Samsung Electro-Mechanics Datasheets for Chip Capacitors
Chip capacitors or surface mount capacitors do not have leads.
Chip Capacitors: Learn more
| Product Name | Notes |
|---|---|
| Acoustic Noise MLCCs | A solution for reducing audible noise (20 Hz – 20 kHz) from mechanical vibrations that are attributable to the piezoelectric characteristics of MLCC materials General Features The electrical characteristics are... |
| General & High MLCCs | As one of the key passive components, multilayer ceramic capacitors (MLCC) temporarily charge and remove noise in electronic circuits. They are the most general capacitors available today. The main body... |
| Automotive MLCCs | Automotive products are manufactured in state of the art facilities recommend for registration to ISO/TS 16949:2002. Automotive products qualified AEC-Q200 requirements. Automotive products are RoHS compliant. Samsung terminations are suitable... |
| Embedded MLCCs | Due to its low ESL characteristics, the products can be used as decoupling capacitors to supply current to the high-speed application processors (APs) of mobile devices (smartphones, tablet PCs) efficiently... |
| Medium-High Voltage MLCCs | High voltage tolerance and quick charging/discharging characteristics are required for this product. The products are used for snubber circuits, camera strobe circuits and Ethernet LAN(IEEE 802.3)They are also used in... |
| Tantalum Capacitors | Tantalum capacitors are general-type capacitors that perform electric charging and discharging, and remove noise. They are widely used in electronic equipment. Tantalum capacitors are divided into manganese dioxide type and... |
| Soft Termination MLCCs | The products prevent internal cracks of MLCC caused by mechanical and thermal shocks. General MLCCs could generate short circuit failure because of the lowering of the capacitance that could be... |
| High Frequency MLCCs | These MLCCs can be used in high frequency. They consist of a ceramic body and an electrode made of copper and plated with nickel and tin. High Q and low... |