EFJohnson 001-9800-001 User Manual
SERVICING
4-2
February 2001
Part No. 001-9800-001
± 5% and ± 10% Resistors (P.N. 569-0105-xxx)
The three-digit number used to identify ±5% and
±10% resistors corresponds to the last three digits of
the EFJohnson part number. This number is derived as
follows. For example, “273” indicates a 27k ohm
resistor and “339” indicates a 3.3 ohm resistor.
the EFJohnson part number. This number is derived as
follows. For example, “273” indicates a 27k ohm
resistor and “339” indicates a 3.3 ohm resistor.
± 1% Resistors (P.N. 569-0111-xxx)
Some resistors with a
±
1% tolerance are identified
by a four-digit number and others may not have a
marking. When identified with a four-digit number,
the first three digits are the value and the fourth is the
multiplier. For example, “5761” indicates a 5.76k ohm
resistor.
marking. When identified with a four-digit number,
the first three digits are the value and the fourth is the
multiplier. For example, “5761” indicates a 5.76k ohm
resistor.
4.2.3 SMD CAPACITOR IDENTIFICATION
Ceramic SMD Capacitors (P.N. 510-36xx-xxx)
Ceramic SMD capacitors are identified using
either an American or Japanese EIA standard. The
American standard uses a single letter or number to
indicate the value, and the color of this letter or
number to indicate the multiplier. The Japanese stan-
dard uses a letter to indicate the value followed by a
number to indicate the multiplier. The values for both
standards are shown in the following table. For
example, if there is a single black “E” on the capacitor,
it uses the American standard and its value is 15 pF.
The same value is identified with the Japanese stan-
dard by “E1”.
American standard uses a single letter or number to
indicate the value, and the color of this letter or
number to indicate the multiplier. The Japanese stan-
dard uses a letter to indicate the value followed by a
number to indicate the multiplier. The values for both
standards are shown in the following table. For
example, if there is a single black “E” on the capacitor,
it uses the American standard and its value is 15 pF.
The same value is identified with the Japanese stan-
dard by “E1”.
The Japanese standard may also utilize a bar to
indicate the temperature coefficient. The following
coefficients are indicated by this bar. For example,
“A2” indicates a 100 pF NPO capacitor.
“A2” indicates a 100 pF NPO capacitor.
XX = NPO XX = N150 XX = N220
XX = N330 XX = N470 XX = N750
|XX = X7R
Multiplier
Value in ohms
X X
X
0 = 0
1 =10
2 = 100
3 = 1000
4 = 10,000
5 = 100,000
6 = 1,000,000
7 = 10,000,000
8 = .01
9 = .1
1 =10
2 = 100
3 = 1000
4 = 10,000
5 = 100,000
6 = 1,000,000
7 = 10,000,000
8 = .01
9 = .1
Table 4-1 Ceramic SMD Capacitor Identification
American EIA Standard Japanese EIA Standard
First Letter/
Number
Value
(pF)
First Letter/
Number
Value
(pF)
A
10
A
1.0
B
11
B
1.1
C
12
C
1.2
D
13
D
1.3
E
15
E
1.5
H
16
F
1.6
I
18
G
1.8
J
20
H
2.0
K
22
J
2.2
L
24
K
2.4
N
27
L
2.7
O
30
M
3.0
R
33
N
3.3
S
36
P
3.6
T
39
Q
3.9
V
43
R
4.3
W
47
S
4.7
X
51
T
5.1
Y
56
U
5.6
Z
62
V
6.2
3
68
W
6.8
4
75
X
7.5
7
82
Y
8.2
9
91
Z
9.1
Color
Multi-
plier
Second
Number
Multi-
plier
Orange
0.1
0
1
Black
1
1
10
Green
10
2
100
Blue
100
3
1000
Violet
1000
4
10,000
Red
10,000
5
100,000