All Entries in the Tag : Low ESR

TTI introduces Vishay’s TL3 SMT tantalum capacitors

Vishay TL3 Series TantalumAvailable in five standard EIA case sizes (A through E), Tantamount TL3 devices are rated from 4V to 50V. They have a reliability at rated voltage of 0.50 per cent over 1,000hr at 85°C. Capacitance range is 0.2µF to 470µF and capacitance tolerance ±10 per cent or ±20 per cent depending on the model selected.

: Tantalum | , ,

Vishay SMD MLCC in quad 2525 case size boosts Q, lowers ESR

Vishay 2525 High Q  MLCCVISHAY INTERTECHNOLOGY QUAD HIFREQ 2525 case high-power surface-mount multilayer ceramic chip capacitor (MLCC) is suitable for high-frequency RF applications.

: Ceramic | , , ,

Vishay Launches New 2525 MLCC for RF Applications

MALVERN, PA–(Marketwired – May 30, 2014) –  Vishay Intertechnology, Inc. (NYSE: VSH) is adding to its QUAD HIFREQ series of high-power surface-mount multilayer ceramic chip capacitors (MLCCs) with a new device in the quad 2525 case size.

: Ceramic | , , ,

Panasonic: Low ESR SMD Aluminum Electrolytic Capacitors

Pansonic SMT Al E-CapThe V-FP and V-FT series of +105°C SMD aluminium electrolytic capacitors from Panasonic delivers excellent low impedance = ESR values with wide range line up.

: Aluminum | , ,

element14 offers polymer capacitors from Panasonic

SINGAPORE: element14 has announced the addition of four new polymer capacitors from Panasonic to its range.

: Aluminum, Tantalum | , ,

Panasonic offers Conductive Polymer Al E-Caps

Panasonic Al Polymer E-CapBased on common aluminum electrolytic capacitor technology SP Cap uses solid polymer electrolyte instead of liquid electrolyte.

: Aluminum | , ,

Vishay Extends SMD Tantalum Series to 75 V Ratings

MALVERN, PA–Marketwired – Feb 20, 2014 – Vishay Intertechnology, Inc. NYSE: VSH today announced that it has extended its TANTAMOUNT® low-ESR TR3 and standard industrial-grade 293D series of solid tantalum surface-mount chip capacitors with higher ratings up to 75 V in the B, C, D, E, V, and W case sizes.

: Tantalum | , , ,