Part number: CMC430J
Manufacturer: Mallory
File Size: 52.02KB
Download: 📄 Datasheet
Description: Disc Ceramic Capacitors
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CMC431J - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC4520CG - MULTILAYER CERAMIC CAPACITORS
(Atom)
Atom
MULTILAYER CERAMIC CAPACITORS
Features
* Wide capacitance range, extremely compost size. * Low inductance of capacitor for high frequency applica.
CMC4532CG - MULTILAYER CERAMIC CAPACITORS
(Atom)
Atom
MULTILAYER CERAMIC CAPACITORS
Features
* Wide capacitance range, extremely compost size. * Low inductance of capacitor for high frequency applica.
CMC470J - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC-9745-37T - ELECTRET CONDENSER MICROPHONE
(CUI)
For more information, please visit the product page.
date 11/07/2016 page 1 of 4
MODEL: CMC-9745-37T │ DESCRIPTION: ELECTRET CONDENSER MICROPHONE
FE.
CMC010C - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC020C - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC030C - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC040C - Disc Ceramic Capacitors
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EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
CMC050C - Disc Ceramic Capacitors
(Mallory)
EIA Class 1 Temperature Compensating Disc Ceramic Capacitors
{ { { { Temperature Compensating Ideal For Use in Timing and Oscillating Circuits Conform.
