Ceramic Disc Capacitors
NCD Series Class I
TEMPERATURE COMPENSATING AND
TEMPERATURE STABLE TYPES (CLASS I)
FEATURES
• PROVIDES AN ACCURATE, PREDICTABLE LINEAR CAPACITANCE
..CHANGE WITH VARIATIONS IN OPERATING TEMPERATURE
• NPO TYPES PROVIDE DRIFT FREE PERFORMANCE
• TIGHT TOLERANCES AVAILABLE
• AVAILABLE WITH FORMED LEADS AND ON TAPE
*See Part Number System for Details
SPECIFICATIONS
Temperature
Characteristics
NPO
N150
N750
SL
N1500
N3300
Operating
Temperature Range
Capacitance Range
Standard Tolerance
-30°C ~ +85°C
0.5 ~ 1000pF
±5% (J)
-5% ~ +9%
0.5 ~ 470pF
±1%
3.0 ~ 27pF
-1 ~ +2%
22 ~ 470pF
22 ~ 2200pF
-10% ~ +20%
47 ~ 1000pF
-13% ~ +12%
Capacitance Change Over
Temperature Range
-5% ~ +7.5%
1000 (C>30pF)
400+20C (<30pF)
Minimum 10,000 Megohms
N750±120ppm N330±500ppm N1500±250ppm
50Vdc ~ 1KVdc
500 (C>30pF)
200+10C (<30pF)
Q Factor (Min. 1MHz)
Insulation Resistance
Temperature Coefficient
Working Voltage Range
Dielectric Withstanding
Voltage (Test Voltage)
0±60ppm
±3%
N150±60ppm
N3300±500ppm
±50%
2.5 Times Rated Voltage For Not Less Than 1 Second, 50mA Maximum
±5% ±8% ±15% ±30% ±50%
Cap. Change
Load Life
Shall Confom To Initial Measurements Above
10,000 Megohms
Test @ 85°C Q Factor (min.)
1,000 Hours
I.R. (min.)
<1,000pF; 1MHz, 1.2Vrms Max., >1,000pF; 1KHz, 1.2Vrms Max.
Test Conditions
.1LS
TR
F
NCD 101
J
500 NPO
J
RoHS compliant
Optional Packaging
TR = Taped and Reel
TB = Tape and Box (Ammo)
+10
F
A−NPO
D
B−N-150
C−N-330
D−N-750
Optional Lead Space (LS) and/or
Lead Length (LL) in inches
Optional Lead Style
+5
C
B
A
O
E−N-1500
F−SL
C = Cut Lead
A
B
C
D = Inside Kink (Short Leads)
E = Outward Kink (Short Leads)
J = Inside Kink (Long Leads)
K = Outward Kink (Long Leads)
D
-5
Temperature Coefficient
Working Voltage DC
F
E
-10
Tolerance Code
TEMPERATURE
C = ± 0.25pF K = ± 10%
D = ± 0.5pF
J = ± 5%
M = ± 20%
Z = + 80% / - 20%
+5
+45
+85
-35
+25
+65
-55
-15
Capacitance code, expressed in pfd,
First two digits are significant, third digit is no. of
zeros. “R” indicates decimal for under 10pfd.
Series
®
NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com
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