capacitance stability make them ideally suited to filter network and other low-loss high frequency applications. Extremely temperature stable with less than 1% capacitance tolerance between -55✬ to +125✬. Metal foil and Polypropylene dielectric film. Metal foil and Polycarbonate dielectric film. Musical Tesla Coil Interrupter for SSTC/DRSSTC.Busbar and primary circuit design for Tesla coils and inverters.Rectifier Selection for Tesla Coils and Inverters.Topload design and selection for Tesla coils.Tesla coil and DRSSTC frequently asked questions.Snubber capacitor selection for Tesla coils and inverters.Secondary coil design and construction for Tesla coils.Power Factor Correction for High Power Inverters.MMC / resonant tank capacitor design for Tesla coils and inverters.IGBT Selection for Tesla Coils or ZCS Inverters.DC Bus Capacitor Selection For Tesla Coils.404 Error, content does not exist anymore.