Cornell Dubilier ElectroFilm Metalized Polypropylene Capacitor - Type UNL
Cornell Dubilier ElectroFilm Metallized Polypropylene Capacitor -
Type UNL has low loss ElectroFilm construction offering high ripple
current capabilities and high capacitance values. The CDE UNL
capacitors from Cornell Dubilier also feature capacitance range of 4.7
to 100µF, voltage range of 400 to 1500Vdc, exceptionally low ESR, and
improved reliability.
NEW! Cornell Dubilier has expanded the UNL capacitor series to include additional values.
View the newest UNL Series capacitor parts!
Cornell Dubilier UNL ElectroFilm Metallized Polypropylene Capacitors - EXPANSION
Cornell Dubilier has expanded the UNL ElectroFilm Metallized Polypropylene Capacitor series to include additional values.
Cornell Dubilier ElectroFilm Metallized Polypropylene Capacitor - Type UNL have low loss ElectroFilm construction offering high ripple current capabilities and high capacitance values. The CDE UNL
capacitors from Cornell Dubilier also feature capacitance range of 4.7
to 100µF, voltage range of 400 to 1500Vdc, exceptionally low ESR, and
improved reliability.
View all UNL Capacitors
Cornell Dubilier MLP/MLS Aluminum Electrolytic Capacitors
Cornell Dubilier MLP Aluminum Electrolytic Capacitor's high-energy storage and box-shape make it perfect for voltage holdup or filtering in military SEM-E modules, telecom circuit packs and computer cards. Cornell Dubilier MLP Aluminum Electrolytic Capacitors deliver up to 20 joules of energy storage in a 1/2" height with 50 year's life at +45ºC. Cornell Dubilier MLS Aluminum Electrolytic Capacitors extend the super performance of the MLP from a maximum operating temperature of 85ºC to 125ºC. The MLS incorporates a rugged, stainless steel case which assures flatness to beyond 125ºC. Cornell Dubilier MLS Aluminum Electrolytic Capacitors are perfect for high-reliability military systems and applications operating above 85ºC.
Cornell Dubilier SLP / SLPX Type Snap-In Capacitors
The Cornell Dubilier SLP / SLPX Type High Voltage Snap-In Capacitors have a smaller case size with higher capacitance and a voltage range from 10Vdc to 450Vdc. The ripple current and long life are 3000h at their rated voltages (SLP @ 105ºC, SLPX @ 85ºC), making the SLP / SLPX the best value package snap-in series. The smallest case size for either series is 22x25mm and the largest being 35x50mm. The Cornell Dubilier SLP / SLPX Type High Voltage Snap-In Capacitors are ideal as a drop-in replacement for next-generation switching power supplies, inverters, and DC filtering.
Cornell Dubilier Polypropylene Film Capacitors, Type 944U
The Cornell Dubilier 944U Type Polypropylene Film Capacitors are specifically designed for use in medium power DC filtering
applications. The low inductance internal construction utilizes low
loss metallized polypropylene for high ripple current capability. With
capacitance ranges between 33 and 220 µF and voltage ranges between 800
Vdc to 1400 Vdc, the Cornell Dubilier 944U Film Capacitors are housed in a rugged UL 94VO rated flame retardant plastic case and resin fill. The 944U Type Polypropylene Film Capacitors are ideal for the DC link in inverters and for DC output filters.
Cornell Dubilier Type 947C DC Link Capacitors
Cornell Dubilier´s Type 947C DC Link high-capacitance and high-current capacitors feature metallized polypropylene dielectrics and use the most advanced metallized film technology for a reliably long life. The Type 947C DC Link Capacitors
are ideal for renewable energy inverters for wind, solar, and fuel
cell, as well as power supplies, motor drives, electric vehicles,
traction, and industrial uses.
Cornell Dubilier SMD Aluminum Electrolytic Capacitor
The Cornell Dubilier SMD Aluminum Electrolytic Capacitor (series AVE, AVEK, AVES, AVEZ, AVRF, AVGA)
for filtering, bypassing and power supply decoupling features an
operating range of -40ºC to 105ºC and 1,000 to 5,000 hours of load
life. With low impedance characteristics, the Cornell Dubilier SMD Aluminum Electrolytic Capacitor is ideal for high density PC board packaging and economical in cost and footprint.