ROHM Semiconductor GmbH Datasheets for Chip Capacitors

Chip capacitors or surface mount capacitors do not have leads.
Chip Capacitors: Learn more

Product Name Notes
By employing the bottom electrode structure, ROHM's chip tantalum capacitors (TCT series) are featured with large capacitance and low profile.
ROHM conductive polymer capacitors (TCSO Series) feature a new bottom electrode configuration for greater compactness, lower profile, and larger capacitance. Conductive polymer introduced at the cathode results in lower ESR,...
ROHM's chip tantalum capacitors (TCO series), encapsulating the conductive polymer for cathode drastically lower the ESR.
ROHM's chip tantalum capacitors (TCTO series), encapsulating the conductive polymer for cathode into bottom surface electrode structure, drastically lower the ESR.
ROHM's chip tantalum capacitors(TC series) are standard series of capacitors by utilizing the process technology based on ROHM's highly reliable Transistors and Diode manufactureing system.
ROHM's chip tantalum capacitors(TC series) are standard series of capacitors by utilizing the process technology based on ROHM's highly reliable Transistors and Diode manufacturing system.
ROHM's tantalum chip capacitors (TCS Series) also feature a bottom electrode design for greater capacitance in a smaller, thinner form factor.
The TCSOPS series use the conductive polymer at the cathode and features ultra-low ESR. New package structure results in the largest capacitance. The compact and low profile, high capacitance structure...
The TCTOBL use the conductive polymer at the cathode and features ultra-low ESR. Bottom electrode configuration results in the largest capacitance. The compact and low profile, high capacitance structure contributes...
The TCTOPL use the conductive polymer at the cathode and features ultra-low ESR. Bottom electrode configuration results in the largest capacitance. The compact and low profile, high capacitance structure contributes...
The TCTOU2 use the conductive polymer at the cathode and features ultra-low ESR. Bottom electrode configuration results in the largest capacitance. The compact and low profile, high capacitance structure contributes...