Shenzhen Weidy Industrial Development Co., Ltd. Datasheets for Capacitors
Capacitors are electronic components used for storing charge and energy. In their simplest form, capacitors consist of two conducting plates separated by an insulating material called the dielectric.
Capacitors: Learn more
| Product Name | Notes |
|---|---|
| Basic insulation. Dielectric strength: AC2600V. Impulse peak voltage: 5kV. The failure rate is less than 0.12FIT. Humidity robustness grade: IIIB. Comply with IEC 60384-14. With UL, VDE, ENEC, CQC and... | |
| Composite busbar design, low Ls. Low ESR, withstand high ripple currents. Long life time, high reliability. According to customer requirements to design. Applications: Electric drive control circuits and more. | |
| 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 | |
| Features : -upper limit of operating temperature range up to 125 (UL: 85 ° C) -dielectric strength: ac4000v -X1 Y2 capacitor certified by VDE ENEC UL CQC KC -coated with... | |
| 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. | |
| Linear temperature coefficient of capacitance. High stability of capacitance. Low loss at high frequency. Applications: New energy, communications, industrial, power, and consumer electronics and more. | |
| Low ESR, high ripple current, good self-healing coating design,low cost, axial mounting. Long life time, suitable for high power design. Applications: Frequency inverter servos, inverter welding machines 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. | |
| Miniaturized, surface mounted. Single layer ceramic disc dielectric. Humidity robustness grade: IIIB. Good insulation, high dielectric strength. Comply with IEC 60384-14. With UL, VDE, ENEC, CQC and KC. Safety certification. | |
| Nonlinear temperature coefficient of capacitance. Large capacitance in small sizes. Good insulation, high dielectric strength. Applications: New energy, communications, industrial, power, consumer electronics and more. | |
| Reinforced insulation. Dielectric strength: AC4000V. Impulse peak voltage: 8kV. Failure rate less than 0.12FIT. Humidity robustness grade: IIIB. Comply with IEC 60384-14. With UL, VDE, ENEC, CQC and KC. safety... |