Service Manuals, User Guides, Schematic Diagrams or docs for : . Electronic Components Datasheets Passive components capacitors Samwha Radial_MLCC
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Multi Layer Ceramic Capacitors
Radial & Axial
Features
This widely used ceramic capacitors includes both monolithic and multilayer types to provide a wide
capacitance range of 1pF through 1 in respectly one standard size and shape(Radial & Axial).
Applications
The class1 temperature compensating(C0G) products can be used in circuits to stabilize frequency and
temperature characteristics.
The X7R, Z5U, Y5V dielectrics are optimum for by pass capacitors.
Shape and Dimensions
Bulk Type
L W T H P
CODE Max. Max. Max. Max. 0.7 d Color Marking
051B 5.5 5.5 6.4 Orange
3.2 5 0.5 Ex) 104
077B 7.7 7.6 9.2 or Gold
Flat Type
SAMWHA CAPACITOR Co., Ltd.
Radial & Axial
Code Dimensions Tolerance Code Dimensions Tolerance Code Dimensions Tolerance
D( ) 4 0.3 P1 3.85 0.7 F 64.8 0, 2
H 16 0.5 P2 6.35 1.3 G 50.8~53.3
H1 9 0.76, 0.5 T 0.9 Max. H =J 1.2
H2 0 2 W1 18 0.5 J =H 1.2
L 11 Max. W2 0 0.6 Max. K 0.8 Max.
L1 1.5 Max. S 5 0.7 N 5 0.4
P 12.7 0.3 No adhesive may be exposed R 3.2 Min.
How to Order(Product Identification)
CA 2633 Y5V 104 Z 500 F
CR : Radial Lead Type The number shows the maximum length of "L" by 1/10 in millimeter, and the
CA : Axial Lead Type alphabet means lead difference.(Refer to above diagram)
Capacitance Change or
Temperature Characteristice Temperature Range Temperature Coefficient
C0G 55 to 125 0 30ppm/
X7R 55 to 125 15%
Z5U 10 to 85 22, 56%
Y5V 30 to 85 22, 82%
First two digits are significant ; third digit denotes number of zeros.
Ex.) 101 = 100 1R5 = 1.5 103 = 10,000
Multi Layer Ceramic Capacitors
Multi Layer Ceramic Capacitors
Code Tolerance Remark
J 5.0 % C0G
K 10 % X7R, C0G
M 20 % Z5U, X7R
Z 80, 20% Z5U, Y5V
Code 250 500 101
Volt DC 25V DC 50V DC 100V
Code B R F
Packing Bulk Reel Pack Flat Pack
Reliability and Test Conditions
Characteristic
Test Methods
No. Item Temperature
High Dielectric Constant Type and Conditions
Compensating Type
1. Operating Temperature C0G : 55 to 125 X7R : 55 to 125 Z5U : 10 to 85
Range Y5V : 30 to 85
2. Insulation Resistance More than 10,000 or 500 (whichever is smaller) Applied the rated voltage for
2 minute
3. Dielectric Strength No detects or abnormalities - C0G : The rated voltage 300%
- X7R, Z5U, Y5V : 250%
4. Capacitance Within the specified tolerance Temperature Compensating Type
5. Dissipation Factor 30 Min. : Char. 50V Min. 25V 16V 10V Testing Testing
Cap.
Q 1,000(DF 0.1%) X7R 2.5% 3% 3.5% 5.0%
Frequency Voltage
Z%V 4.0% C0G 0.5 to
30 Max. : 1 0.1
(C 1000pF) 5V rms
Q 400+20C 5% 9%
(<220 ) (<220 ) C0G
(DF 1/(400+20C)) 12.5% 1 0.1 1 0.2V rms
Y5V 7% 7% 12.5% (C 1000pF)
( 220 ) ( 220 ) X7R, Z5U, Y5V
(C 10 1 0.1 1 0.2V rms
10V Min.)
6. Terminal Strength No evidence of damage to body of device of looseness A static load of 10N(1kgf) :
of terminals. applied to one terminal in the
axial direction and acting in a
direction away from the body for
1 to 5 secs.
SAMWHA CAPACITOR Co., Ltd.
Radial & Axial
Characteristic
Test Methods
No. Item Temperature
High Dielectric Constant Type and Conditions
Compensating Type
7. Resistance Appearance No marked defect - Soldering Temp : 260 5
to - Immersion Time : 5 0.5sec
Capacitance Within 2.5% or 0.25pF X7R : 7.5%
Soldering - Take it out and set it for 24 2
Change (whichever is larger) Z5U, Y5V : 20%
Heat hours(temperature compensating
Dissipation 30 Min. : Char. 50V Min. 25V 16V 10V type)or 48 4hours(high dielectric
Factor(or Q) Q 1,000 (DF 0.1%) X7R 2.5% 3% 3.5% 5.0% constant type) then measure.
30 Max. : Z5U 4.0%
Q 400 20C
5% 9%
(DF 1/(400 20C)) (<220 ) (<220 )
Y5V 7% 7% 12.5% 12.5%
( 220 ) ( 220 )
I.R. More than 10,000 or 500 (whichever & smaller)
8. Temperature Appearance No marking defects
Cycle Step 1 2 3 4
Capacitance Within 2.5% or 0.25pF X7R : Within + 7.5%
Min. Max.
Change Z5U, Y5V : Within 20%
Temp. Operating Room Operating Room
Dissipation 30 Min. : ( ) Temp. Temp. emp. Temp.
Char. 50V Min. 25V 16V 10V
0, 3 3, 0
Factor(or Q) Q 1,000 (DF 0.1%) X7R 2.5% 3% 3.5% 5.0% Time 30 3 2 to 3 30 3 2 to 3
30 Max. : (min)
Z5U 4.0%
Q 400 20C Take it out and set it for 24 2 hours
5% 9%
(DF 1/(400 20C)) [tempeature compensating or 48 4
(<220 ) (<220 )
Y5V 7% 7% 12.5% 12.5% hours(high dielectric Type) at room
( 220 ) ( 220 ) temperature, than measure.
I.R. More than 10,000 or 500 (Whichever is smaller)
9. Humidity Appearance No marking defects - Temperature : 40 2
Load
Capacitance Within 7.5% or 0.75 X7R : Within 12.5% - Humidity : 90~95%RH
Change (whichever is larger) Z5U : Within 30% - Hour : 500 12hrs
Y5V : Within 30%, 40% - Test Voltage : Tge rated voltage
(Y5V/1.0 F, 2.2 F, 4.7 F/10V) - Take it out and set it for 24 2 hours
Within 30% (others) (temperature compensatig) or 48 4
hours(high dielectric constant type)
Dissipation 30 Min. : Char. 50V Min. 25V 16V 10V at room temperature, then measure.
Factor(or Q) Q 200 (DF 0.5%) The charge/discharge current is less
X7R 5% 5% 5% 5%
than 50mA.
30 Max. : Z5U 4.0%
Q 100 10/3C
10%
(DF 1/(100 10/3C)) (<1 )
Y5V 7.5% 12.5% 12.5% 15%
( 1 )
I.R. More than 500 or 25 (whichever is smaller)
10. High Appearance No marked defect - Testing Time : 1000 12hrs
Temperature - Applied Voltage : Rated Voltage 200%
Load Capacitance Within 3% or 0.3 X7R : Within 12.5% , Z5U : Within 30%
change (whichever is larger) Y5V : Within 30%(Cap. < 1.0 F) - Temperature :
Within +30% , 40%(Cap. 1.0 F) C0G, X7R 125 3
Z5U, Y5V 85 3
Multi Layer Ceramic Capacitors
Multi Layer Ceramic Capacitors
Characteristic
Test Methods
No. Item Temperature
High Dielectric Constant Type and Conditions
Compensating Type
10 High Dissipation 30 Min. : Char. 50V Min. 25V 16V 10V Take it out and set it for 24 2 hours
Temperature Factor(or Q) Q 350 (DF 0.3%) (temperature compensatig) or 48 4
X7R 5% 5% 5% 5%
Load hours(high dielectric constant type)
10 30
Z5U 4.0% at room temperature, then measure.
Q 275 5/2C
The charge/discharge current is less
(DF 1/(275 5/2C)) 10%
(<1 )
than 50mA.
10 Max. : Y5V 7.5% 12.5% 15%
7%
Q 200 10C ( 1 )
(DF 1/(200 10C))
I.R. More than 1000 or 50 (Whichever is smaller)
11 Capacitance Capacitance (1) Temperature Compensating Type :
Temp. Reference Cap.
Char. The temperature coefficient is
Temperature Change Range Temp. Change
determined using the capacitance
Characteristics 55 to Within
X7R measured in step 3 as a reference.
125 15%
When cycling the temperature
Within
10 to sequentially from step 1 through 5.
Z5U 22%
85 25 (SL: +25 to 85 ) the capacitance shall
56% be with in the specified tolerance for
Within the temperature coefficient.
30 to
Y5V 22%
85 The capacitance drift is calculated
82% dividing the difference between the
maximum measured values in the
step 1, 3 and 5 by Cap, value in step 3.
Step Temperature
Temperature Temp. Temperature 1 25 2
Char. Range Coefficient
Coefficient 2 -55 3
55 to
C0G 30ppm/ 3 25 2
125
4 125 3(for C0G)
5 25 2
(2) High Dielectric Constant Type :
The ranges of capacitance
change compared with the 25
value over the temperature
range shown in the table shall
be in the specified range.
12 The regulation of Never use materials mentioned below in leaded MLCC products regulated this document.
environmental Pb, Cd, Hg, Cr+6, PBB(polybromida biphenyl), PBDE(polybrominated diphenyl ethers), asbestos.
pollution materials
13 The regulation about Never use the ODS(ozone depleting substance) materials below in leaded MLCC products
destructive materials regulated this document.
of the ozone layer
Packing Quantity
Unit : pcs
Radial Type Axial Type
Inner Box Outer Box Remark Inner Box Outer Box Remark
2,500 15,000 Packing set on the basis of flat tapping 5,000 50,000 Packing set on the basis of flat tapping
SAMWHA CAPACITOR Co., Ltd.
Radial & Axial
Capacitance Range
Type Radial Axial
Char. C0G X7R Z5U Y5V C0G X7R Z5U Y5V
Cap(pF) Volt 50 100 50 100 50 16 50 50 50 50 50
1
2
3
4
5
6
7
8
9
10
12
15
16
18
20
22
24
27
30
33
36
39
43
47
51
56
62
68
75
82
91
100
120
150
180
220
270
330
390
470
560
680
820
1.000
1.200
1.500
1.800
2.200
2.700
3.300
3.900
4.700
5.600
6.800
8.200
10.000
15.000
22.000
33.000
47.000
68.000
100.000
150.000
220.000
330.000
470.000
680.000
1.000.000
Multi Layer Ceramic Capacitors
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