CL10C220GB8NNNC

Digikey - CL10C220GB8NNNC

Digikey

Samsung
CL10C220GB8NNNC
Volume Production

CAP CER 22PF 50V C0G/NP0 0603 - Digikey

Cap Ceramic 22pF 50V C0G 2% SMD 0603 125C T/R - Verical

Ceramic capacitor SMD 0603 22 pF 50 V 2 % - Conrad

Capacitance 22pF
Case Code (Imperial) 0603
Case Code (Metric) 1608
Case/Package 0603
Construction Flat
Depth 0.8mm
Dielectric C0G
Height 0.8mm
Lead Free Lead Free
Length 1.6mm
Material Ceramic
Max Operating Temperature 125°C
Min Operating Temperature -55°C
Mount Surface Mount
Package Quantity 1
Packaging Tape and Reel
Radiation Hardening No
RoHS Compliant Yes
Series CL
Thickness 0.035inch
Tolerance 2%
Voltage Rating 50V
Voltage Rating (DC) 50V
Width 0.031inch
 Loading indicators
TDK
End of Life
Murata
Volume Production
KEMET
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Vishay Vitramon
Volume Production
Multicomp
Volume Production
Multicomp
Volume Production
TDK
Not Recommended for New Design
KEMET
Volume Production
Vishay Vitramon
Volume Production
Yageo
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Yageo
Volume Production
Samsung
Volume Production
NIC Components
Volume Production
Murata
End of Life
NIC Components
Volume Production
KEMET
Volume Production
Yageo
Volume Production
Murata
Volume Production
Samsung
Volume Production
Vishay
Volume Production
Yageo
Volume Production
Murata
Not Recommended for New Design
Vishay Vitramon
Volume Production
Walsin Technologies
Unknown
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Samsung
Volume Production
TDK EPCOS
Obsolete
TDK EPCOS
Obsolete
Multicomp
Volume Production
Multicomp
Volume Production
Vishay Semiconductors
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Walsin Technologies
Volume Production
Kyocera AVX
Volume Production
KEMET
Volume Production
Kyocera AVX
Volume Production
Samsung
Volume Production
Knowles Syfer
Volume Production
Vishay
Volume Production
Multicomp
Volume Production
Murata
Not Recommended for New Design
Vishay Vitramon
Volume Production
Kyocera AVX
Volume Production
Yageo
Volume Production
Murata
Not Recommended for New Design
KEMET
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Walsin Technologies
Volume Production
Walsin Technologies
Volume Production
Vishay Vitramon
Volume Production
KEMET
Volume Production
KEMET
Volume Production
Murata
Not Recommended for New Design
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Yageo
Volume Production
Samsung
Volume Production
Yageo
Volume Production
Samsung
Volume Production
KEMET
Volume Production
Samsung
Volume Production
Walsin Technologies
Volume Production
Walsin Technologies
Volume Production
Kyocera AVX
Volume Production
KEMET
Volume Production
Kyocera AVX
Volume Production
Murata
Volume Production
Murata
End of Life
Murata
Volume Production
Murata
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Murata
Not Recommended for New Design
Murata
Not Recommended for New Design
Johanson
Volume Production
Murata
Not Recommended for New Design
Murata
Obsolete
Vishay
Volume Production
Kyocera AVX
Volume Production
TDK
Volume Production
Vishay Vitramon
Volume Production
Kyocera AVX
Volume Production
Murata
Not Recommended for New Design
Knowles Syfer
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Vishay
Volume Production
Knowles Syfer
Volume Production
Walsin Technologies
Volume Production
Multicomp
Volume Production
Yageo
Volume Production
Murata
Obsolete
Kyocera AVX
Volume Production
Murata
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
NIC Components
Volume Production
Murata
Obsolete
NIC Components
Volume Production
KEMET
Volume Production
Kyocera AVX
Volume Production
Murata
Not Recommended for New Design
TDK
Not Recommended for New Design
TDK
Volume Production
Yageo
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Kyocera AVX
Volume Production
Samsung
Volume Production
Samsung
Volume Production
Samsung
Volume Production
NIC Components
Volume Production
Murata
Obsolete
Murata
Unknown
KEMET
Volume Production
KEMET
Obsolete
TDK EPCOS
Obsolete
TDK EPCOS
Obsolete
Yageo
Unknown
KEMET
Volume Production
KEMET
Volume Production
Panasonic
Obsolete
Knowles Syfer
Volume Production
Knowles Syfer
Volume Production
Vishay
Volume Production
Vishay
Volume Production
Vishay
Volume Production
KEMET
Unknown
Vishay Semiconductors
Unknown
Vishay Semiconductors
Unknown
Murata
Obsolete
KEMET
Unknown
KEMET
Unknown
TDK EPCOS
Obsolete
TDK EPCOS
Obsolete
Cal-Chip Electronics
Unknown
KOA Speer
Not Recommended for New Design
NIC Components
Not Recommended for New Design
Vishay Vitramon
Volume Production
Multicomp
Volume Production
TDK EPCOS
Unknown
Murata
Obsolete
Kyocera AVX
Volume Production
Murata
Volume Production
KEMET
Volume Production
KEMET
Volume Production
KEMET
Volume Production
Kyocera AVX
Volume Production
Kyocera AVX
Volume Production
Molex
Obsolete
Molex
Volume Production
Vishay Vitramon
Volume Production
Kyocera AVX
Volume Production
Vishay Vitramon
Volume Production
Murata
End of Life
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Kyocera AVX
Volume Production
Yageo
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
Vishay Vitramon
Volume Production
NIC Components
Volume Production
Murata
Obsolete
Murata
Obsolete
Murata
Volume Production
Knowles Syfer
Volume Production
Knowles Syfer
Volume Production
Yageo
Volume Production
Knowles Syfer
Volume Production
Vishay
Volume Production
Vishay
Volume Production
Walsin Technologies
Volume Production
Walsin Technologies
Volume Production
Knowles Syfer
Volume Production
Multicomp
Volume Production

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