Shenzhen Weidy Industrial Development Co., Ltd. Datasheets for Film Capacitors
Film capacitors are insulated with polyester, polycarbonate, polypropylene, polystyrene, or other dielectric materials.
Film Capacitors: Learn more
| Product Name | Notes |
|---|---|
| Double sided metallized, high dv/dt. Widely used in high-voltage and high-frequency pulse circuits. Max operation temperature: 125°C. Applications: New energy vehicles (OBC), photovoltaic energy storage, charging stations, power supplies, inverter... | |
| Features : ● applicable to the starting and operation of single-phase motor powered by 50Hz 60Hz AC power supply ● good self-healing ● stable performance and strong reliability ● explosion... | |
| Features : ● double sided metallized polypropylene membrane structure ● low loss and internal temperature rise ● negative capacity temperature coefficient ● excellent flame retardancy | |
| Features : ● high reliability ● metallized polyester film, non inductive winding structure ● plastic shell (UL94 V-0), flame retardant epoxy filled | |
| Features : ● inner string, double-sided metallized structure ● plastic shell, epoxy resin potting ● lead out of copper sheet or copper wire ● high pulse intensity and high contact... | |
| Features : ● low high frequency loss ● small internal temperature rise and high temperature resistance ● plastic shell (UL94 V-0), flame retardant epoxy filled | |
| Features : ● metal polypropylene film ● low high frequency loss ● small internal temperature rise ● plastic shell (UL94 V-0), flame retardant epoxy filled | |
| Features : ● metal polypropylene film ● withstand overvoltage impact ● excellent flame retardancy ● widely used in anti-interference occasions such as power cross line circuit | |
| Features : ● metallized polyester film, laminated, no outer package ● high pulse capability | |
| Features : ● metallized polyester film, non inductive winding structure ● small size and good self-healing ● flame retardant epoxy powder encapsulation | |
| Features : ● metallized polyester film, non inductive winding structure ● wide capacity range, small volume and light weight ● good self-healing and long service life ● flame retardant epoxy... | |
| Features : ● metallized polyester film, winding structure ● small volume, light weight and excellent healing performance ● polyester tape paper for outer packaging, epoxy resin filled at both ends... | |
| Features : ● metallized polypropylene film or inner string double-sided metallized structure ● epoxy resin potting ● low loss and internal temperature rise ● small equivalent series resistance and self... | |
| Features : ● metallized polypropylene film or mesh safety film structure ● plastic shell, epoxy resin potting ● lead out tinned copper wire or copper strip | |
| Features : ● metallized polypropylene film ● dry, epoxy resin potting, non inductive ● high current resistance and low temperature rise ● self healing | |
| Features : ● metallized polypropylene film ● withstand overvoltage impact ● excellent flame retardancy ● good noise suppression, energy peak absorption and damping | |
| Features : ● metallized polypropylene membrane structure ● dry, aluminum shell, epoxy resin potting ● high withstand harmonic current ● high stability and reliability ● excellent self-healing characteristics | |
| Features : ● metallized polypropylene membrane structure ● small equivalent series resistance and self inductance ● aluminum shell, explosion-proof design, more safe over pressure protection | |
| Features : ● metallized polypropylene or safety membrane structure ● aluminum shell or stainless steel shell, epoxy resin potting ● low ESR, large allowable ripple current, low ESL ● dry,... | |
| Features : ● metallized polypropylene or safety membrane structure ● plastic shell, epoxy resin potting ● electrolytic capacitor can be replaced in DC filter circuit ● small equivalent series resistance... | |
| Features : ● metallized polypropylene or safety membrane structure ● plastic shell, epoxy resin potting ● low ESR, large allowable ripple current, low ESL ● self healing and long service... | |
| Features : ● metallized polypropylene, non inductive winding structure, axial ● excellent self-healing performance ● wrapped with polyester tape paper and filled with flame retardant epoxy resin at both ends... | |
| Features : ● metallized safety film, wave slitting technology ● resin filling: non PCB, epoxy resin (dry) ● electrolytic capacitor can be replaced in DC filter circuit ● small equivalent... | |
| Features : ● specially designed for capacitor step-down circuit connected in series with 100 ~ 240VAC power supply, such as electricity meter, LED drive module, etc ● metallized polypropylene ● | |
| Features : ● specially designed for capacitor step-down circuit connected in series with power supply, such as electricity meter, LED drive module, etc ● metallized polyester film inner string structure... | |
| Features : ● specially designed for capacitor step-down circuit connected in series with power supply, such as electricity meter, LED drive module, etc ● metallized polypropylene membrane structure ● excellent... | |
| Features : ● x2 capacitor and discharge resistor are internally connected in parallel ● excellent flame retardancy ● widely used in anti-interference occasions such as power cross line circuit | |
| Good self-healing, high reliability, capability of withstanding high ripple current for short time. Flammability: UL94-V0. Class of safety protection: S0 with CQC/VDE/UL/CULverifi cation. Applied: home appliances, start capacitors, and more. | |
| Good self-healing, high reliability, large capacity, capability of withstanding high ripple current for short time. Flammability: UL94-V0. Class of safety protection: S0 with CQC/VDE/UL/CUL verification. Application: Home appliances, start capacitors,... | |
| High reliability, low loss, low temperature rise, non-inductive winding. Flame retardant epoxy resin powder coating. small size, low cost. Low noise design. Application: Power supplies, home appliances, consumer electronics, PFC... | |
| High reliability, low loss, low temperature rise, non-inductive winding. Flame retardant housing, flame retardant epoxy resin. Low noise design. Application: Electric vehicles (OBC), plug-in battery chargers (OBC), power supplies, home... | |
| High stability, good self-healing, High pulse capability, withstand high voltage, long life time. Line to ground, with UL/ENEC/VDE verification. Applications: New energy vehicles (OBC), Plug-in battery charger (OBC) and more. | |
| Low ESR, high ripple current. Low temperature rise. High reliability. Good self-healing. High stability, long life time. Max THB ability: 85%RH, 85°C. Applications: Electric drive control circuits, photovoltaics, energy storage... | |
| Low high-frequency loss, low internal temperature rise, high stability. Flame retardation epoxy resin powder coated, small size, low cost. Low noise design. Applications: Consumer electronics, PFC circuits, small charging power... | |
| Max THB ability: 85%RH, 85°C. Max operation temperature: 125°C. High pulse capability, high stability, long life time. Cross line, with UL/ENEC/VDE verification. Application: Photovoltaics, energy storage, charging stations, power supplies,... | |
| MaxTHB ability: 85%RH, 85°C. High pulse capability, high stability, long life time. Cross line, with UL/ENEC/VDE verification. Applications: Photovoltaics, energy storage, smart meters and more. | |
| Metallized polyester film, laminated, flame retardant epoxy shell, high pulse capability. Widely used in high voltage and high frequency pulse circuits. Maximum operating temperature: 125°C. Applications: Consumer electronics, PFC circuits,... | |
| Metallized polyester film, non-inductive winding structure. Flame retardant epoxy shell, high pulse capability. Maximum operating temperature: 125°C. Application: Consumer electronics, PFC circuits, small charging power supplies, TV power supplies, and... | |
| Metallized polypropylene foil, non-inductive winding structure, low loss. Small internal temperature rise, high pulse capability, flame retardant epoxy powder encapsulation. Widely used in high voltage and high frequency pulse circuits. |