CMC2012 Datasheet, capacitors equivalent, Atom

CMC2012 Features and benefits

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CMC2012CG - MULTILAYER CERAMIC CAPACITORS (Atom)
Atom MULTILAYER CERAMIC CAPACITORS Features * Wide capacitance range, extremely compost size. * Low inductance of capacitor for high frequency applica.

CMC201J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC200J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC216-02 - LCD (CRYSTAL CLEAR TECHNOLOGY)
CRYSTAL CLEAR TECHNOLOGY SDN. BHD. Spec. No: CMC216-02 LCD Module Specification 1.0 Table of Contents 1. Cover & Contents 2. Record of revision 3. Ge.

CMC220J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC221J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC240J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC241J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC270J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.

CMC271J - Disc Ceramic Capacitors (Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors { { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.