Ceramic Disc Capacitors
CC
Series
MERITEK
CC series ceramic disc capacitors are
produced by sandwiching a ceramic
dielectric layer between two electrodes.
An epoxy or phenolic coating is applied
by means of a spray or dipping process.
Applications include bypass, coupling
and resonant functions.
P
ART
N
UMBERING
S
YSTEM
CC
Ceramic Disc Capacitors Series
Temperature Characteristic
Capacitance
CODE
1R5
1.5pF
330
33pF
201
200pF
202
2000pF
333
33000pF
104
0.1μF
NPO
101
J
50V
5
B
1
Tolerance
Code
C
D
J
K
M
S
Z
P
Tolerance
±0.25pF
±0.5pF
±5pF
±10%
±20%
+50/-20%
+80/-20%
+100/-0%
Applicable T.C.
NPO-N750
NPO-N750
NPO-N1500
NPO-N1500, Y5E, Y5P
NPO-N1500, Y5E, Y5P, Z5U
Z5U
Z5U, Z5V
Z5U, Z5V
Available Capacitances
0.5pF-5pF
0.5pF-10pF
Over 5pF
Over 10pF
Over 10pF
Over 1000pF
Over 1000pF
Over 1000pF
Rated Voltage
VDC
16V
25V
50V
63V
100V
Lead Spacing
Code
Lead Spacing
2
2.54mm
5
5.08mm
6
6.35mm
7
7.62mm
9
9.52mm
Packaging Code
Code
Packaging
B
Bulk Packing
R
Reel Packaging
F
Flat Packaging (Tape & Box)
Lead Type
Specifications are
subject to change without notice.
rev.6a
Ceramic Disc Capacitors
Class 1
Temperature compensating disc capacitors
have a ceramic dielectric that is formulated to
provide predictable linear capacitance change
versus temperature change. This predictable
linear capacitance change allows the
temperature compensating disc capacitor to
be used in critical circuit applications such as
tuned circuits. A full range of values and
voltages is available.
CC
Series
MERITEK
S
PECIFICATIONS
Operating Temperature
Capacitance
Temperature
Rated voltage
Quality Factor
-25 C to +85 C
Measured at 1 ±0.1 MHz, 1Vrms at 25 C
Please refer to Page 4
50V, 63V and 100V
Measured at 1 ±0.1MHz, 1Vrms at 25 C
C < 30pF Q=400 + 20C, C > 30pF Q=1000 min.
(C = Capacitance)
250% of rated voltage with 50mA charging current max.
10,000 Mega ohms min. at rated voltage 60 sec.
Phenolic coating applied by a wet dip method
o
o
o
o
Tested voltage
Insulation resistance
Insulation coating
C
APACITANCE
R
ANGE
100WVDC & Under
(pF)
T
EMPERATURE
C
HARACTERISTIC
Color Code
Black
Red
Orange
Yellow
Green
Blue
Violet
D∅
±
1mm
4
5
6
8
10
12
NPO
1-24
25-47
50-100
120-150
180-220
250-300
N75/N80
1-12
13-22
24-33
35-68
72-130
140-180
N150
1-24
25-47
50-100
120-150
180-220
250-300
N220
1-27
28-47
50-100
120-150
180-220
250-300
N330
1-27
28-47
50-100
120-150
180-220
250-300
N470
1-33
34-47
50-100
120-150
180-220
250-300
N750
1-43
44-82
83-100
120-150
180-220
270-390
SL (GP)
1-68
72-100
120-220
250-470
500-620
680-1000
N1500
27-56
62-100
120-220
250-470
500-620
620-1000
Ceramic Disc Capacitors
Class 2
Temperature stable and general-purpose disc
capacitors are manufactured from a variety of high
K (dielectric constant) ceramic materials. Circuit
applications include bypass and coupling functions,
wherein a larger amount of capacitance is required
and the circuit is less sensitive to capacitance
change with temperature variations. A number of
dielectrics are offered along with a wide range of
capacitance values and voltage ratings.
CC
Series
MERITEK
S
PECIFICATIONS
Operating Temperature
Capacitance
Temperature
Rated voltage
Quality Factor
-30 C to +85 C: Y5E, Y5P
o
o
+10 C to +85 C: V5U, Z5V
Measured at 1 ±0.1KHz, 1Vrms at 25 C
Y5E: ±4.7%
Z5U: +22/-56%
50V, 63V and 100V
Measured at 1 ±0.1MHz, 1Vrms at 25 C
Y5E, Y5P and Z5U: 2.5% max.
Z5V: 5.0% max.
250% of rated voltage with 50mA charging current max.
10,000 Mega ohms min. at rated voltage 60 sec.
Phenolic coating applied by a wet dip method
o
o
o
o
Y5P: ±10%
Z5V: +22/-82%
Tested voltage
Insulation resistance
Insulation coating
C
APACITANCE
R
ANGE
100WVDC & Under
(pF)
Temperature Characteristic
Diameter
D∅ ±1mm
4
5
6
8
10
Y5E
100-470
500-680
820-1000
1200-2700
3000-5600
Y5P
100-1000
1200-1500
1800-2200
2500-5600
6200-1000
Z5U
1000-2700
3000-3900
4000-5600
6800-10000
200000
Z5V
1000-5000
5600-8200
10000
22000-33000
40000-50000
Ceramic Disc Capacitors
Class 3
These
semiconductor
type
ceramic
disc
capacitors provide economical volumetric efficiency.
They are best suited for use in low impedance
circuits wherein low insulation resistance can be
tolerated. The broad variation of lead styles and the
option of radial tape and reel packaging enhance
their popularity in bypass and coupling applications.
Working voltage options permit selection of the
smallest size discs for lower voltage applications
CC
Series
MERITEK
S
PECIFICATIONS
Operating Temperature
Capacitance
Temperature
Rated voltage
Dissipation factor
Tested voltage
Insulation resistance
-30 C to +85 C
Measured at 1 ±0.1MHz, 1Vrms at 25 C
Y5P: ±10%
Y5U: +22/-56%
16V, 25V and 50V
Y5T: +22/-33%
Y5V: +22/-82%
o
o
o
o
Measured at 1 ±0.1KHz, 1Vrms at 25 C
16V: 7.0% max.
25V and 50V: 5.0% max.
250% of rated voltage with 50mA charging current max.
Measured at rated voltage 60 sec.
16V: 500 Mega ohms min.
25V and 50V: 500 Mega ohms x
μF
min.
Phenolic coating applied by a wet dip method
Insulation coating
C
APACITANCE
R
ANGE
(pF)
Temperature
Characteristic
Working Voltage
Capacitance (μF)
0.01
0.022
0.033
0.047
0.10
5
6
6
8
10
16V
Y5P
25V
D∅ ±1mm
5
8
8
10
12
5
8
10
12
14
5
5
5
6
6
16V
16V
Y5T
25V
D∅ ±1mm
5
6
6
6
8
5
5
8
8
10
5
5
5
6
6
50V
16V
Y5U
25V
D∅ ±1mm
5
5
6
6
8
5
5
8
8
10
5
5
5
5
6
50V
16V
Y5V
25V
D∅ ±1mm
5
5
5
5
7
5
5
6
6
8
50V
Ceramic Disc Capacitors
CC
Series
MERITEK
EIA Code
RS-198
C0
S1
U1
P2
R2
S2
T2
U2
P3
Material
Coefficient
NP0
N030
N080
N150
N220
N330
N470
N750
N1500
SL
Temperature Coefficient (+25
o
C to 85
o
C)
0.5-2pF
K (±250)
K (±250)
K (±250)
K (±250)
K (±250)
K (±250)
K (±250)
K (±250)
K (±250)
2.1-3.9pF
J (±120)
J (±120)
J (±120)
J (±120)
J (±120)
J (±120)
J (±120)
J (±120)
K (±250)
4.0-9.9pF
H (±60)
H (±60)
H (±60)
H (±60)
H (±60)
H (±60)
J (±60)
J (±60)
K (±250)
10pF UP
G (±30)
G (±30)
G (±30)
G (±30)
G (±30)
H (±60)
H (±60)
J (±120)
K (±250)
P350-N1000
EIA T
EMPERATURE
C
HARACTERISTIC
C
HART
First Digit is
Low Temperature
X
Y
Z
–55
o
C
–30
o
C
–10
o
C
Second Digit is
High Temperature
4
5
6
7
8
+65
o
C
+85
o
C
+105
o
C
+125
o
C
+150
o
C
Last Digit is
Capacitance Change Over Temperature
Range From +25
o
C Reading
A
B
C
D
E
F
P
R
S
T
U
V
±1.0%
±1.5%
±2.2%
±3.3%
±4.7%
±7.5%
±10%
±15%
±22%
+22/-33%
+22/-56%
+22/-82%
NXP MCU
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