Film Capacitors

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of 4

Mfr Part #	Quantity Available	Price	Tariff Status	Series	Package	Product Status	Capacitance	Tolerance	Voltage Rating - AC	Voltage Rating - DC	Dielectric Material	Operating Temperature	Mounting Type	Package / Case	Size / Dimension	Height - Seated (Max)	Termination	Lead Spacing	Applications	Ratings	Features
B25647A1887K003 MODULAR DCR HF 880UF-1350V-170A EPCOS - TDK Electronics	18 In Stock	1 : $600.55000 Bulk	-	ModCap™ - High Frequency	Bulk	Active	880 µF	±10%	-	1350V (1.35kV)	Polypropylene (PP)	-40°C ~ 75°C	Chassis Mount	Module	8.071" L x 3.543" W (205.00mm x 90.00mm)	6.713" (170.50mm)	Connector	-	DC Link, DC Filtering	-	-
B25647A1158K003 MODULAR DCR HF 1520UF-1000V-200A EPCOS - TDK Electronics	4 In Stock	1 : $615.41000 Bulk	-	ModCap™ - High Frequency	Bulk	Active	1520 µF	±10%	-	1000V (1kV)	Polypropylene (PP)	-40°C ~ 75°C	Chassis Mount	Module	8.071" L x 3.543" W (205.00mm x 90.00mm)	6.713" (170.50mm)	Connector	-	DC Link, DC Filtering	-	-
B25647A9198K003 MODULAR DCR HF 1850UF-900V-210A EPCOS - TDK Electronics	8 In Stock	1 : $615.41000 Bulk	-	ModCap™ - High Frequency	Bulk	Active	1850 µF	±10%	-	900V	Polypropylene (PP)	-40°C ~ 75°C	Chassis Mount	Module	8.071" L x 3.543" W (205.00mm x 90.00mm)	6.713" (170.50mm)	Connector	-	DC Link, DC Filtering	-	-
B25648A1647K003 MODCAP UHP 640F - 1600V - 190A EPCOS - TDK Electronics	0 In Stock Check Lead Time	1 : $541.04000 Bulk	-	ModCap™ - High Frequency	Bulk	Active	640 µF	±10%	-	1600V (1.6kV)	-	-40°C ~ 75°C	Chassis Mount	Module	8.071" L x 3.543" W (205.00mm x 90.00mm)	6.713" (170.50mm)	Connector	-	High Frequency, Switching	-	Low ESL, High Temperature

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Film capacitors are based on the use of plastic film materials as a dielectric. An electrostatic (non-polarized) capacitor type having generally favorable parameter stability and loss characteristics relative to other types, a wide variety of construction and material variations exist that allow film capacitors to be adapted for a wide range of purposes, ranging from small-signal applications in which ceramics are competitive to power applications where electrolytics are the likely alternative.