Product - Capacitors
Product - Resistors
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OEM Service
The OEM department specializes designing and manufacturing capacitors. We supply kinds of capacitors. Welcome to OEM services, please tell your demand, and we will feedback in 24 hours. Please contact us: ctcheam@camelcom.com.my.

Ceramic Capacitor Series
A. MLCC RADIAL & AXIAL
B. CERAMIC DISC
C. SAFETY DISC (AC CAPACITOR)

 

 

 

 

B. Ceramic Disc

Temperature Compensating (TC) Capacitors 50 (160) ~ 6000WVDC

 

EIA RS 198 (Class I)
JIS C 6423 (Type I)
GB 5966-86 (CC1)

Features:
D Application for Resonant, Coupling, Matching CKT
D High Stability and High Q Requirement
D Low Loss at Wide Range of Frequency
D Linear Temperature Coefficient of Capacitance

Specifications:

Operating Temp. Range -25°C to +85°C
Capacitance Range 0.5 to 1000PF measured at 1MHz±10%, 1Vrms, 25°C
Tolerance ±0.25PF (C), ±0.5PF (D), ±5% (J), ±10% (K)
Test Voltage <1000VDC: 3 times of Working Voltage for 1~5 seconds
≥1000VDC: 2 times of Working Voltage for 1~5 seconds
Quality Factor (Q.F.) NPO~N750, SL C<30PF Q≥400+20xC
C≥30PF Q≥1000
N1000, N1500 C<30PF Q≥200+10xC
C≥30PF Q≥500
Insulation Resistance (I.R.) 10000MΩ min. at working voltage for 1 minute
Temperature Characteristic
-25°C - +85°C
(Fig.3)
Cap. Change
PPM/°C
NPO
±60
N150
±60
N220
±60
N330
±60
N470
±60
N750
±60
N1000
±250
N1500
±250
+350~1000
EIA RS 198 C0H P2H R2H S2H T2H U2J V2K W2K S2L
JIS C 6423 CH PH RH SH TH UJ VK WK SL
GB 5966-86 C P R S T U Q V SL
Effect of Soldering Cap. change within: ±2.5% or ±0.25PF. To be measured after 4~24 hours
(Solder Temp.: 270±5°C, Dipping duration: 3±0.5 sec.)
Life Test Cap. change      
: within ±3% or ±3PF.
Q.F.                       
: Under 10PF, Q≥200+10C
: 10PF~30PF, Q≥275+5/2C
: Over 30PF, Q≥350
I.R.
: >1000MΩ
Test condition and method:
  • Temp.: 85±3°C
  • Test Duration: 1000hrs at 2 times W.V.
  • To be measured after 1~2hrs at RT
Solderability It does not remain unsoldered area over ¼ of the circumference of the lead.
(Solder Temp.: 235±5°C, Dipping duration: 2±0.5 sec.)

 

Fig.3

TEMPERATURE CHARACTERISTICS

 

High Dielectric Constant (Hi-K) Capacitors 50(160)~6000WVDC

 

EIA RS 198 (Class II)
JIS C 6422 (Type II)
GB 5968-86 (CT1)

Features:
D Application for Band Filter, By-pass, Coupling CKT
D High dissipation factor and high insulation resistance
D Freq. discriminating which Q and stability of cap. char. are not major important
D Non Linear Temperature Coefficient of Capacitance

 

Specification:

Operating Temp. Range +10°C to +85°C for ZE, ZF -25°C to +85°C for YA, YB
Capacitance Range 100PF to 0.1µF measured at 1KHz±10%, 1Vrms, 25°C
Tolerance ±5% (J) for YA, ±10% (K) for YA, YB, ±20% (M) for YB, ZE, +80% -20% (Z) for ZE, ZF
Test Voltage <1000VDC: 2.5 times of Working Voltage for 1-5 seconds
≥1000VDC: 2 times of Working Voltage for 1-5 seconds
Dissipation Factor (D.F.) 2.5% Max for YA, YB, ZE at 1KHz, 1Vrms, 25°C
5% Max for ZF at 1KHz, 1Vrms, 25°C
Insulation Resistance (I.R.) 10000MΩ min at working voltage for 1 minute
Temperature Characteristic
-25°C ~ +85°C
(Fig.4)
Cap. change within ±5% ±10% ±20/-55% +30/-80%
EIA RS 198 Y5E Y5P Z5U Z5V
JIS C 6422 YA YB ZE ZF
GB 5968-86 - ZB4 ZE4 ZF4
Effect of Soldering Cap. change within: ±3.5% (YA), ±15% (ZE), ±20% (ZF) To be measured after 4-24hrs (Solder Temp.: 270±5°C, Dipping duration: 3±0.5sec)
Life Test Cap. change within ±5% (YA), ±10% (YB), ±20% (ZE), ±30% (ZF)
D.F.: 5% Max for YA, YB, ZE, 7.5% Max for ZF
I.R. : >1000MΩ
Test Condition and Method:
  • Temp.: 85±3°C
  • Test Duration: 1000hrs at 2 times W.V.
  • To be measured after 1~2hrs at RT
Solderability It does not remain unsoldered area over ¼ of the circumference of the lead.
(Solder Temp.: 235±5°C, Dipping duration: 2±0.5sec.)

 

Fig.4

 

Semi-Conductive (S.C.) Capacitors (Surface Layer Type)
12(16) ~ 50(100) WVDC

 

EIA RS 198 (Class III)
JIS C 6422 (Type III)

Features:
D Application for By-pass, Coupling CKT
D Frequency determination, in which dielectric losses (Dissipation Factor) and Insulation Resistance and Cap. stability are not in major importance.
D Large capacitance in small size (Transistorized)

 

Specifications:

Operating Temp. Range -25°C to +85°C
Capacitance Range 0.0027µF to 0.47µF measured at 1KHz±10%, 0.1Vrms, 25°C
Tolerance ±10% (K) for YB, ±20% (M) for YB, YE, +80% -20% (Z) for YE, YF
Test Voltage 2.5 times of Working Voltage for 1-5 seconds
Dissipation Factor (D.F.) 16V <7%; 25V-50V <5% at 1KHz±10%, 0.1Vrms, 25°C
Insulation Resistance (I.R.) 16V >100MΩ; 25V-50V >1000MΩ at working voltage for 1 minute
Temperature Characteristic
-25°C ~ +85°C
(Fig.5)
Cap. change within ±10% +20/-55% +30/-80%
EIA RS 198 Y5P Y5U Y5V
JIS C 6422 YB YE YF
Effect of Soldering Cap. change within: ±5% (YB), ±15% (YE), ±20% (YF) To be measured after 4-24hrs (Solder Temp.: 270±5°C, Dipping duration: 3±0.5sec)
Life Test Cap. change within ±10% (YB), ±20% (YE), ±30% (ZF)
D.F.: 16V<10%, 25V-50V <7.5%
I.R. : 16V>50MΩ, 25V-50V >500MΩ
Test Condition and Method:
  • Temp.: 85±3°C
  • Test Duration: 1000hrs at 1.5 times W.V.
  • To be measured after 1-2 hrs at RT
Solderability It does not remain unsoldered area over ¼ of the circumference of the lead.
(Solder Temp.: 235±5°C, Dipping duration: 2±0.5sec.)

 

Fig.5

 

Range Chart (Capacitance in pF)
CLASS I / TYPE I / CC1

W.V.DC T.C.
CH
NPO
PH
N150
RH
R220
TH
N470
UJ
N750
SL
+350~-100
Dimension
Max (mm)
50V/100V 0.5-47 1-33 1-50 1-200 5.5
50-82 34-56 51-82 200-220 6.5
100-120 60-82 85-120 240-330 7.5
130-180 85-110 130-180 340-470 8.5
200-220 120-150 200-220 500-680 9.5
230-270 160-220 230-270 820-1000 10.5
280-330 - - - 11.5
340-390 - - - 12.5
470 - - - 14.5

 

CLASS II / TYPE II / CT1

W.V.DC T.C.
B
±10%
E
+20~-55%
F
+30~-80%
Dimension
Max (mm)
50V/100V 100-2200 1000-5600 1000-10000 5.5
2700-3300 6800-10000 10000 6.5
3900-4700 12000 15000, 18000 7.5
5600-6800 15000 20000, 220000 8.5
8200-10000 18000-22000 30000, 330000 9.5
- - 390000, 50000 10.5

 

CLASS III / TYPE III / S.C.

W.V.DC T.C.
YB
±10%
YE
+20~-55%
YF
+30~-80%
Dimension
Max (mm)
16V 3300-10000 3300-22000 - 5.5
15000-22000 30000-50000 68000-100000 6.5
22000-50000 68000-100000 150000-180000 7.5
68000-100000 - 200000-220000 9.5
- 220000 330000-470000 10.5
25V 3300-10000 3300-22000 10000-47000 5.5
15000-22000 30000-50000 68000-100000 6.5
22000-47000 68000-100000 150000-180000 7.5
- - 200000-220000 10.5
50V 3300-10000 3300-22000 10000-47000 5.5
15000-22000 30000-40000 680000 6.5
22000-33000 47000-50000 100000 7.5
47000 68000-100000 - 8.5
- - 220000 10.5

 

Range Chart (Capacitance in pF)

W.V.DC T.C.
CH
NPO
SL
+350~-1000
B
±10%
E
+20~-55%
F
+30~-80%
Dimension
Max (mm)
500V 0.5-27 15-68 100-470 1000-1500 1000-3300 5.5
30-47 82-100 560-1000 2000-3300 1700-5000 6.5
56-68 120-180 1500, 1800 3900-5000 5600-6800 7.5
82-100 200-270 2000, 2200 5600, 6800 10000 8.5
- 300-330 2700, 3300 8200 - 9.5
- 340-390 3900, 4700 10000 - 10.5
- - 5600, 6800 15000 20000, 22000 12.5
- - 8200, 10000 20000, 22000 47000 14.5
- - - - 100000 20.5
1KV 1-22 1-68 100-500 1000 1000-3300 5.5
- - 560-1000 1500-2200 4700-5000 6.5
25-39 75-110 1200-1500 2700 5600 7.5
- - 1800-2000 3000-3900 6800 8.5
47, 50 120-200 2200 4700-5600 - 9.5
51-100 220-300 2700, 3000 6800-8200 10000 10.5
100-120 330-390 3300, 4700 10000 - 12.5
150 470-560 5600, 6800 15000 22000 14.5
220 620-750 8200, 10000 - - 18.5
330 820-1000 - - 47000 20.5
2KV 1-22 1-47 100-150 1000, 1200 1000, 1200 7.5
- 68-100 180-470 - 1500, 1800 8.5
- - 500-680 1500, 1800 2000-2700 9.5
- - 820, 1000 2000-2700 3000-3900 10.5
- - 1200-2200 3000-3900 4700-5600 11.5
- - 2700, 3000 4700-5000 6800-10000 13.5
- - 2700, 3000 5600 - 15.5
- - 3300 6800 - 16.5
- - 3900-5000 8200, 10000 15000 17.5
- - 5600, 6800 - - 20.5
- - 8200, 10000 - 22000 23.5

 

Lead Pitch V.S. Body Size

Pitch
DIA
≤6Æ
10Æ
11Æ
12Æ
14Æ
above
2.5mm
P
-
-
-
-
-
-
-
5.0mm
P
P
P
P
P
P
-
-
7.5mm
-
ê
ê
ê
O
O
P
P
10.0mm
-
-
-
-
-
O
P
P
“P” Standard pitch for each size.
“ê” Standard pitch for w.v. 2kv & above
“O” Available for customers’ requirement

 

Marking Principle
Line 1: Temperature characteristic

Item
NPO
N220
N750
SL
Y5P
Y5U
(Z5U)
Y5V
(Z5V)
Code
CH
RH
UJ
S
B
E
F
Mark
Black dot
Yellow dot
Violet dot
None
B
E
F

 

Line 2: Capacitance
  1. Show with EIA code
    101=100pF, 472=4700pF, 104=0.1µF, 221=220pF, 563=56000pF
  2. Show actual value in pF which capacitance below 100pF

    Line 3: Working voltage

Mark a bar (---) for 50V-100V otherwise mark the exact volt

 

EX:

 

Low D.F. Type

  • Low D.F. performance V.S. high temperature
  • Low power loss in linear circuit “power supply” “monitor” “T.V. set”

Range Chart


T.C.
D.F Capacitance Pitch Dia. (mm)
Y5P
(2KV)
0.5%
(max)
100-390pF 5, 7.5 7
470-680pF 5, 7.5 9
820-1000pF 5, 7.5 11
1200pF 7.5, 10 12
2700pF 7.5, 10 15

 

Electrical Specification

 

Specification Test Condition
Capacitance To be within the spec tolerance To be measured at 25°C±1°C at 1±0.2Vrms 1KHz
Dissipation factor D.F ≤0.5%
Insulation resistance I.R. ≥10GΩ To be measured at 500VDC
Dielectric strength With standing 200% W.V. 200% working voltage applied

 

Temperature characteristic and D.F. curves

Marking Principle

Package Quantity

 

Packing Specification

 

Item Unit: mm Unit: inch
Body Dimension
A
11.0*11.0 Max 0.43*0.43 Ref
Body Thickness
T
4.0 Max 0.157 Ref
Wire Lead Dia.
d
0.60±0.05 #24 AWG
Taping Pitch
P
12.7 Ref 0.05 Ref
Feed Hole Pitch (Note: 1)
P0
12.7±0.3 0.5 Ref
Plane Deviation
DP
+1.0 Max 0.0394 Ref
Feed Hole Off Alignment (2e)
P1
3.81±0.7 0.15 Ref (F=5.08)
Feed Hole Off Alignment (1e)
P2
5.08±0.7 0.20 Ref (F=2.54)
Lead Spacing
F
5.08±0.5 0.2 Ref
F
2.54±0.5 0.10 Ref
Body Inclination
Dh
0±1.0 0±0.39 Ref
Carrier Tape Width
W
18.0±1.0/-0 0.709 Ref
Adhesive Tape Width
W0
13.0 Ref 0.512 Ref
Feed Hole Ht Off Alignment
W1
9.0 +0.75/-0.5 0.354 Ref
Adhesive Tape Width
W2
3.0 Ref 0.118 Ref
Straight Lead Height (Note: 2)
H
20.0±0.5 0.787 Ref
Lead Crimp Height
H0
16.0 or 18.0±0.5 0.63 Ref
Top of Component Height
H1
32.0 Max 1.20 Ref
Lead End Protrusion
e
1.0 Max 0.039 Ref
Feed Hole Diameter
D0
4.0±0.3 0.157 Ref
Overall Tape Thickness
t
0.9 Max 0.035 Ref
Rejected Component Cut Height
L
10.0 Max 0.394 Ref

Note:

  • Cumulative pitch tolerance over 20 consecutive units not to exceed ±1.0mm
  • H=20.0±0.5 for lead style. L, H0=16 or 18.0±0.5mm for lead style K, I
  • Dimensions meet requirement defined in EIA RS468

Part Number System

 

Lead Style

Lead Style
M (max)
A
L
2mm
5mm
I
5mm
¯
K
5mm
25mm

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