C320C222K5R5CA

C320C222K5R5CA Datasheet

C322

Part	Datasheet
C320C222K5R5CA	C320C222K5R5CA (pdf)

Related Parts	Information
C322C473KCR5CA	C322C473KCR5CA
C330C334M5U5CA	C330C334M5U5CA
C330C474M1U5CA	C330C474M1U5CA
C330C334M1U5CA	C330C334M1U5CA
C330C224M1U5CA	C330C224M1U5CA
C322C334M5U5CA	C322C334M5U5CA
C330C104M1U5CA	C330C104M1U5CA
C322C474M5U5CA	C322C474M5U5CA
C340C105M1U5CA	C340C105M1U5CA
C330C154M1U5CA	C330C154M1U5CA
C330C474M5U5CA	C330C474M5U5CA
C330C684M5U5CA	C330C684M5U5CA
C330C105M5U5CA	C330C105M5U5CA
C330C155M5U5CA	C330C155M5U5CA
C330C225M5U5CA	C330C225M5U5CA
C340C684M1U5CA	C340C684M1U5CA
C340C155M1U5CA	C340C155M1U5CA
C340C225M5U5CA	C340C225M5U5CA
C340C335M5U5CA	C340C335M5U5CA
C340C475M5U5CA	C340C475M5U5CA
C322C223M1U5CA	C322C223M1U5CA
C340C474M1U5CA	C340C474M1U5CA
C322C224M5U5CA	C322C224M5U5CA
C315C222K2R5CA	C315C222K2R5CA
C340C473J2G5CA	C340C473J2G5CA
C340C333J1G5CA	C340C333J1G5CA
C340C473J1G5CA	C340C473J1G5CA
C340C683J1G5CA	C340C683J1G5CA
C315C101K2R5CA	C315C101K2R5CA
C340C223J2G5CA	C340C223J2G5CA
C315C100J2G5CA	C315C100J2G5CA
C330C223J1G5CA	C330C223J1G5CA
C315C151K2R5CA	C315C151K2R5CA
C315C221K2R5CA	C315C221K2R5CA
C315C331K2R5CA	C315C331K2R5CA
C315C471K2R5CA	C315C471K2R5CA
C315C681K2R5CA	C315C681K2R5CA
C315C102K2R5CA	C315C102K2R5CA
C322C332J2G5CA	C322C332J2G5CA
C322C473M1U5CA	C322C473M1U5CA
C330C682J2G5CA	C330C682J2G5CA
C317C333K5R5CA	C317C333K5R5CA
C322C102J1G5CA	C322C102J1G5CA
C322C152J1G5CA	C322C152J1G5CA
C322C222J1G5CA	C322C222J1G5CA
C322C332J1G5CA	C322C332J1G5CA
C322C472J1G5CA	C322C472J1G5CA
C340C333J2G5CA	C340C333J2G5CA
C330C472J2G5CA	C330C472J2G5CA
C315C102K1R5CA	C315C102K1R5CA
C330C103J2G5CA	C330C103J2G5CA
C330C153J2G5CA	C330C153J2G5CA
C330C332J1G5CA	C330C332J1G5CA
C330C472J1G5CA	C330C472J1G5CA
C330C682J1G5CA	C330C682J1G5CA
C330C103J1G5CA	C330C103J1G5CA
C330C153J1G5CA	C330C153J1G5CA
C330C332J2G5CA	C330C332J2G5CA
C317C682K1R5CA	C317C682K1R5CA
C315C152K2R5CA	C315C152K2R5CA
C317C102K2R5CA	C317C102K2R5CA
C317C152K2R5CA	C317C152K2R5CA
C317C222K2R5CA	C317C222K2R5CA
C317C102K1R5CA	C317C102K1R5CA
C317C681J1G5CA	C317C681J1G5CA
C317C471K2R5CA	C317C471K2R5CA
C317C472K1R5CA	C317C472K1R5CA
C317C331K2R5CA	C317C331K2R5CA
C317C103K1R5CA	C317C103K1R5CA
C317C332K5R5CA	C317C332K5R5CA
C317C472K5R5CA	C317C472K5R5CA
C317C682K5R5CA	C317C682K5R5CA
C317C103K5R5CA	C317C103K5R5CA
C317C153K5R5CA	C317C153K5R5CA
C317C223K5R5CA	C317C223K5R5CA
C317C222K1R5CA	C317C222K1R5CA
C315C682K5R5CA	C315C682K5R5CA
C315C152K1R5CA	C315C152K1R5CA
C315C222K1R5CA	C315C222K1R5CA
C315C332K1R5CA	C315C332K1R5CA
C315C472K1R5CA	C315C472K1R5CA
C315C682K1R5CA	C315C682K1R5CA
C315C103K1R5CA	C315C103K1R5CA
C317C681K2R5CA	C317C681K2R5CA
C315C472K5R5CA	C315C472K5R5CA
C322C222J2G5CA	C322C222J2G5CA
C315C103K5R5CA	C315C103K5R5CA
C315C153K5R5CA	C315C153K5R5CA
C315C223K5R5CA	C315C223K5R5CA
C315C333K5R5CA	C315C333K5R5CA
C317C101K2R5CA	C317C101K2R5CA
C317C151K2R5CA	C317C151K2R5CA
C317C221K2R5CA	C317C221K2R5CA
C315C332K5R5CA	C315C332K5R5CA
C315C331J2G5CA	C315C331J2G5CA
C315C101J2G5CA	C315C101J2G5CA
C315C681J1G5CA	C315C681J1G5CA
C315C471J1G5CA	C315C471J1G5CA
C315C331J1G5CA	C315C331J1G5CA
C315C221J1G5CA	C315C221J1G5CA
C315C151J1G5CA	C315C151J1G5CA
C317C100J2G5CA	C317C100J2G5CA
C315C471J2G5CA	C315C471J2G5CA
C317C150J2G5CA	C317C150J2G5CA
C315C221J2G5CA	C315C221J2G5CA
C320C220J2G5CA	C320C220J2G5CA
C320C470J2G5CA	C320C470J2G5CA
C320C330J2G5CA	C320C330J2G5CA
C320C680J2G5CA	C320C680J2G5CA
C315C151J2G5CA	C315C151J2G5CA
C322C681J1G5CA	C322C681J1G5CA
C320C150J2G5CA	C320C150J2G5CA
C317C221J2G5CA	C317C221J2G5CA
C317C102J1G5CA	C317C102J1G5CA
C320C100J2G5CA	C320C100J2G5CA
C317C471J1G5CA	C317C471J1G5CA
C317C331J1G5CA	C317C331J1G5CA
C317C221J1G5CA	C317C221J1G5CA
C317C151J1G5CA	C317C151J1G5CA
C315C102J1G5CA	C315C102J1G5CA
C317C331J2G5CA	C317C331J2G5CA
C320C151J2G5CA	C320C151J2G5CA
C317C151J2G5CA	C317C151J2G5CA
C317C101J2G5CA	C317C101J2G5CA
C317C680J2G5CA	C317C680J2G5CA
C317C470J2G5CA	C317C470J2G5CA
C317C390J2G5CA	C317C390J2G5CA
C317C330J2G5CA	C317C330J2G5CA
C317C220J2G5CA	C317C220J2G5CA
C317C471J2G5CA	C317C471J2G5CA
C322C101J2G5CA	C322C101J2G5CA
C320C101J2G5CA	C320C101J2G5CA
C322C220J2G5CA	C322C220J2G5CA
C315C270J2G5CA	C315C270J2G5CA
C315C220J2G5CA	C315C220J2G5CA
C315C150J2G5CA	C315C150J2G5CA
C322C330J2G5CA	C322C330J2G5CA
C322C150J2G5CA	C322C150J2G5CA
C322C680J2G5CA	C322C680J2G5CA
C322C100J2G5CA	C322C100J2G5CA
C322C151J2G5CA	C322C151J2G5CA
C322C221J2G5CA	C322C221J2G5CA
C322C331J2G5CA	C322C331J2G5CA
C322C471J2G5CA	C322C471J2G5CA
C322C681J2G5CA	C322C681J2G5CA
C322C102J2G5CA	C322C102J2G5CA
C322C152J2G5CA	C322C152J2G5CA
C322C470J2G5CA	C322C470J2G5CA
C320C332J2G5CA	C320C332J2G5CA
C315C680J2G5CA	C315C680J2G5CA
C320C221J2G5CA	C320C221J2G5CA
C320C331J2G5CA	C320C331J2G5CA
C320C471J2G5CA	C320C471J2G5CA
C320C681J2G5CA	C320C681J2G5CA
C320C102J2G5CA	C320C102J2G5CA
C315C330J2G5CA	C315C330J2G5CA
C320C222J2G5CA	C320C222J2G5CA
C317C332K1R5CA	C317C332K1R5CA
C320C681J1G5CA	C320C681J1G5CA
C320C102J1G5CA	C320C102J1G5CA
C320C152J1G5CA	C320C152J1G5CA
C320C222J1G5CA	C320C222J1G5CA
C320C332J1G5CA	C320C332J1G5CA
C320C472J1G5CA	C320C472J1G5CA
C315C470J2G5CA	C315C470J2G5CA
C320C152J2G5CA	C320C152J2G5CA
C315C104M5U5CA	C315C104M5U5CA
C317C153M1U5CA	C317C153M1U5CA
C315C682M5U5CA	C315C682M5U5CA
C315C103M5U5CA	C315C103M5U5CA
C315C153M5U5CA	C315C153M5U5CA
C315C223M5U5CA	C315C223M5U5CA
C315C333M5U5CA	C315C333M5U5CA
C315C153M1U5CA	C315C153M1U5CA
C315C683M5U5CA	C315C683M5U5CA
C315C103M1U5CA	C315C103M1U5CA
C317C102M1U5CA	C317C102M1U5CA
C317C152M1U5CA	C317C152M1U5CA
C317C222M1U5CA	C317C222M1U5CA
C317C332M1U5CA	C317C332M1U5CA
C317C472M1U5CA	C317C472M1U5CA
C317C682M1U5CA	C317C682M1U5CA
C330C474K5R5CA	C330C474K5R5CA
C315C473M5U5CA	C315C473M5U5CA
C340C155K5R5CA	C340C155K5R5CA
C330C684K5R5CA	C330C684K5R5CA
C330C105K5R5CA	C330C105K5R5CA
C340C104K2R5CA	C340C104K2R5CA
C340C154K2R5CA	C340C154K2R5CA
C340C224K2R5CA	C340C224K2R5CA
C340C474K1R5CA	C340C474K1R5CA
C315C472M5U5CA	C315C472M5U5CA
C340C105K1R5CA	C340C105K1R5CA
C317C682M5U5CA	C317C682M5U5CA
C320C102K2R5CA	C320C102K2R5CA
C315C102M1U5CA	C315C102M1U5CA
C317C152K1R5CA	C317C152K1R5CA
C315C222M1U5CA	C315C222M1U5CA
C315C332M1U5CA	C315C332M1U5CA
C315C472M1U5CA	C315C472M1U5CA
C315C682M1U5CA	C315C682M1U5CA
C340C684K1R5CA	C340C684K1R5CA
C322C683M1U5CA	C322C683M1U5CA
C317C103M1U5CA	C317C103M1U5CA
C320C154M5U5CA	C320C154M5U5CA
C320C224M5U5CA	C320C224M5U5CA
C320C334M5U5CA	C320C334M5U5CA
C320C474M5U5CA	C320C474M5U5CA
C322C103M1U5CA	C322C103M1U5CA
C320C683M5U5CA	C320C683M5U5CA
C322C333M1U5CA	C322C333M1U5CA
C320C473M5U5CA	C320C473M5U5CA
C322C104M1U5CA	C322C104M1U5CA
C322C154M1U5CA	C322C154M1U5CA
C322C333M5U5CA	C322C333M5U5CA
C322C473M5U5CA	C322C473M5U5CA
C322C683M5U5CA	C322C683M5U5CA
C322C104M5U5CA	C322C104M5U5CA
C322C154M5U5CA	C322C154M5U5CA
C322C153M1U5CA	C322C153M1U5CA
C320C153M1U5CA	C320C153M1U5CA
C317C103M5U5CA	C317C103M5U5CA
C317C153M5U5CA	C317C153M5U5CA
C317C223M5U5CA	C317C223M5U5CA
C317C333M5U5CA	C317C333M5U5CA
C317C473M5U5CA	C317C473M5U5CA
C317C683M5U5CA	C317C683M5U5CA
C320C104M5U5CA	C320C104M5U5CA
C320C103M1U5CA	C320C103M1U5CA
C340C225K5R5CA	C340C225K5R5CA
C320C223M1U5CA	C320C223M1U5CA
C320C333M1U5CA	C320C333M1U5CA
C320C473M1U5CA	C320C473M1U5CA
C320C683M1U5CA	C320C683M1U5CA
C320C104M1U5CA	C320C104M1U5CA
C320C154M1U5CA	C320C154M1U5CA
C320C333M5U5CA	C320C333M5U5CA
C317C104M5U5CA	C317C104M5U5CA
C322C223K2R5CA	C322C223K2R5CA
C320C154K5R5CA	C320C154K5R5CA
C320C224K5R5CA	C320C224K5R5CA
C322C102K2R5CA	C322C102K2R5CA
C322C152K2R5CA	C322C152K2R5CA
C322C222K2R5CA	C322C222K2R5CA
C322C332K2R5CA	C322C332K2R5CA
C322C472K2R5CA	C322C472K2R5CA
C322C682K2R5CA	C322C682K2R5CA
C322C103K5R5CA	C322C103K5R5CA
C322C153K2R5CA	C322C153K2R5CA
C320C473K5R5CA	C320C473K5R5CA
C322C472K1R5CA	C322C472K1R5CA
C322C682K1R5CA	C322C682K1R5CA
C322C103K1R5CA	C322C103K1R5CA
C322C153K1R5CA	C322C153K1R5CA
C322C223K1R5CA	C322C223K1R5CA
C322C333K1R5CA	C322C333K1R5CA
C315C152M1U5CA	C315C152M1U5CA
C322C683K1R5CA	C322C683K1R5CA
C330C334K5R5CA	C330C334K5R5CA
C322C103K2R5CA	C322C103K2R5CA
C320C153K1R5CA	C320C153K1R5CA
C320C152K2R5CA	C320C152K2R5CA
C320C222K2R5CA	C320C222K2R5CA
C320C332K2R5CA	C320C332K2R5CA
C320C472K2R5CA	C320C472K2R5CA
C320C682K2R5CA	C320C682K2R5CA
C320C103K2R5CA	C320C103K2R5CA
C320C153K2R5CA	C320C153K2R5CA
C320C223K2R5CA	C320C223K2R5CA
C320C472K1R5CA	C320C472K1R5CA
C320C104K5R5CA	C320C104K5R5CA
C320C103K1R5CA	C320C103K1R5CA
C320C683K5R5CA	C320C683K5R5CA
C320C223K1R5CA	C320C223K1R5CA
C320C333K1R5CA	C320C333K1R5CA
C320C473K1R5CA	C320C473K1R5CA
C320C683K1R5CA	C320C683K1R5CA
C320C104K1R5CA	C320C104K1R5CA
C320C153K5R5CA	C320C153K5R5CA
C320C223K5R5CA	C320C223K5R5CA
C320C333K5R5CA	C320C333K5R5CA
C322C104K1R5CA	C322C104K1R5CA
C320C682K1R5CA	C320C682K1R5CA
C330C104K2R5CA	C330C104K2R5CA
C322C683K5R5CA	C322C683K5R5CA
C322C473K1R5CA	C322C473K1R5CA
C322C154K5R5CA	C322C154K5R5CA
C322C224K5R5CA	C322C224K5R5CA
C330C153K2R5CA	C330C153K2R5CA
C330C223K2R5CA	C330C223K2R5CA
C330C333K2R5CA	C330C333K2R5CA
C330C473K2R5CA	C330C473K2R5CA
C322C153K5R5CA	C322C153K5R5CA
C330C683K2R5CA	C330C683K2R5CA
C322C473K5R5CA	C322C473K5R5CA
C330C683K1R5CA	C330C683K1R5CA
C330C104K1R5CA	C330C104K1R5CA
C330C154K1R5CA	C330C154K1R5CA
C330C224K1R5CA	C330C224K1R5CA
C330C334K1R5CA	C330C334K1R5CA
C330C474K1R5CA	C330C474K1R5CA
C330C154K5R5CA	C330C154K5R5CA
C330C224K5R5CA	C330C224K5R5CA
C330C563K2R5CA	C330C563K2R5CA
C322C223K5R5CA	C322C223K5R5CA
C322C104K5R5CA	C322C104K5R5CA
C322C333K5R5CA	C322C333K5R5CA
C322C154M5U5CA7301	C322C154M5U5CA7301
C330C103G2G5CA	C330C103G2G5CA
C322C182J2G5CA	C322C182J2G5CA
C333C564K5R5CA	C333C564K5R5CA
C317C100J2G5CA7301	C317C100J2G5CA7301
C333C104M5U5CA	C333C104M5U5CA
C317C120J5G5CA	C317C120J5G5CA
C330C104K5R5CA7301	C330C104K5R5CA7301
C320C473M1U5CA7303	C320C473M1U5CA7303
C340C393J5G5CA	C340C393J5G5CA

PDF Datasheet Preview
Multlayer Ceramic Capacitors MULTILAYER CERAMIC CAPACITORS/AXIAL & RADIAL LEADED Multilayer ceramic capacitors are available in a variety of physical sizes and configurations, including leaded devices and surface mounted chips. Leaded styles include molded and conformally coated parts with axial and radial leads. However, the basic capacitor element is similar for all styles. It is called a chip and consists of formulated dielectric materials which have been cast into thin layers, interspersed with metal electrodes alternately exposed on opposite edges of the laminated structure. The entire structure is fired at high temperature to produce a monolithic block which provides high capacitance values in a small physical volume. After firing, conductive terminations are applied to opposite ends of the chip to make contact with the exposed electrodes. Termination materials and methods vary depending on the intended use. TEMPERATURE CHARACTERISTICS Ceramic dielectric materials can be formulated with Class III General purpose capacitors, suitable a wide range of characteristics. The EIA standard for by-pass coupling or other applications in which ceramic dielectric capacitors RS-198 divides ceramic dielectric losses, high insulation resistance and dielectrics into the following classes: stability of capacitance characteristics are of little or no importance. Class III capacitors are similar to Class Class I Temperature compensating capacitors, suitable for resonant circuit application or other applications where high Q and stability of capacitance characteristics are required. Class I capacitors have II capacitors except for temperature characteristics, which are greater than ± Class III capacitors have the highest volumetric efficiency and poorest stability of any type. predictable temperature coefficients and are not effected by voltage, frequency or time. They are made KEMET leaded ceramic capacitors are offered in from materials which are not ferro-electric, yielding the three most popular temperature characteristics: superior stability but low volumetric efficiency. Class I C0G Class I, with a temperature coefficient of 0 ± capacitors are the most stable type available, but have 30 ppm per degree C over an operating the lowest volumetric efficiency. temperature range of - 55°C to + 125°C Also known as “NP0” . Class II Stable capacitors, suitable for bypass or coupling applications or frequency discriminating circuits where Q and stability of capacitance characteristics are not of major importance. Class II capacitors have temperature characteristics of ± 15% or less. They are made from materials which are X7R Class II, with a maximum capacitance change of ± 15% over an operating temperature range of - 55°C to + 125°C. Z5U Class III, with a maximum capacitance change of + 22% - 56% over an operating temperature range of + 10°C to + 85°C. ferro-electric, yielding higher volumetric efficiency but less stability. Class II capacitors are affected by Specified electrical limits for these three temperature temperature, voltage, frequency and time. characteristics are shown in Table SPECIFIED ELECTRICAL LIMITS PARAMETER Dissipation Factor Measured at following conditions C0G 1 kHz and 1 vrms if capacitance > 1000 pF 1 MHz and 1 vrms if capacitance 1000 pF X7R 1 kHz and 1 vrms* or if extended cap range vrms Z5U 1 kHz and vrms Dielectric Strength times rated DC voltage. Insulation Resistance IR At rated DC voltage, whichever of the two is smaller Temperature Characteristics Range, °C Capacitance Change without DC voltage * 1 MHz and 1 vrms if capacitance 100 pF on military product. Table I TEMPERATURE CHARACTERISTICS Pass Subsequent IR Test ORDERING INFORMATION C 320 C 102 M 1 R 5 T A* CERAMIC CASE SIZE See Table Above SPECIFICATION C Standard CAPACITANCE, CODE Expressed in Picofarads pF First Two Digits Significant Figures Third Digit Number of Zeros Use 9 for thru pF. Example 2.2pF 229 CAPACITANCE TOLERANCE D pF K ±10% F ±1% G ±2% M ±20% P 0%, +100% J ±5% Z -20, +80% *Part Number Example C320C102M1R5CA 14 digits no spaces FAILURE RATE A Not Applicable TERMINATION MATERIAL T 100% Tin H SnPb C 100% Sn Not recommended for new design INTERNAL CONSTRUCTION 5 Standard DIELECTRIC EIA Designation G C0G NP0 Ultra-Stable R X7R Stable U Z5U General Purpose RATED VOLTAGE 2 200 F 1500 1 100 G 2000 5 50 Z 2500 C 500 H 3000 D For packaging information, see pages 40, and KEMET Electronics Corporation, P.O. Box 5928, Greenville, S.C. 29606, 864 963-6300 CERAMIC CONFORMALLY COATED/RADIAL “STANDARD & HIGH VOLTAGE GOLDEN MAX” OPTIONAL CONFIGURATIONS BY LEAD SPACING The preferred lead wire configurations are shown on page However, additional configurations are available. All available options, including those on page 9, are shown below grouped by lead spacing. Lead Spacing ± C315 MAX. MAX. C316 MAX. MAX. C320 MAX. MAX. C324 MAX. MAX. C326 MAX. MAX. Lead Spacing ± MIN.

PDF Datasheet Preview

Multlayer Ceramic Capacitors

MULTILAYER CERAMIC CAPACITORS/AXIAL & RADIAL LEADED

Multilayer ceramic capacitors are available in a variety of physical sizes and configurations, including leaded devices and surface mounted chips. Leaded styles include molded and conformally coated parts with axial and radial leads. However, the basic capacitor element is similar for all styles. It is called a chip and consists of formulated dielectric materials which have been cast into thin layers, interspersed with metal electrodes alternately exposed on opposite
edges of the laminated structure. The entire structure is fired at high temperature to produce a monolithic block which provides high capacitance values in a small physical volume. After firing, conductive terminations are applied to opposite ends of the chip to make contact with the exposed electrodes. Termination materials and methods vary depending on the intended use.

TEMPERATURE CHARACTERISTICS

Ceramic dielectric materials can be formulated with

Class III General purpose capacitors, suitable
a wide range of characteristics. The EIA standard for by-pass coupling or other applications in which
ceramic dielectric capacitors RS-198 divides ceramic dielectric losses, high insulation resistance and
dielectrics into the following classes:
stability of capacitance characteristics are of little or
no importance. Class III capacitors are similar to Class

Class I Temperature compensating capacitors, suitable for resonant circuit application or other applications where high Q and stability of capacitance characteristics are required. Class I capacitors have

II capacitors except for temperature characteristics, which are greater than ± Class III capacitors have the highest volumetric efficiency and poorest stability of any type.
predictable temperature coefficients and are not
effected by voltage, frequency or time. They are made

KEMET leaded ceramic capacitors are offered in
from materials which are not ferro-electric, yielding the three most popular temperature characteristics:
superior stability but low volumetric efficiency. Class I

C0G Class I, with a temperature coefficient of 0 ±
capacitors are the most stable type available, but have
30 ppm per degree C over an operating
the lowest volumetric efficiency.
temperature range of - 55°C to + 125°C Also
known as “NP0” .

Class II Stable capacitors, suitable for bypass or coupling applications or frequency discriminating circuits where Q and stability of capacitance characteristics are not of major importance. Class II capacitors have temperature characteristics of ± 15% or less. They are made from materials which are

X7R Class II, with a maximum capacitance change of ± 15% over an operating temperature range of - 55°C to + 125°C. Z5U Class III, with a maximum capacitance change of + 22% - 56% over an operating temperature range of + 10°C to + 85°C.
ferro-electric, yielding higher volumetric efficiency but
less stability. Class II capacitors are affected by Specified electrical limits for these three temperature
temperature, voltage, frequency and time.
characteristics are shown in Table

SPECIFIED ELECTRICAL LIMITS

PARAMETER

Dissipation Factor Measured at following conditions C0G 1 kHz and 1 vrms if capacitance > 1000 pF 1 MHz and 1 vrms if capacitance 1000 pF X7R 1 kHz and 1 vrms* or if extended cap range vrms Z5U 1 kHz and vrms

Dielectric Strength times rated DC voltage.

Insulation Resistance IR At rated DC voltage, whichever of the two is smaller

Temperature Characteristics Range, °C Capacitance Change without DC voltage
* 1 MHz and 1 vrms if capacitance 100 pF on military product.

Table I

TEMPERATURE CHARACTERISTICS

Pass Subsequent IR Test
ORDERING INFORMATION C 320 C 102 M 1 R 5 T A*

CERAMIC

CASE SIZE See Table Above

SPECIFICATION C Standard

CAPACITANCE, CODE Expressed in Picofarads pF First Two Digits Significant Figures Third Digit Number of Zeros Use 9 for thru pF. Example 2.2pF 229

CAPACITANCE TOLERANCE

D pF K ±10%

F ±1% G ±2%

M ±20% P 0%, +100%

J ±5%

Z -20, +80%
*Part Number Example C320C102M1R5CA 14 digits no spaces

FAILURE RATE A Not Applicable

TERMINATION MATERIAL T 100% Tin H SnPb C 100% Sn

Not recommended for new design

INTERNAL CONSTRUCTION 5 Standard

DIELECTRIC EIA Designation G C0G NP0 Ultra-Stable R X7R Stable U Z5U General Purpose

RATED VOLTAGE 2 200 F 1500 1 100 G 2000 5 50 Z 2500 C 500 H 3000 D

For packaging information, see pages 40, and

KEMET Electronics Corporation, P.O. Box 5928, Greenville, S.C. 29606, 864 963-6300

CERAMIC CONFORMALLY COATED/RADIAL
“STANDARD & HIGH VOLTAGE GOLDEN MAX”

OPTIONAL CONFIGURATIONS BY LEAD SPACING The preferred lead wire configurations are shown on page However, additional configurations are available. All available options, including those on page 9, are shown below grouped by lead spacing.

Lead Spacing ±

C315

MAX.

MAX.

C316

MAX.

MAX.

C320

MAX.

MAX.

C324

MAX.

MAX.

C326

MAX.

MAX.

Lead Spacing ±

MIN.

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived C320C222K5R5CA Datasheet file may be downloaded here without warranties.

Datasheet ID: C320C222K5R5CA 644763