Polystyrene film capacitors are used for applications where high reliability and precision is required. All film capacitors use a thin plastic film as the dielectric (or insulator), but what separates each capacitor type is the material used as the dielectric. Polystyrene film capacitors use an aluminium foil electrode and a highly effective polystyrene dielectric.
What are Polystyrene film capacitors made of?
Polystyrene film capacitors are tubular in shape, as their dielectric sandwich is rolled together. They are generally only available as leaded electronics components and in a through-hole package. They are physically smaller than other capacitor types, perfect for environments with limited space.
What are polystyrene film capacitors used for?
Polystyrene film capacitors are highly rated because of their excellent temperature stability, high insulation, low leakage and low dielectric absorption. Due to their ideal electrical characteristics they are used in a wide range of applications, such as audio, feedback networks, equalisation circuits and digital computing circuits. Polystyrene film capacitors can be used as an alternative to ceramic capacitors.
Description:
The RS PRO 47μF through-hole mount electrolytic capacitor
has a voltage rating of 35VDC and leakage current of 3μA. This low impedance capacitor has dimensions of 6mm x 11mm (diameter x length). This capacitor is designed with a safety vent ...
Description:
General Purpose Axial RS Aluminium Capacitors, LAK Series
105°C. Safety vent construction designApplications include communication equipment and switching power supply.
Description:
This RS brand LHK Series 105°C Axial Aluminium
Capacitor features a safety vent construction design. Suitable for a variety of purposes, it is commonly used for communication equipment applications and for switching power supply.
Description:
Panasonic EE Series Type A electrolytic capacitors feature
endurance between 8000 and 10000 hours(dependent on case size). These radial capacitors offer 40% higher ripple current at high frequency than the Panasonic ED series. High ripple currentExcellent enduranceLow impedance.
