DLC70 Series RF/Microwave Multilayer Ceramic Capacitor
Size:
70H（0402）、70P（0603）、70D（0805）、
70A（0505）、70B（1111）、70C（2225）、
70E（3838）
Product Features
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01
High Q01High Q -
02
High RF current/voltage02High RF current/voltage -
03
High RF power03High RF power -
04
Low ESR/ESL04Low ESR/ESL -
05
Low noise05Low noise -
06
High reliability06High reliability
Product Applications
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Civil satellite communications
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Base Stations
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Repeater
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Cluster communication/semiconductor RF power
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Medical MRI
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High speed railway signal responsor
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Wireless broadcasting and TV station
Product Selection
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L*W(mm)
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Capacitance(pF)
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Tolerance
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Rated Voltage(WVDC)V
-
Termination Type
-
Operating Temperature
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Solder
-
Part Number
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Compare
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L*W(mm)
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0.60*0.30
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1.00*0.50
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1.05*0.55
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1.40*1.40
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1.60*0.80
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1.78*2.03
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15.60*11.00
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19.30*19.30
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2.00*1.25
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2.79*2.79
Reset filter
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-
Capacitance(pF)
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0.1
-
0.2
-
0.3
-
0.4
-
0.5
-
0.6
-
0.7
-
0.8
-
0.9
-
1.0
Reset filter
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-
Tolerance
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=IF(MID(B10,10,1)="A","±0.05pF",IF(MID(B10,10,1)="B","±0.1pF",IF(MID(B10,10,1)="C","±0.25pF",IF(MID(B10,10,1)="F","±1%",IF(MID(B10,10,1)="G","±2%",IF(MID(B10,10,1)="J","±5%"))))))
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=IF(MID(B100,10,1)="A","±0.05pF",IF(MID(B100,10,1)="B","±0.1pF",IF(MID(B100,10,1)="C","±0.25pF",IF(MID(B100,10,1)="F","±1%",IF(MID(B100,10,1)="G","±2%",IF(MID(B100,10,1)="J","±5%"))))))
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=IF(MID(B1000,10,1)="A","±0.05pF",IF(MID(B1000,10,1)="B","±0.1pF",IF(MID(B1000,10,1)="C","±0.25pF",IF(MID(B1000,10,1)="F","±1%",IF(MID(B1000,10,1)="G","±2%",IF(MID(B1000,10,1)="J","±5%"))))))
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=IF(MID(B1001,10,1)="A","±0.05pF",IF(MID(B1001,10,1)="B","±0.1pF",IF(MID(B1001,10,1)="C","±0.25pF",IF(MID(B1001,10,1)="F","±1%",IF(MID(B1001,10,1)="G","±2%",IF(MID(B1001,10,1)="J","±5%"))))))
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=IF(MID(B1002,10,1)="A","±0.05pF",IF(MID(B1002,10,1)="B","±0.1pF",IF(MID(B1002,10,1)="C","±0.25pF",IF(MID(B1002,10,1)="F","±1%",IF(MID(B1002,10,1)="G","±2%",IF(MID(B1002,10,1)="J","±5%"))))))
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=IF(MID(B1003,10,1)="A","±0.05pF",IF(MID(B1003,10,1)="B","±0.1pF",IF(MID(B1003,10,1)="C","±0.25pF",IF(MID(B1003,10,1)="F","±1%",IF(MID(B1003,10,1)="G","±2%",IF(MID(B1003,10,1)="J","±5%"))))))
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=IF(MID(B1004,10,1)="A","±0.05pF",IF(MID(B1004,10,1)="B","±0.1pF",IF(MID(B1004,10,1)="C","±0.25pF",IF(MID(B1004,10,1)="F","±1%",IF(MID(B1004,10,1)="G","±2%",IF(MID(B1004,10,1)="J","±5%"))))))
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=IF(MID(B1005,10,1)="A","±0.05pF",IF(MID(B1005,10,1)="B","±0.1pF",IF(MID(B1005,10,1)="C","±0.25pF",IF(MID(B1005,10,1)="F","±1%",IF(MID(B1005,10,1)="G","±2%",IF(MID(B1005,10,1)="J","±5%"))))))
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=IF(MID(B1006,10,1)="A","±0.05pF",IF(MID(B1006,10,1)="B","±0.1pF",IF(MID(B1006,10,1)="C","±0.25pF",IF(MID(B1006,10,1)="F","±1%",IF(MID(B1006,10,1)="G","±2%",IF(MID(B1006,10,1)="J","±5%"))))))
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=IF(MID(B1007,10,1)="A","±0.05pF",IF(MID(B1007,10,1)="B","±0.1pF",IF(MID(B1007,10,1)="C","±0.25pF",IF(MID(B1007,10,1)="F","±1%",IF(MID(B1007,10,1)="G","±2%",IF(MID(B1007,10,1)="J","±5%"))))))
Reset filter
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Rated Voltage(WVDC)V
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25
-
50
-
100
-
150
-
200
-
250
-
300
-
500
-
600
-
1000
Reset filter
-
-
Termination Type
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=IF(LEN(B10)=19,MID(B10,11,1),MID(B10,11,2))
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=IF(LEN(B100)=19,MID(B100,11,1),MID(B100,11,2))
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=IF(LEN(B1000)=19,MID(B1000,11,1),MID(B1000,11,2))
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=IF(LEN(B1001)=19,MID(B1001,11,1),MID(B1001,11,2))
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=IF(LEN(B1002)=19,MID(B1002,11,1),MID(B1002,11,2))
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=IF(LEN(B1003)=19,MID(B1003,11,1),MID(B1003,11,2))
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=IF(LEN(B1004)=19,MID(B1004,11,1),MID(B1004,11,2))
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=IF(LEN(B1005)=19,MID(B1005,11,1),MID(B1005,11,2))
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=IF(LEN(B1006)=19,MID(B1006,11,1),MID(B1006,11,2))
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=IF(LEN(B1007)=19,MID(B1007,11,1),MID(B1007,11,2))
Reset filter
-
-
Operating Temperature
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-55℃~125℃
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-55℃~150℃
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-55℃~151℃
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-55℃~152℃
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-55℃~153℃
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-55℃~154℃
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-55℃~155℃
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-55℃~156℃
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-55℃~157℃
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-55℃~158℃
Reset filter
-
-
Solder
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100%Sn over Copper Plating
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100%Sn over Nickel Plating
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90%Sn 10%Pb over Nickel Plating
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=IF(OR(H1000="MN",H1000="AN",H1000="FN"),"Silver-plated Copper",IF(OR(H1000="RN",H1000="BN"),"Silverwire","/"))
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=IF(OR(H1001="MN",H1001="AN",H1001="FN"),"Silver-plated Copper",IF(OR(H1001="RN",H1001="BN"),"Silverwire","/"))
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=IF(OR(H1002="MN",H1002="AN",H1002="FN"),"Silver-plated Copper",IF(OR(H1002="RN",H1002="BN"),"Silverwire","/"))
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=IF(OR(H1003="MN",H1003="AN",H1003="FN"),"Silver-plated Copper",IF(OR(H1003="RN",H1003="BN"),"Silverwire","/"))
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=IF(OR(H1004="MN",H1004="AN",H1004="FN"),"Silver-plated Copper",IF(OR(H1004="RN",H1004="BN"),"Silverwire","/"))
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=IF(OR(H1005="MN",H1005="AN",H1005="FN"),"Silver-plated Copper",IF(OR(H1005="RN",H1005="BN"),"Silverwire","/"))
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=IF(OR(H1006="MN",H1006="AN",H1006="FN"),"Silver-plated Copper",IF(OR(H1006="RN",H1006="BN"),"Silverwire","/"))
Reset filter
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DLC70A0R1BW151NTA20
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DLC70A0R1BW301NTA20
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DLC70A0R1BP151NTA20
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DLC70A0R1BP301NTA20
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DLC70A0R1BL151NTA20
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DLC70A0R1BL301NTA20
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DLC70A0R2BW151NTA20
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DLC70A0R2BW301NTA20
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DLC70A0R2BP151NTA20
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DLC70A0R2BP301NTA20
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Part No.:DLC70A0R2BP301NTA20
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Datasheet:DLC70A0R2BP301NTA20-EN.pdf
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L*W(mm):1.40*1.40
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Capacitance(pF):0.2
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Tolerance:±0.1pF
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Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
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Solder:100%Sn over Copper Plating
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-
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Part No.:DLC70A0R2BP301NTA20
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Datasheet:DLC70A0R2BP301NTA20-EN.pdf
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L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
-
-
Part No.:DLC70A0R2BP301NTA20
-
Datasheet:DLC70A0R2BP301NTA20-EN.pdf
-
L*W(mm):1.40*1.40
-
Capacitance(pF):0.2
-
Tolerance:±0.1pF
-
Rated Voltage(WVDC)V:300
-
Termination Type:P
-
Operating Temperature:-55℃~125℃
-
Solder:100%Sn over Copper Plating
-
Applications
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RF GeneratorPowering precise RF matching and stable plasma excitation for high-precision etching and deposition
Learn More
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Medical MRIHigh-performance RF signal transmission, ensuring precise delivery and processing of imaging data
Learn More
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HSR Signal TranspondersHigh-precision frequency control and robust high-voltage capability, safeguarding stable high-speed rail communications and secure traction power conversion
Learn More
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Industrial LaserHigh-Q RF capacitors deliver low loss, high stability and long-life reliability for industrial laser systems
Learn More
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InstrumentationRF/Microwave capacitor, combined with thin-film and thick-film circuit technologies, empower precision instruments in filtering and resonance. By delivering high Q-factors, they ensure high-precision signal sampling and low-noise stability
Learn More
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BroadcastingEmpowering broadcast transmitter matching and resonance. Leveraging high Q-factors to ensure stable high-power signal transmission
Learn More
