In a great variety of electronic circuits,
e.g. in filters and tuning circuits where
high stability and/or temperature
compensation are a requirement.
Because of their small size the
capacitors are suitable for use in
circuitry with high component density.
DESCRIPTION
The capacitors consist of a thin
rectangular ceramic plate, both sides
of which are metallized, and tinned
connecting leads are secured using a
high melting point solder. The
capacitors are encapsulated in epoxy
lacquer, which is resistant to all
commonly used cleaning solvents.
They have small dimensions and
narrow tolerances on the lead
spacing. The leads are provided with
a flange, which guarantees that the
leads are free of lacquer, and its
shape allows soldering gasses to
escape freely, ensuring excellent
solderability. This makes the
capacitors suitable for both
hand-mounting and automatic
insertion. The electrical properties are
characterized by low losses, a narrow
tolerance on capacitance
(±0.25 pF or 2%), high stability and,
owing to the absence of silver, an
extremely good DC behaviour.
QUICK REFERENCE DATA
Capacitance range (E12 series)0.56 to 560 pF
Rated DC voltage100 V
Tolerance on capacitance±2% or ±0.25 pF
Temperature coefficientsP100, NP0, N150, N750 and N1500;
Sectional specificationIEC 384-8
Climatic category (IEC 68)55/085/21 (N150, N750);
Note
1. N075, N220, N330, N470 available on request.
handbook, 4 columns
Class 1, 100 V (DC)
(flanged types)
DESCRIPTIONVALUE
note 1
55/125/56 (P100, NP0, N1500)
1997 Nov 04182
MAM122
Fig.1 Outlines.
Page 2
Philips ComponentsProduct specification
Miniature ceramic plate capacitors
MECHANICAL DATA
2.54
0.3
W
O 0.6
0.6 2.54
H
L
MSA532
0.06
0.05
5.08
Class 1, 100 V (DC)
(flanged types)
0.6 5.08
0.5
0.1
W
H
L
O 0.6
MSA531
0.06
0.05
Dimensions in mm.
For dimensions H, L and W see Tables 1 and 2.
Fig.2 Component outline style 1.
(0.2 in pitch)
(0.1 in pitch)
1.4
1.3
0.2
0
0.3
0
0.2
Dimensions in mm.
For dimensions H, L and W see Tables 1 and 2.
Fig.3 Component outline style 2.
0.05
0.03
0
1.0
0.4
0.1
0.25
0.03
MSA535 - 1
Dimensions in mm.
Fig.4 Detail of flange.
1997 Nov 04183
Page 3
Philips ComponentsProduct specification
Miniature ceramic plate capacitors
Marking
The temperature coefficient is
indicated by a colour code in
accordance with IEC and EIA
recommendations. Capacitance
value is indicated by a marking code
in a contrasting colour on the body.
Refer to Tables 3 to 12, for colour and
marking codes.
Mounting
When bending, cutting or flattening,
the leads should be relieved of the
applied load by supporting them at
the capacitor body.
Soldering conditions:
max. 265 °C, max. 10 s.
The capacitors are suitable for
mounting on printed-circuit boards
(hand-mounting or automatic
insertion).
Physical dimensions
Table 1 Capacitor dimensions and mass
SIZE
Notes
1. Unless indicated in Tables 4 to 12, the thickness of the capacitors does not
exceed 2.3 mm.
1. Other capacitance values and tolerances are available on request.
2. Maximum thickness 2.5 mm.
1997 Nov 04189
Page 9
Philips ComponentsProduct specification
Miniature ceramic plate capacitors
Class 1, 100 V (DC)
(flanged types)
ELECTRICAL CHARACTERISTICS
The capacitors meet the essential requirements of
ambient temperature of 20 ±1 °C, an atmospheric pressure of 86 to 106 kPa and a relative humidity of 63 to 67%.
DESCRIPTIONVALUE
Capacitance values (note 1) measured at 1 MHz, ≤5 Vsee Tables 4 to 12
Rated DC voltage100 V
DC test voltage; duration 1 minute300 V
DC test voltage of coating; duration 1 minute300 V
Insulation resistance at 100 V (DC) after 1 minute≥10000 MΩ
Ta n δ (note 1) measured at 1 MHz, ≤5V:
C≤50 pF
C > 50 pF≤15 × 10
Category temperature range−55 to +85 °C (N150, N750);
Storage temperature range−55 to +85 °C
Note
1. Including 2 mm per connecting lead.
“IEC 384-8”
−55 to +125 °C (P100, NP0, N1500)
. Unless stated otherwise all electrical values apply at an
15
15≤
0.7+
------
C
−4
×<55 104–×;
10
4–
IZI
(Ω)
4
10
3
10
2
10
10
1
1
10
2
10
10 pF
100 pF
220 pF
2
101
10
f (MHz)
MSA550
3
10
Fig.5 Typical impedance Z as a function of frequency.
1997 Nov 04190
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