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Cornell Dubilier (CDE)

Cornell Dubilier Electronics logo Welcome to TTI, Inc., we are Cornell Dubilier's premier authorized distributor. CDE is a leading capacitor manufacturer and is dedicated to being the source for capacitors that transform applications to success stories, it excels with aluminum electrolytic, mica, motor run, and AC and DC plastic film capacitors. The world leaders in welders, UPS systems, motors, drives, avionics, power and military electronics and medical lasers are prominently among its more than 35,000 customers. Its principal market is power electronics. Through this site you can search our huge inventory of Cornell Dubilier's passive products. Should you need additional assistance, our customer service team is ready to help at 1-877-645-4TTI.

Cornell Dubilier Brand Websites (click links below to visit external sites)
Cornell Dubilier
Mallory

Featured Cornell Dubilier Products

Cornell Dubilier (CDE) 940C Capacitors

Cornell Dubilier (CDE) 940C Capacitors
Cornell Dubilier's (CDE) type 940C round, axial leaded fi lm capacitors have polypropylene film and dual metallized electrodes for both self healing properties and high peak current carrying capability (dV/dt). ( more info )

Cornell Dubilier (CDE) SLPX/SLP Aluminum Electrolytic Snap-ins

Cornell Dubilier (CDE) SLPX/SLP Aluminum Electrolytic Snap-ins
Smaller case size with higher capacitance. ( more info )

Cornell Dubilier (CDE) Type 4CMC Aluminum Electrolytic Capacitors

Cornell Dubilier (CDE) Type 4CMC Aluminum Electrolytic Capacitors
Now from Cornell Dubilier Type 4CMC Aluminum Electrolytic Capacitors with more capacitance and increased ripple current handling from its new extended-cathode construction. ( more info )

Cornell Dubilier SMT RF Mica and Teflon Capacitors

Cornell Dubilier SMT RF Mica and Teflon Capacitors
CDE Cornell Dubilier introduces high-power RF capacitors for military/aerospace and commercial radios and transmitters, CATV, automotive and medical RF generators and other applications requiring high-frequency operation into the low gigahertz and high-temperature operation up to 200°C. ( more info )