CL10C681JB8NNN

MULTILAYER CERAMIC CAPACITORS

Multi-layer Ceramic Capacitor

The CL10C681JB8NNN is a multi-layer ceramic capacitor from Samsung Electro-Mechanics. MULTILAYER CERAMIC CAPACITORS. View the full CL10C681JB8NNN datasheet below including specifications and datasheet sections.

Manufacturer

Samsung Electro-Mechanics

Overview

Part: Samsung Electro-mechanics CL Series

Type: Multilayer Ceramic Capacitor (MLCC)

Description: A broad series of multilayer ceramic capacitors offering a wide range of sizes from 01005 to 2220, capacitance values from 0.5 pF to 220 µF, and rated voltages from 4 V to 3000 V, with various dielectric types including C0G, X5R, X6S, X7R, Y5V, X7S, and X7T.

Operating Conditions:

Supply voltage: 4–3000 V
Operating temperature: -55 to +125 °C
Capacitance change

Applications

Class I

Symbol	EIA Code	Operation Temperature Range (^°!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!	Temperature Coefficient Range (ppm/°C)
C	COG	-55~+125	0±30
Class II

** Capacitance Tolerance

Code	Capacitance Tolerance	TC	Capacitance Step	Rated Capacitance
C	±0.25pF	COG	Under 5pF	E-12 series *
D	±0.5pF	COG	6.0 to 9.0pF	E-12 series *
J	±5%	COG	Over 10pF	E-12 series
K	1.00/	V7D	Under 0.01 μ F	E-3 series
N	±10%	X7R	Over 0.01 μ F Under 0.01 μ F	E-6 series E-3 series
M	±20%	X7R	Over 0.01 μ F	E-6 series

★E-24 series is also available

Series						Capacita	nce Step
E-3		1.	.0			2	.2
E-6	1	.0	1	.5	2	.2	3
E-12	1.0	1.2	1.5	1.8	2.2	2.7	3.3
F 24	1.0	1.1	1.2	1.3	2.2	2.4	2.7
E-24	1.5	1.6	1.8	2.0	3.3	3.6	3.9

Size	Code	Thickness(mm)	Spec(mm) *
0402(1005)	5	0.50	±0.05
0603(1608)	8	0.80	±0.10
	6	0.60	±0.10
	C	0.85	±0.10
0805(2012)	F	1.25	±0.10
	Q	1.25	±0.15
	C	0.85	±0.15
1206(3216)	P	1.15	±0.10
	H	1.60	±0.20
1210(3225)	I	2.00	±0.20
1210(3223)	J	2.50	±0.20

Part Numbering System

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging Specification

Premium Capacitors for Automotive Applications

Feature

U Automotive products are manufactured in state of the art facilities recommended for registration to ISO/TS 16949:2002.
U Automotive products meet AEC-Q-200 requirements.
U Automotive products are RoHS compliant.
U Samsung terminations are suitable for all flow and reflow soldering systems. (10/21/31 size type only)
U Automotive products meet JEDEC-020-D requirements.
U C0G dielectric components contain BME and copper terminations with a Ni/Sn plated overcoat.
U X7R dielectric components have BME and soft terminations with a Ni/Sn plated overcoat.

Application

Automotive Electronic Equipment (Powertrain, Safety, Body & Chassis, Convenience, Infortainment)

Structure and Dimensions

	EIA		Dimension(mm)
Code	Code	L	W
05	0402	1.000.05	0.500.05
10	0603	1.600.10 0.800.10
	0805	2.000.10	1.250.10
21
		2.000.15	1.250.15
31	1206	3.200.20	1.600.20
32	1210	3.200.30	2.500.20

Automotive Capacitors Table (C0G, X7R)

TC Size Thickness Vr Capacitance (㎊) Capacitance (㎋)
(mm) (mm) 100 220 470 1 2.2 4.7 10 22 47 100
50
0402(1005) 0.50 100
50
COG 0603(1608) 0.80 100 271
0.60 50
0805(2012) 0.85
1.25 100
TC Size Thickness Vr Capacitance(㎋) Capacitance(㎌)
(mm) (mm) 10 22 47 100 220 470 1 2.2 4.7 10 22
10
0402(1005) 0.50 16
25
50
10
16
0603(1608) 0.80 25
50
100
1.25 10
0.85
1.25 16
0.60
0.85 25
1.25
X7R 0805(2012) 0.60
0.85 50
1.25
0.60
0.85 100
1.25
1.60 10
1.15 16
1.60
1206(3216) 0.85
1.15 25
1.60
0.85
1.15 50
1.60
3225(1210) 2.70 16

Part Numbering

Standard & High Capacitors

Super Small Size Capacitors

Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging

for Surface Mounting

Product Lineup (Automotive Capacitors-COG)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
1	CL05C4R7CB51PN □		4.7 pF	50	±0.25pF	0.55
2	CL05C4R7CC51PN □		4.7pF	100	±0.25pF	0.55
3	CL05C6R8DB51PN □		6.8pF	50	±0.5pF	0.55
4	CL05C6R8DC51PN □		6.8pF	100	±0.5pF	0.55
5	CL05C100JB51PN □		10pF	50	±5%	0.55
5	CL05C100JC51PN □		10pF	100	±5%	0.55
7	CL05C120JB51PN □		12pF	50	± 5%	0.55
3	CL05C120JC51PN □		12pF	100	±5%	0.55
)	CL05C150JB51PN □		15pF	50	± 5%	0.55
0	CL05C150JC51PN □		15pF	100	+ 5%	0.55
1	CL05C180JB51PN □		18pF	50	±5%	0.55
2	CL05C180JC51PN □		18pF	100	±5%	0.55
3	CL05C220JB51PN □		22 pF	50	±5%	0.55
1	CL05C220JC51PN □		22 pF	100	±5%	0.55
5	CL05C270JB51PN □		27pF	50	±5%	0.55
5	CL05C270JC51PN		27 pF	100	±5%	0.55
7	CL05C330JB51PN □	1.00 × 0.50	33 pF	50	±5%	0.55
3	CL05C330JC51PN		33pF	100	±5%	0.55
9	CL05C390JB51PN □		39pF	50	±5%	0.55
5	CL05C390JC51PN □		39pF	100	±5%	0.55
1	CL05C470JB51PN □		47 pF	50	±5%	0.55
2	CL05C470JC51PN □		47 pF	100	±5%	0.55
3	CL05C560JB51PN □		56pF	50	±5%	0.55
4	CL05C560JC51PN □		56pF	100	±5%	0.55
	CL05C680JB51PN		68pF	50	±5%	0.55
5 6	CL05C680JC51PN		68pF	100	±5%	0.55
7	CL05C820JB51PN □		82 pF	50	±5%	0.55
3	CL05C820JC51PN		82 pF	100	+5 %	0.55
9	CL05C101JB51PN		100pF	50	±5%	0.55
0	CL05C101JC51PN		100pF	100	±5%	0.55
1	CL05C121JB51PN		120pF	50	±5%	0.55
2	CL05C151JB51PN		150pF	50	±5%	0.55
3			220pF	50	±5%	0.55
,	CL10C4P7CP81PN □		4.7 pF	50	±0.25pF	1
rightarrow	CL10C4R7CB81PN □ CL10C4R7CC81PN □		4.7 pF	100	±0.25pF	0.90
:	CL10C4R7CC81PN		4.7pr 6.8pF	50	±0.5pF	0.90
	CL10C6R8DC81PN □		6.8pF	100	±0.5pF	0.90
	CL10C0R8DC81PN		10pF	50	±5%	0.90
			10pF	100	±5%	0.90
	CL10C100JC81PN □ CL10C120JB81PN □		12pF	50	±5% ±5%	0.90
+	CL10C120J681PN			100	±5% ±5%	0.90
rightarrow	CL10C120JC81FN		12pF	50	±5%	0.90
)		1.60 × 0.80	15pF		±5% ±5%	-
0	CL10C150JC81PN □ CL10C180JB81PN □	1.007(0.00	15pF	100	±5%	0.90
1			18pF	50 100	±5% ±5%	0.90
2	CL10C180JC81PN		18pF	100
3	CL10C220JB81PN		22pF	50 100	± 5% ±5%	0.90
4	CL10C220JC81PN CL10C270JP81PN CL10C270JP81PN CL10C270JP81PN CL10C270JP81PN CL10C270JP81PN CL10C270JP81PN CL10C270JP81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C220JC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10C20DC81PN CL10		22pF	100		0.90
5	CL10C270JB81PN		27pF	50	±5%	0.90
6	CL10C270JC81PN		27pF	100	±5%	0.90
7	CL10C330JB81PN □		33pF	50	±5%	0.90

Product Lineup (Automotive Capacitors-COG)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
18	CL10C330JC81PN □		33pF	100	+ 5%	0.90
19	CL10C390JB81PN □		39pF	50	±5%	0.90
20	CL10C390JC81PN □		39pF	100	±5%	0.90
21	CL10C470JB81PN □		47pF	50	±5%	0.90
22	CL10C470JC81PN □		47pF	100	±5%	0.90
23	CL10C560JB81PN □		56pF	50	±5%	0.90
24	CL10C560JC81PN □		56pF	100	±5%	0.90
25	CL10C680JB81PN □		68pF	50	±5%	0.90
26	CL10C680JC81PN □		68pF	100	±5%	0.90
27	CL10C820JB81PN □		82pF	50	±5%	0.90
28	CL10C820JC81PN □		82 pF	100	±5%	0.90
29	CL10C101JB81PN □		100pF	50	±5%	0.90
30	CL10C101JC81PN □	1.60×0.80	100pF	100	± 5%	0.90
31	CL10C121JB81PN □		120pF	50	±5%	0.90
32	CL10C151JB81PN □		150pF	50	± 5%	0.90
33	CL10C221JB81PN		220pF	50	±5%	0.90
34	CL10C221JC81PN		220pF	100	± 5%	0.90
35	CL10C271JB81PN □		270pF	50	± 5%	0.90
36	CL10C331JB81PN		330pF	50	± 5%	0.90
37	CL10C391JB81PN □		390pF	50	± 5%	0.90
38	CL10C471JB81PN □	-	470pF	50	±5%	0.90
39	CL10C561JB81PN □		560pF	50	± 5%	0.90
40	CL10C681JB81PN		680pF	50	±5%	0.90
41	CL10C821JB81PN		820pF	50	+ 5%	0.90
42	CL10C102JB81PN		1.0nF	50		0.90
1	CL21C100JB61PN		10pF	50	±5%	0.30
2	CL21C100JC61PN		10pF	100		0.70
3	CL21C120JB61PN		12pF	50	±5%	0.70
4	CL21C120JC61PN		12pF	100	±5%	0.70
5	CL21C150JB61PN square		15pF	50	± 5% ± 5%	0.70
6	CL21C150JC61PN □ CL21C180JB61PN □		15pF	100 50	± 5%	0.70
7			18pF		±5%	0.70
8	CL21C180JC61PN		18pF 22pF	100		0.70 0.70
9	CL21C220JB61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C220JC61PN CL21C2		22pF	50
10	CL21C220JC61PN		· '	100		0.70
11	CL21C270JC61PN		27pF		+5%	0.70
12	CL21C330JB61PN □	2.00 × 1.25	33pF	50	±5%	0.70
13	CL21C330JC61PN	2.00×1.25	33pF	100	±5%	0.70
14	CL21C390JB61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C390JC61PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL21C3PN CL2C3PN CL2TC3PN CL2TC3PN CL2TC3PN CL2TC3PN CL2TC3PN CL2		39pF	50	±5%	0.70
15	CL21C390JC61PN		39pF	100	±5%	0.70
16	CL21C470JB61PN □		47pF	50	+5%	0.70
17	CL21C470JC61PN		47pF	100	+5%	0.70
18	CL21C560JB61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C560JC61PN CL21C5		56pF	50	±5%	0.70
19	CL21C560JC61PN		56pF	100	±5%	0.70
20	CL21C680JB61PN		68pF	50	±5%	0.70
21	CL21C680JC61PN		68pF	100	±5%	0.70
22	CL21C820JB61PN		82 pF	50	±5%	0.70
23	CL21C820JC61PN □		82pF	100	+ 5%	0.70
24	CL21C101JB61PN □		100pF	50	±5%	0.70
25	CL21C101JC61PN □		100pF	100	±5%	0.70

Part Numbering System

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging Specification

^{※ □} mark means packaging code. If you want to learn the code or quantity in detail, please see p74.

Product Lineup (Automotive Capacitors-COG)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
26	CL21C121JB61PN □		120 pF	50	±5%	0.70
27	CL21C121JC61PN □		120 pF	100	±5%	0.70
28	CL21C151JB61PN □		150 pF	50	±5%	0.70
29	CL21C151JC61PN □		150 pF	100	±5%	0.70
30	CL21C221JB61PN □		220 pF	50	±5%	0.70
31	CL21C221JC61PN □		220 pF	100	±5%	0.70
32	CL21C271JB61PN □		270 pF	50	±5%	0.70
33	CL21C271JC61PN □		270 pF	100	±5%	0.70
34	CL21C331JB61PN □		330 pF	50	±5%	0.70
35	CL21C331JC61PN □		330 pF	100	±5%	0.70
36	CL21C471JBC1PN □		470 pF	50	+ 5%	0.95
37	CL21C471JCC1PN □		470 pF	100	+ 5%	0.95
38	CL21C561JBC1PN □		560 pF	50	+ 5%	0.95
39	CL21C561JCC1PN □		560 pF	100	± 5%	0.95
40	CL21C681JBC1PN □		680 pF	50	±5%	0.95
41	CL21C681JCC1PN □		680 pF	100	+ 5%	0.95
42	CL21C821JBC1PN □		820 pF	50	+ 5%	0.95
43	CL21C821JCC1PN □		820 pF	100	±5%	0.95
44	CL21C102JBF1PN □		1.0nF	50	±5%	1.35
45	CL21C102JBC1PN □		1.0 nF	50	±5%	0.95
46	CL21C102JCF1PN □		1.0nF	100	±5%	1.35
47	CL21C102JCC1PN 🗆	2.00 × 1.25	1.0nF	100	± 5%	0.95
48	CL21C122JBF1PN □		1.2 nF	50	±5%	1.35
49	CL21C122JBC1PN □		1.2 nF	50	±5%	0.95
50	CL21C152JBF1PN □		1.5nF	50	+ 5%	1.35
51	CL21C152JBC1PN □		1.5nF	50	± 5%	0.95
52	CL21C182JBF1PN □		1.8nF	50	+ 5%	1.35
_53	CL21C182JBC1PN □		1.8nF	50	±5%	0.95
54	CL21C222JBF1PN □		2.2nF	50	±5%	1.35
_55	CL21C222JBC1PN □		2.2nF	50	±5%	0.95
56	CL21C272JBF1PN □		2.7nF	50	±5%	1.35
_57	CL21C272JBC1PN □		2.7nF	50	±5%	0.95
_58	CL21C332JBF1PN □		3.3nF	50	±5%	1.35
_59	CL21C332JBC1PN □		3.3nF	50	±5%	0.95
60	CL21C392JBF1PN □		3.9nF	50	±5%	1.35
61	CL21C392JBC1PN □		3.9nF	50	±5%	0.95
62	CL21C472JBF1PN □		4.7 nF	50	±5%	1.35
63	CL21C472JBC1PN □		4.7 nF	50	±5%	0.95
64	CL21C562JBF1PN □		5.6nF	50	± 5%	1.35
65	CL21C562JBC1PN □		5.6nF	50	±5%	0.95
66	CL21C682JBF1PN □		6.8nF	50	±5%	1.35
67	CL21C822JBF1PN □		8.2 nF	50	±5%	1.35
68	CL21C103JBF1PN □		10 nF	50	±5%	1.35

^{※ ☐} mark means packaging code. If you want to learn the code or quantity in detail, please see p74.

Product Lineup (Automotive Capacitors-X7R)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
1	CL05B331KB5VPN □		330 pF	50	±10%	0.55
2	CL05B471KB5VPN □		470 pF	50	±10%	0.55
3	CL05B681KB5VPN □		680 pF	50	±10%	0.55
4	CL05B102KA5VPN □		1.0 nF	25	±10%	0.55
5	CL05B102KB5VPN □		1.0 nF	50	±10%	0.55
6	CL05B152KA5VPN □		1.5 nF	25	±10%	0.55
7	CL05B152KB5VPN □		1.5 nF	50	±10%	0.55
8	CL05B222KA5VPN □		2.2 nF	25	±10%	0.55
9	CL05B222KB5VPN □		2.2 nF	50	±10%	0.55
10	CL05B332KA5VPN □		3.3 nF	25	±10%	0.55
11	CL05B332KB5VPN □		3.3 nF	50	±10%	0.55
12	CL05B472KA5VPN □		4.7 nF	25	±10%	0.55
13	CL05B472KB5VPN □	1.00×0.50	4.7 nF	50	±10%	0.55
14	CL05B682KA5VPN □		6.8 nF	25	±10%	0.55
15	CL05B682KB5VPN □		6.8 nF	50	±10%	0.55
16	CL05B103KA5VPN □		10 nF	25	±10%	0.55
17	CL05B103KB5VPN □		10 nF	50	±10%	0.55
18	CL05B153KA5VPN □		15 nF	25	±10%	0.55
19	CL05B153KB5VPN □		15 nF	50	±10%	0.55
20	CL05B223KA5VPN □		22 nF	25	±10%	0.55
21	CL05B223KB5VPN □		22 nF	50	±10%	0.55
22	CL05B333KO5VPN □		33 nF	16	±10%	0.55
23	CL05B473KO5VPN □		47 nF	16	±10%	0.55
24	CL05B683KO5VPN □		68 nF	16	±10%	0.55
25	CL05B104KO5VPN □		100 nF	16	±10%	0.55

mbox{em\mathbb{Z}} mbox{em } mbox{em means} packaging code. If you want to learn the code or quantity in detail, please see p74.

Part Numbering System

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging Specification

Product Lineup (Automotive Capacitors-X7R)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
1	CL10B221KC8WPN □		220 pF	100	+ 10%	0.90
2	CL10B331KC8WPN □		330 pF	100	±10%	0.90
3	CL10B471KC8WPN □		470 pF	100	±10%	0.90
4	CL10B681KC8WPN □		680 pF	100	±10%	0.90
5	CL10B102KB8WPN □		1.0 nF	50	+ 10%	0.90
6	CL10B102KC8WPN □		1.0 nF	100	±10%	0.90
7	CL10B152KB8WPN □		1.5 nF	50	+ 10%	0.90
8	CL10B152KC8WPN □		1.5 nF	100	±10%	0.90
9	CL10B222KB8WPN □		2.2 nF	50	+ 10%	0.90
10	CL10B222KC8WPN □		2.2 nF	100	±10%	0.90
11	CL10B332KB8WPN □		3.3 nF	50	±10%	0.90
12	CL10B332KC8WPN □		3.3 nF	100	±10%	0.90
13	CL10B472KB8WPN □		4.7 nF	50	+ 10%	0.90
14	CL10B472KC8WPN □		4.7 nF	100	±10%	0.90
15	CL10B682KB8WPN □		6.8nF	50	+ 10%	0.90
16	CL10B682KC8WPN □		6.8 _n F	100	±10%	0.90
17	CL10B103KB8WPN □		10 nF	50	±10%	0.90
18	CL10B103KC8WPN □		10 nF	100	±10%	0.90
19	CL10B153KB8WPN □	1.60×0.80	15 nF	50	+ 10%	0.90
20	CL10B223KB8WPN □	1.00 × 0.00	22 nF	50	±10%	0.90
21	CL10B333KA8WPN □		33 nF	25	±10%	0.90
22	CL10B333KB8WPN □		33 nF	50	±10%	0.90
23	CL10B473KA8WPN □		47 nF	25	±10%	0.90
24	CL10B473KB8WPN □		47 nF	50	±10%	0.90
25	CL10B683KA8WPN □		68nF	25	±10%	0.90
26	CL10B683KB8WPN □		68nF	50	±10%	0.90
27	CL10B104KA8WPN □		100 nF	25	±10%	0.90
28	CL10B104KB8WPN □		100 nF	50	±10%	0.90
29	CL10B154KO8VPN □		150 nF	16	+ 10%	0.90
30	CL10B154KA8VPN □		150 nF	25	±10%	0.90
31	CL10B224KO8VPN □		220 nF	16	±10%	0.90
32	CL10B224KA8VPN □		220 nF	25	±10%	0.90
33	CL10B334KO8VPN □		330 nF	16	+ 10%	0.90
34	CL10B334KA8VPN □		330 nF	25	± 10%	0.90
35	CL10B474KO8VPN □		470 nF	16	±10%	0.90
36	CL10B474KA8VPN □		470 nF	25	±10%	0.90
37	CL10B684KO8VPN □		680 nF	16	± 10%	0.90
38	CL10B105KO8VPN □		1.0 μ F	16	±10%	0.90

mbox{@model{×}} square mark means packaging code. If you want to learn the code or quantity in detail, please see p74.

Product Lineup (Automotive Capacitors-X7R)

	Part Number	Size L x W (mm)	Capacitance	Rated Voltage (Vdc)	Capacitance Tolerance	Thickness Max.(mm)
1	CL21B102KC6WPN □		1.0 nF	100	±10%	0.70
2	CL21B152KC6WPN □		1.5 nF	100	±10%	0.70
3	CL21B222KC6WPN □		2.2 nF	100	± 10%	0.70
4	CL21B332KC6WPN □		3.3 nF	100	±10%	0.70
5	CL21B472KC6WPN □		4.7 nF	100	± 10%	0.70
6	CL21B682KC6WPN □		6.8 nF	100	±10%	0.70
7	CL21B103KC6WPN □		10 nF	100	± 10%	0.70
8	CL21B153KC6WPN □		15 nF	100	±10%	0.70
9	CL21B223KC6WPN □		22 nF	100	+ 10%	0.70
10	CL21B333KCCWPN □		33 nF	100	±10%	0.95
11	CL21B473KCCWPN □		47 nF	100	+ 10%	0.95
12	CL21B683KCCWPN □		68 nF	100	±10%	0.95
13	CL21B104KBFWPN □		100 nF	50	+ 10%	1.35
14	CL21B104KBCWPN □		100 nF	50	±10%	0.95
15	CL21B104KCFWPN □		100 nF	100	±10%	1.35
16	CL21B104KCCWPN □		100 nF	100	±10%	0.95
17	CL21B154KAFVPN □	2.00×1.25	150 nF	25	±10%	1.35
18	CL21B154KBFVPN □		150 nF	50	±10%	1.35
19	CL21B224KAFVPN □		220 nF	25	±10%	1.35
20	CL21B224KBFVPN □		220 nF	50	±10%	1.35
21	CL21B334KAFVPN □		330 nF	25	±10%	1.35
22	CL21B334KBFVPN □		330 nF	50	±10%	1.35
23	CL21B474KOFVPN □		470 nF	16	±10%	1.35
24	CL21B474KAFVPN □		470 nF	25	±10%	1.35
25	CL21B474KBFVPN □		470 nF	50	±10%	1.35
26	CL21B684KOFVPN □		680 nF	16	±10%	1.35
27	CL21B684KAFVPN □		680 nF	25	±10%	1.35
28	CL21B105KOFVPN □		1.0 μF	16	±10%	1.35
29	CL21B105KAFVPN □		1.0 μF	25	±10%	1.35
30	CL21B225KPFVPN □		2.2 μF	10	±10%	1.35
31	CL21B225K0FVPN □		2.2 μF	16	±10%	1.35
32	CL21B335KPQVPN □		3.3 μF	10	±10%	1.40
33	CL21B475KPQVPN □		4.7 μF	10	±10%	1.40
1	CL31B104KBPWPN □		100 nF	50	±10%	1.25
2	CL31B104KBCVPN □		100 nF	50	±10%	1.00
3	CL31B154KBPWPN □		150 nF	50	±10%	1.25
4	CL31B224KBPWPN □		220 nF	50	±10%	1.25
5	CL31B334KBHWPN		330 nF	50	±10%	1.80
6	CL31B474KBHWPN □		470 nF	50	±10%	1.80
7	CL31B684KBHWPN		680 nF	50	±10%	1.80
8	CL31B105KAPWPN □		1.0 μF	25	±10%	1.25
9	CL31B105KBHWPN		1.0 μF	50	±10%	1.80
10	CL31B155KAHVPN	3.20×1.60	1.5 μF	25	±10%	1.80
11	CL31B155KBHVPN		1.5 μF	50	±10%	1.80
12	CL31B225KOHVPN		2.2 μF	16	±10%	1.80
13	CL31B225KOHVPN CL31B225KAHVPN		2.2 μF	25	±10%	1.80
14	CL31B225KBHVPN		2.2 μF	50	±10%	1.80
15	CL31B225KBHVFN CL31B335KOHVPN		3.3 μF	16	±10%	1.80
16	CL31B335KOHVPN CL31B335KAHVPN			25	±10% ±10%
17	CL31B475KOHVPN		3.3 μF 4.7 μF	16	±10% ± 10%	1.80
18
	CL31B475KAHVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FKOUVPN CL31B68FFKOUVPN CL31B68FFKOUVPN CL31B68FFFT CL31B68FFT CL31B68FFT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL31B68FTT CL		4.7 μF	25	±10%	1.80
19	CL31B685KOHVPN		6.8 μF	16	±10%	1.80
20	CL31B106KOHVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B336KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL32B36KONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVPN CL3CBACONVP	2.20. 2.50	10.0 μF	16	±10%	1.80
1	CL32B226KOJVPN □	3.20×2.50	22 _// F	16	±10%	2.70

Part Numbering System

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging Specification

mbox{@model{×}} mbox{@model{square}} mark means packaging code. If you want to learn the code or quantity in detail, please see p74.

Reliability Test Condition (Automotive Capacitors)

No	Ite	em		Performance	Test Condition
1		Post-Stress cal Test		-
		Appeara	ance	No abnormal exterior appearance	Unpowered, 1000hrs@T=125°C
		Capacitance	CLASS I	Within ± 2.5% or 0.25 pF, (Whichever is larger)	Measurement at 24±2hrs after test conclusion Initial Measurement
		Change	CLASS II	Within ± 10%	Perform a heat treatment at 150+0/-10°c for 1hr after
2	High Temperature Exposure	Q	CLASS I	Capacitance ≥ 30 pF : Q ≥ 1,000 $<$ 30 pF : Q ≥ 400 +20 × C ( C : Capacitance)	soldering process. And then let sit for 24±2hrs at room temperature. Perform the initial measurement.
		Tanδ IR	CLASS II	Rated Voltage ≥ 25V : 0.03 max ≥ 16V : 0.05 max ≥ 10V : 0.075 max 1 More than 10,000 MQ or 500 MQ × μ F (Whichever is smaller) 1	Let sit for 24±2hrs at room temperature after test conclusion, then measure.
		Appeara	ance	No abnormal exterior appearance	1000Cycles
		Capacitance Change	CLASS I	Within ± 2.5% or 0.25pF, (Whichever is larger)	Initial Measurement Perform a heat treatment at 150+0/-10°C for 1hr after soldering process. And then let sit for 24±2hrs at room temperature. Perform the initial measurement.
		Change	CLASS II	Within ±10%	Final Measurement Let sit for 24±2hrs at room temperature after test conclusion,
3	Temperature Cycling	Q	CLASS I	Capacitance ≥ 30 pF : Q ≥ 1,000 $<$ 30 pF : Q ≥ 400 +20 × C	then measure. Measurement at 24±2hrs after test conclusion
	2,59			( C : Capacitance)	Step Temperature(°C) Time(min.) Min. operating 15±2
		Tanδ	CLASS II	Rated Voltage ≥ 25V : 0.03 max ≥ 16V : 0.05 max ≥ 10V : 0.075max *1	Temp. ± 2 2 25±2 1 Max. operating 15±3
		IR		More than 10,000 mathbb{N} or 500 mathbb{N} × μ F (Whichever is smaller)	7 Temp.±2 13±3 4 25±2 1
4	Destructi ^* Ana	ve Physical lysis		(vvnichever is smaller) *1) No defects or abnormalities	Per EIA 469
		Appeara	ance	No abnormal exterior appearance	10Cycles, t=24hrs/cycle
		Capacitance	CLASS I	Within ±2.5% or 0.25pF, (Whichever is larger)	Heat (25~~65°C) and humidity (80~~98%), Unpowered measurement at 24±2hrs after test condusion
		Change	CLASS II	Within ±12.5%	75 90~~100% 90~~100% 90~~100% 80~~100% 70 RH RH RH RH RH RH RH RH RH RH RH RH RH
5	Moisture Resistance	Q	CLASS I	Capacitance ≥ 30 pF: Q ≥ 350 10 ≤ Capacitance $<$ 30 pF: Q ≥ 275+(5/2)×C Capacitance $<$ 10 pF: Q ≥ 200+10×C ( C : Capacitance)	60 55 50 45 40 35
		Tan δ CLASS II Rated Voltage ≥ 25V : 0.03 max ≥ 16V : 0.05 max ≥ 10V : 0.075max star		≥ 16V : 0.05 max	30 25 20 15 10
		IR		More than 10,000 ( \text{M} \text{or } 500 ( \text{M} \times ( \mu ) ( \text{Whichever is smaller} ) ( \text{*1} )	0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Time[Hours]

No		Item		Performance	Test Condition
		Appearance		No abnormal exterior appearance	1000hrs 85°C/85%RH, Rated Voltate and 1.3~1.5V,
		Capacitance	CLASSⅠ	Within2.5% or 0.25pF, (Whichever is larger)	(add 100kohm resistor) Initial Measurement
		Change	CLASSⅡ	Within12.5%	Perform a heat treatment at 1500/ 10°C for 1hr after soldering process. And then let sit for 242hrs at room
6	Biased Humidity	Q	CLASSⅠ	Capacitance30㎊ : Q200 30㎊ : Q100(10/3)C ( C : Capacitance)	temperature. Perform the initial measurement. Final measurement Perform a heat treatment at 1500/ 10°C for 1hr
		Tan	CLASSⅡ	Rated Voltage25V : 0.035 max 16V : 0.05 max 10V : 0.075max *1)	after soldering process. And then let sit for 242hrs at room temperature. Perform the initial measurement. Perform the initial measurement.
		IR		More than 500 ㏁ or 25 ㏁㎌ (Whichever is Smaller) *1)	Measurement at 242hrs after test conclusion The charge/discharge current is less than 50mA
		Appearance		No abnormal exterior appearance	1000hrs @ TA=125°C, 200% Rated Voltage,*2)
		Capacitance	CLASSⅠ	Within3.0% or 0.3pF, (Whichever is larger)	Initial Measurement Perform a heat treatment at 1500/ 10°C for 1hr after soldering process. And then let sit for 242hrs at room
		Change	CLASSⅡ	Within12.5%	temperature. Perform the initial measurement.
7	High Temperature Operating Life	Q	CLASSⅠ	Capacitance30㎊ : Q350 10㎊ : Q275(5/2)C 10㎊ : Q20010C ( C : Capacitance)	Final measurement Perform a heat treatment at 1500/ 10°C for 1hr after soldering process. And then let sit for 242hrs at room temperature. Perform the initial measurement.
		Tan CLASSⅡ IR		Rated Voltage25V : 0.035 max 16V : 0.05 max 10V : 0.075max 1) More than 1,000 or 50 ㏁㏁㎌ (Whichever is smaller) 1)	Perform the initial measurement. Measurement at 242hrs after test conclusion The charge/discharge current is less than 50mA.
8		External Visual		No abnormal exterior appearance	Microscope (x10)
9		Physical Dimensions		Within the specified dimensions	Using the calipers
		Appearance		No abnormal exterior appearance	Three shocks in each direction should be applied along 3 mutually perpendicular axes of the test specimen (18 shocks)
		Capacitance	CLASSⅠ	Within2.5% or 0.25pF, (Whichever is larger)	Peakvalue Duration Wave
		Change	CLASSⅡ	Within10%	1,500G 0.5ms Half sine
10	Mechanical Shock	Capacitance30㎊ : Q1,000 Q CLASSⅠ 30㎊ : Q400 20C ( C : Capacitance)			Initial Measurement Perform a heat treatment at 1500/ 10°C for 1hr after soldering process. And then let sit for 242hrs at room
				Tan	CLASSⅡ
		IR		More than 10,000 or 500 ㏁㏁㎌ (Whichever is smaller) *1)	test conclusion.

*2) : Some of the parts are applicable in rated voltagex150%, Please refer to individual specifcations.

Part Numbering

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging

for Surface Mounting

No		Item		Performance	Test Condition
		Appearance		No abnormal exterior appearance	5g's for 20min., 12cycles each of 3 orientations,
		Capacitance Change	CLASSⅠ	Within±2.5% or 0.25pF, (Whichever is larger)	× Use 8" 5" PCB 0.031" Thick 7 secure points on one long side and 2 secure points at corners of opposite sides. Parts mounted
			CLASSⅡ	Within±10%	㎐ within 2" from any secure point. Test from 10~2000
11	Vibration	Q	CLASSⅠ	Capacitance≥30㎊ : Q≥1,000 <30㎊ : Q≥400+20× C ( C : Capacitance)	Initial Measurement Perform a heat treatment at 150+0/-10°C for 1hr after soldering process. And then let sit for 24±2hrs at room
		Tanδ	CLASSⅡ	Rated Voltage≥25V : 0.025 max ≥16V : 0.035 max ≥ 10V : 0.05max *1)	temperature. Perform the initial measurement. Final measurement Let measure within 24hrs at room temperature after
		IR		㏁㏁×㎌ More than 10,000 or 500 (Whichever is smaller) *1)	test conclusion.
		Appearance		No abnormal exterior appearance	Solder pot : 260±5°C, 10±1sec.
		Capacitance Change	CLASSⅠ	Within±2.5% or 0.25pF, (Whichever is larger)	Initial Measurement Perform a heat treatment at 150+0/-10°C for 1hr after
			CLASSⅡ	Within±10%	soldering process. And then let sit for 24±2hrs at room
12	Resistance to Solder Heat	Q	CLASSⅠ	Capacitance≥ 30㎊ : Q≥1,000 < 30㎊ : Q≥400+20×C (C : Capacitance)	temperature. Perform the initial measurement. Final Measurement Let sit for 24±2hrs at room temperature after test conclusion,
		Tanδ IR	CLASSⅡ	Rated Voltage≥25V : 0.025 max ≥16V : 0.035 max ≥10V : 0.05max 1) More than 10,000 ㏁ or 500 ㏁×㎌ (Whichever is smaller) 1)	then measure.
		Appearance		No abnormal exterior appearance	-55°C/+125°C
		Capacitance Change	CLASSⅠ	Within±2.5% or 0.25pF, (Whichever is larger)	Note: Number of cycles required-300, Maximum transfer time-20 sec,
			CLASSⅡ	Within±10%	Dwell time-15min. Air-Air
13	Thermal Shock	Q	CLASSⅠ	Capacitance≥30㎊ : Q≥1,000 <30㎊ : Q≥400+20×C (C : Capacitance)
		Tanδ IR	CLASSⅡ	Rated Voltage≥25V : 0.025 max ≥ 16V : 0.035 max ≥ 10V : 0.05max 1) More than 10,000 ㏁ or 500 ㏁×㎌ (Whichever is smaller) 1)
		Appearance		No abnormal exterior appearance	AEC-Q200-002
		Capacitance	CLASSⅠ	Within±2.5% or 0.25pF, (Whichever is larger)	Initial Measurement Perform a heat treatment at 150+0/-10°C for 1hr after
		Change	CLASSⅡ	Within±10%	soldering process. And then let sit for 24±2hrs at room
14	ESD	Capacitance≥ 30㎊ : Q≥1,000 Q CLASSⅠ < 30㎊ : Q≥400+20×C (C : Capacitance) Rated Voltage≥25V : 0.025 max Tanδ CLASSⅡ ≥16V : 0.035 max ≥10V : 0.05max IR		1) ㏁㏁×㎌ More than 10,000 or 500 (Whichever is smaller) 1)	temperature. Perform the initial measurement. Final measurement Perform a heat treatment at 150+0/-10°C for 1hr after soldering process. And then let sit for 24±2hrs at room temperature. Perform the initial measurement. Perform the initial measurement.

No	Ito	em		Performance		Test Cor	ndition
15	Solde	erability		95% of the terminations is to be soldered evenly and continuously	b) Steam aging c) Steam aging	5°C for 4 hrs, Imm for 8 hrs, Immerse for 8 hrs, Immerse ttion ethanol and r	in solder for 5s a in solder for 120s
		Capacit	ance	Within specified tolerance	The Capacitano	e /D.F. should be r rior to measuring	neasured at 25°C, the capacitance
		Q	CLASS I	Capacitance≥30pF: Q≥1,000 <30pF: Q≥400+20×C (C: Capacitance)		0+0/-10°C and r
		Tanδ	CLASS II	Rated Voltage ≥ 25V : 0.025 max ≥ 16V : 0.035 max ≥ 10V : 0.05max *1)	Class	Capacitance 1000pF ↓ 1000pF ↑ 10 μF ↓	Frequency 1 Mz ±10% 1 kHz ±10% 1 kHz ±10%
16	Electrical	in a a s	CLASS I	More than 100,000 M _Q or 1,000 M _Q × μ F (Whichever is smaller)	Class Initial measurer	10 μF↑	120Hz±20%
	Characterization	IR@25°C	CLASS II	More than 10,000 MΩ or 500MΩ × μ F (Whichever is smaller)	Perform a heat treatment at 150+0/-10°c fc soldering process. And then let sit for 24±2h temperature. Perform the initial measurement		it for 24 ± 2 hrs a
		IR@125°C	CLASS I	More than 10,000 Mp or 100 Mp × μ F (Whichever is smaller)		neasured with a D0
		IN@125C Dielectric S Appearance	CLASS II itrength	More than 1,000 M _Ω or 10 M _Ω × μ F (Whichever is smaller) No dielectric breakdown or mechanical breakdown No abnormal exterior appearance	Bending to the limit for 60 seconds Limit: Class I —3mm Class II — 3mm		: 250% of the rated voltage for 1{~}5 seconds rge current is less than 50mA.
17	17 Board Flex	Capacitance CLA CLA		Within ± 10%	The figure indi- Please refer to Initial Measure Perform a heat soldering process. And then let sit for 24±2hrs at room temperature. Perform the initial measurement. Final measurement Let measure within 24hrs at room temperature after test conclusion.	cates typical spec individual specific ment treatment at 15	cations 0+0/-10°C for 1
		Appear	ance	No abnormal exterior appearance	18N, for 60 ±1 * 0603(1608) -
18	Terminal Strength(SMD)	Capacitance	CLASS I	Within ±2.5% or 0.25pF, (Whichever is larger)	0402(1005) – Initial Measure Perform a heat soldering proce	-2N ment treatment at 15 ess. And then let	sit for 24 ± 2 hrs
		Change	CLASS II	Within ±10%	Final measurer	Perform the initial nent ithin 24hrs at roc
19	Bean	n Load		Destruction value should be exceed Chip Length ≤ 2.5 mm a) Chip Thickness > 0.5 mm : 20N b) Chip Thickness ≤ 0.5 mm : 8N Chip Length ≥ 3.2 mm a) Chip Thickness ≥ 1.25 mm : 54.5N b) Chip Thickness < 1.25 mm : 15N	Beam speed Chip Length ≤ 2.5 mm , 0.5 ± 0.05 mm/sec Chip Length ≥ 3.2 mm , 2.5 ± 0.25 mm/sec
		Capacitance	CLASS I	0±30 ppm/°C	Step		Temperature(°C)
	Capacitance	Change	CLASS II	SS II Within ±15%			25 ± 2 Operating Temp.
20	Temperature Characteristics	Temperature Coefficient	emperature CLASS I 0±30 ppm/°C
	Characteristics	Characteristics Coefficient Capacitano Drift	apacitance CLASS Within ± 0.2% or 0.05pF,		5	TYTOAL	25 ± 2

Standard & High Capacitors

Super Small Size Capacitors

High-Q Capacitors

Medium-High Voltage Capacitors

Array Type Capacitors

Low ESL Capacitors

Reliability Test Condition

Premium Capacitors for Automotive Applications

Packaging Specification

mbox{%} *1): Indicates typical specification. Please refer to individual specifications.

hbox{*If you want more detaied imformation, Please Visit Samsung Electro-mechanics website (www.semlcr.com)}

Package Information

When designing printed circuit boards, the shape and size of the solder lands must allow for the proper amount of solder on the capacitor. The amount of solder at the end terminations has a direct effect on the probability that the chip will crack. The greater amount of solder, the larger amount of stress on the chip, and the more likely that it will break. Use the following illustrations as guidelines for proper Solder land design.

Recommendation of solder Land Shape and Size

Related Variants

The following components are covered by the same datasheet.

Part Number	Manufacturer	Package
CL10C681JB81PN	Samsung Electro-Mechanics	—
CL10C681JB8NNNC	Samsung Electro-Mechanics	0603 (1608 Metric)

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