Disc Ceramic Capacitors
General Specifications - SL
CAPACITORS - CLASS SL
These capacitors have wide temperature characteristics but
still offer low loss and linear type TC’s.
They are specially designed to be smaller alternative
to standard Class I capacitors of linear temperature
coefficient.
Typical application is RF tuning and decoupling.
Ø = 0.6 ± 0.1
(0.024) (0.004)
Preferred lead spacing
F = 5 (0.197)
DIMENSIONS
Digit 9
of P.N.
(ø)
A
B
C
D
E
millimeters (inches)
T max.
3.0 (0.118)
3.0 (0.118)
3.0 (0.118)
3.0 (0.118)
3.0 (0.118)
millimeters (inches)
Lead Spacing
F
2.5 (0.100)
5 (0.200)
6 (0.250)
7.5 (0.300)
10 (0.400)
D
A
E
B
C
—
O
X
R
W
D±2
(0.079)
4.0 (0.157)
5.0 (0.197)
6.0 (0.236)
7.0 (0.276)
8.0 (0.315)
Available
Lead Spacing
A,B,D,E,O,R
A,B,D,E,O,R,X
A,B,C,D,E,O,R,X
A,B,C,D,E,O,R,X
A,B,C,D,E,O,R,X
Digit 8 of P.N.
PERFORMANCE CHARACTERISTICS
Measured at
Dissipation
Factor
Tolerance
Temperature
Coefficient
Insulation
Resistance
Dielectric Strength
NOTE: Charging
current limited
to 50 mA
Operating
Temperature
Range (ºC)
Climatic
Category
C
R
≤
100 pF
→
1MHz/1.0 Vrms / 25ºC
C
R
> 100 pF
→
1kHz/0.3 Vrms / 25ºC
C
R
≤
100 pF ... 0.25%
1MHz @ 1.0 Vrms
C
R
> 100 pF ... 1.0%
100kHz @ 0.3 Vrms
C
R
> 100 pF ... 0.25%
1kHz @ 0.3 Vrms
C
R
< 10 pF
→
±0.25 pF, ±0.5 pF
C
R
≥
10 pF
→
±5%, ±10%, ±20%
+350 ppm... -1500 ppm (P350... N1500)
@ V
R
→ ≥
10 G
Ω
V
R
= 100V
→
Vt = 250V (DC)
V
R
= 500V
→
Vt = 1.25kV (DC)
-30... +85
30 / 085 / 21
Note: Damp Heat Steady State: 90... 95% R.H. 40ºC / 21 days. No voltage to be applied.
10
Disc Ceramic Capacitors
Dimension Table - SL
SL – CAPACITANCE VS. DISC DIAMETER
PHENOLIC COATED
Temp. Coefficient
Digits 1,2,3 of P.N.
Rated Voltage
(V
R
)
C
R
(pF)
1.0
1.5
2.2
3.3
4.7
5.6
8.2
10
12
15
18
22
33
47
56
68
82
100
150
180
220
270
330
470
560
680
820
1000
Diameter (φ) = 9th Part Number Digit
millimeters (inches)
5KQ
500 VDC
100 VAC
5KK
100 VDC
50 VAC
4.0 (0.157)
4.0 (0.157)
5.0 (0.197)
6.0 (0.236)
7.0 (0.276)
6.0 (0.236)
7.0 (0.276)
8.0 (0.315)
11
Disc Ceramic Capacitors
Ordering Code
HOW TO ORDER
5
O
Q
222
General Purpose
5A = NP0 / I
*5B = P100 / I
*5C = N150 / I
*5D = N220 / I
*5E = N330 / I
*5F = N470 / I
5G = N750 / I
5H = N1500 / I
*5I = N2200 / I
*5J = N4700 / I
5K = SL
5M = Y5E / II
5N = Y5F / II
5O = Y5P / II
*5P = Y5R / II
*5Q = Y5T / II
5S = Y5U / II
5T = Y5V / II
5U = Z5V / II
*5V = Z4V / III
5W = Y5P / III
5Y = Y5U / III
5Z = Y5V / III
Professional Switch Mode
Safety
6A = NP0 / I
*6B = P100 / I
*6C = N150 / I
*6D = N220 / I
*6E = N330 / I
*6F = N470 / I
6G = N750 / I
*6H = N1500 / I
*6I = N2200 / I
6J = N4700 / I
61 = SAFETY
62 = SAFETY
65 = SAFETY
67 = Y5U / SM
68 = Y5V / SM
6L = Y5P / SM
6M = X5E / II
6N = X5F / II
6O = X5P / II
*6P = X5R / II
*6Q = X5T / II
6S = X5U / II
6T = X5V / II
6U = Z5V / II
*6V = Z4V / III
6W = Y5P / III
6Y = Y5U / III
6Z = Y5V / III
Rated Voltage (dc)
D = 16V
F = 25V
H = 50V
K = 100V
N = SAFETY
O = SAFETY
Q = 500V
R = 1000V
S = 2000V
T = 3000V
U = 4000V
V = SAFETY
W = 5000V
*X = 6000V
*Y = 7500V
Capacitance
222 = 2.2 nF
Capacitance = TPC code
1 pF = 1R0
1.2pF = 1R2
1.5pF = 1R5
1.8pF = 1R8
2.2pF = 2R2
2.7pF = 2R7
3.9pF = 3R9
4.7pF = 4R7
5.6pF = 5R6
6.8pF = 6R8
8.2pF = 8R2
10pF = 100
12pF = 120
15pF = 150
18pF = 180
22pF = 220
27pF = 270
33pF = 330
39pF = 390
47pF = 470
56pF = 560
68pF = 680
82pF = 820
*Upon Request
Capacitance = TPC code
100pF = 101
120pF = 121
150pF = 151
180pF = 181
220pF = 221
270pF = 271
330pF = 331
390pF = 391
470pF = 471
560pF = 561
680pF = 681
820pF = 821
1nF = 102
1.2nF = 122
1.8nF = 182
2.2nF = 222
2.7nF = 272
3.3nF = 332
3.9nF = 392
4.7nF = 472
5.6nF = 562
6.8nF = 682
8.2nF = 822
10nF = 103
15nF = 153
22nF = 223
33nF = 333
47nF = 473
100nF = 104
200nF = 204
4
Disc Ceramic Capacitors
Ordering Code
M
A
E
A
A
Tolerance
C = ±0.25 pF
D = ±0.50 pF
J = ±5%
K = ±10%
M = ±20%
S = -20+50%
Z = -20+80%
P = 0+100%
Capacitor Diameter
± 2 (0.079)
A = 4 (0.157)
B = 5 (0.197)
C = 6 (0.236)
D = 7 (0.276)
E = 8 (0.315)
F = 9 (0.354)
G = 10 (0.394)
H = 11 (0.433)
J = 13 (0.512)
K = 15 (0.591)
M* = 19 (0.748)
*Wire 0.8 (0.031) recommended
Packaging
Cardboard Strips
A
=
Bulk
E
= 5 (0.197) ± 1 (0.039) free wire length
C
= 10 (0.394) ± 1 (0.039) free wire length
D
= 25 (0.984) ± 1 (0.039) free wire length
Taping
Reel
Avisert
Panasert
Lead Forming
mm
2.5 ±0.5
+0.6
5 -0.2
+0.6
6 -0.2
+1
7.5 -0.5
+0.5
10 -1.0
+1
12.5 -0.5
inches
.1 ± .025
.2 ± .025
.25 ± .025
.3 ± .05
.4 ± .05
.5 ± .05
D
A
E
B
C
P
–
O
X
R
W
–
–
N
–
Q
–
–
Finishing
Diam
≤9
(0.354) and
F = 5.00 (0.197)
For every other:
H
Ammo
Pack
L
L
J
L
L
Avisert
Panasert
I
M M
K M M
Coating does not
surpass the bend
Low Voltage
A = Phenolic
General
(
Purpose
)
Q = Waxed phenolic
S = Epoxy (Professional) cap. diameter
≤
8 (0.315)
D = Epoxy (Professional) cap. diameter
> 8 (0.315)
High Voltage
F = Measured
from the
center of
leads
C = Epoxy wire diameter
I = Epoxy wire diameter
Please note that not all code combinations
are either possible or available.
L = Phenolic wire diameter
0.6 ± 0.1
(0.024) (0.004)
0.8
0.1
±
(0.031) (0.004)
0.6 ± 0.1
(0.024) (0.004)
5
Disc Ceramic Capacitors
Marking
DIG. 2
O
TC / Class
General Purpose
A = NP0 / I
*B = P100 / I
*C = N150 / I
*D = N220 / I
*E = N330 / I
*F = N470 / I
G = N750 / I
H = N1500 / I
*I = N2200 / I
*J = N4700 / I
K = SL
M = Y5E / II
N = Y5F / II
O = Y5P / II
P = Y5R / II
Q = Y5T / II
S = Y5U / II
T = Y5V / II
U = Z5V / II
V = Z4V / III
*W = Y5P / II
*X = Y5R / II
Y = Y5U / II
Z = Y5V / II
Professional
A = NP0 / I
B = P100 / I
C = N150 / I
D = N220 / I
E = N330 / I
F = N470 / I
G = N750 / I
H = N1500 / I
I = N2200 / I
J = N4700 / I
7 = Y5U / SM
8 = Y5V / SM
L = Y5P / SM
M = X5E / II
N = X5F / II
O = X5P / II
P = X5R / II
Q = X5T / II
S = X5U / II
T = X5V / II
U = Z5V / II
V = Z4V / III
W = Y5P / III
X = Y5R / III
Y = Y5U / III
Z = Y5V / III
Logo: Only in diam.
≥
6mm
222
OQM
DIG. 3
Q
Rated Voltage
D = 16V
F = 25V
H = 50V
K = 100V
Q = 500V
R = 1000V
S = 2000V
T = 3000V
U = 4000V
W = 5000V
X = 6000V
Y = 7500V
DIG. 7
M
Tolerance
C = ±0.25pF
D = ±0.5pF
J = ±5%
K = ±10%
M = ±20%
S = -20 +50%
Z = -20 +80%
P = 0 +100%
Capacitance
1pF = 109
1.2pF = 129
1.5pF = 159
1.8pF = 189
2.2pF = 229
2.7pF = 279
3.9pF = 399
4.7pF = 479
5.6pF = 569
6.8pF = 689
8.2pF = 829
10pF = 100
12pF = 120
15pF = 150
18pF = 180
22pF = 220
27pF = 270
39pF = 390
47pF = 470
56pF = 560
68pF = 680
82pF = 820
EIA
100pF = 101
120pF = 121
150pF = 151
180pF = 181
220pF = 221
270pF = 271
390pF = 391
470pF = 471
560pF = 561
680pF = 681
820pF = 821
1nF = 102
1.2nF = 122
1.8nF = 182
2.2nF = 222
2.7nF = 272
3.9nF = 392
4.7nF = 472
5.6nF = 562
6.8nF = 682
8.2nF = 822
10nF = 103
15nF = 153
22nF = 223
33nF = 333
47nF = 473
100nF = 104
200nF = 204
*Upon Request
Safety
Front
Capacitance
As above
Type
61V
620
65N
61V
471M
TC – Temperature coefficient.
DIG – for better understanding, check pages 3 and 4.
Tolerance
As above
Back: (Approval marks)
28
京公网安备 11010802033920号
EEWORLD
