NISSEI
Features
POLYESTER FILM CAPACITOR
Type
AMZ/AML/AMF
1) Very small size, especially in H dimension, which is advantageous
to save space of PC Board.
2) Good reputations for use in general and industrial appilcation.
3) Small allowance in the lead pitch dimensions.
4) Sutiable for automaic insertion due to their small size and light weight.
AMZ
AML
1) Can be used up to 105°C without voltage derating as heat resistance-
inproved type of AMZ. Suitable for application which requires hight
heat resistance.
2) No color change of exterior coating even for long use.
AMZ
AML
AMF
1) Oxygen Free Copper is used as the lead wire to improve tone quality.
•
AMF
Specifications
Tem Range
p
Voltage
-40 to +85°C(+105°C) (AM
Z,AM
F)*
-40 to +105°C (AM
L)
50, 100, 250, 400V.d.c.
50V 0.00010 to 0.15µF(C<0.00047µF : E-12, C>=0.00047µF: E-24)
100V
0.00010 to 0.00082µF (E-12)
0.0010 to 0.47µF(E-24)
Tangent of loss
angle
Insulation
Resistance
Endurance
0.008 or less (at 1KHz)
30,000M or m
Ω
ore
105°CW x 140% 1000hr(AM
V
,
L)
85°CW x 140% 1000hr(AM
V
,
Z,AM
F)
∆C/C±3%
within tanδ 0.011 or less
40°C, 90 to 95% W
RH V1000hr
IR4500M or m
Ω
ore
Capacitance
250V 0.0010 to 0.22µF(E-12)
400V 0.0010 to 0.12µF(E-12)
Dam H
p eat
Cap. Tolerance
±5% ±10%
(J),
(K)
∆C/C
+6
%within tanδ 0.012 or less IR9000M or m
Ω
ore
-2
* ( ) Marked temperature shows operatable range when voltage derated
* AMF series : Only " J" available.
Straight Lead Type
Max
W
Max
T
Single Formed Lead Type
Double Formed Lead Type
Style
1.5Max
Max H
5.0Max
20Min
d +/- 0.05
P+/-0.5
5.0Max
2.0Max
5.0 +/-0.5
3.5+/-0.5
0.9+/-0.4
3.5+/-0.5
3.5+/-0.5
0.9+/-0.4
3.5+/-0.5
F1
+/-0.5
5.0 +/-0.5
F
+/-0.5
F
+/-0.5
5.0 +/-0.5
F
+/-0.5
F1
+/-0.5
Cap Range
50V.d.c
100V.d.c
250V.d.c
400V.d.c
101 to 154
101 to 474
102 to 224
102 to 124
101 to 154
AMZ: 101 to 474
AML: 101 to 134
102 to 823
102 to 473
101 to 333
154 to 474
683 to 224
273 to 124
101 to 154 F=5.0
101 to 134 F=5.0
154 to 474 F=5.0
For F-dimension of double formed leads, please contact Nissei sales person.
When using our capacitors, please consider the application notes and contact Nissei for any additional
technical specifications relating to the limits of our performance characteristics.
FPGA/CPLD
京公网安备 11010802033920号
EEWORLD
