Page 4
THICK FILM CHIP RESISTORS
•
Small size and lightweight
•
Suitable for
both flow and reflow soldering
•
Reduction of assembly costs and matching
with placement machines
Ordering Procedur e : (E x . : 1206, 1/4 W -S, 5%, 10
Ω
, T/R-500 0)
1 2 0 6 S 4 J 0 1 0 0 T 5 E
Tolerance:
0 = Jumper
B = ±0.1%
C = ±0.25%
D
= ±0.5%
F = ±1%
G = ±2%
J = ±5%
Packing Type:
T =Tape / Reel
B =Bulk in Poly-bag
C =Bulk in cassette
Packing Qty:
1 = 1,000 pcs, 2
= 2,000 pcs, 3 = 3,000 pcs,
4 = 4,000 pcs, 5 = 5,000 pcs,
A = 500 pcs, B = 2,500 pcs, C = 10,000 pcs, D = 20,000 pcs
Special Feature:
E = Lead (Pb)
Free Plating Type /
RoHs Compliant
Wattage:
Normal size: WH=1/32W, WG=1/16W, WA=1/10W,
sW8=1/8W, W4=1/4W, W2=1/2W,
1W=1W
Small size: SA=1/10W-S, S8=1/8W-S, S4=1/4W-S,
S3=1/3W-S, 07=3/4W-S
Resistor Type:
Chip Resistor types as follows:
0402, 0603, 0805, 1206, 1210, 2010,
2512, 2D02, 4D02, 4D03, 10P8, 16P8 Resistance Value:
• E-24 series:
1st digit is “0”
2nd & 3rd digits are significant
figures of the resistance
4th indicate the number of zeros
• E-96 series:
1st to 3rd digits are significant figures
of the resistance
4th digit indicate the number of zeros.
“J” ~ 0.1, “K” ~ 0.01, “L” ~ 0.001
Ex. 012J ~ 1Ω2, 226K ~ 2Ω26
• Jumper : use “0” for 1st
to
4 th digits
* More explanation on part no, please see details on pages 80-81.
Note :
Special resistance value or tolerance or T.C.R.
requirement available on a case-to-case basis.
Please indicate when ordering.
2007 - 2008
Standard: 2%, 5%, 10%---E 24 series
1%---E 96 series
2.5A
< 50 m
Ω
10
Ω-1M
Ω
1
Ω-10M
Ω
1
Ω-10M
Ω
< 50 m
Ω
Jumper
Power
Rating at
70ºC
2007 - 2008
4A
5A
Page 5
200V
+0
.
1
5
0.80
-0.10
E
-
9
6
E-24
E-24
2A1A
E
-
9
6
E-24
E-24
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
4A2A
4A
2A
400V
200V
E
-
9
6
E-24
E-24
THICK FILM CHIP RESISTORS
Type
Max.
Working
Voltage
Max.
Overload
Voltage
Operating
Temp.
(ºC)
Tolerance
%
Jumper
Resistance
Range
< 50 m
Ω
Standard
Series
Dimension (mm)
L
W
H
ℓ
1
ℓ
2
0402
1/16W
-55~+155
(1005)
50V
100V
1/10W-S
1A 2A
1/16W
±1
±2
±5
±1
±2
±5
< 50 m
Ω
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
E-96
E-24
E-24
1.00±0.10
0.50±0.05
0.35±0.05
0.20±0.10
0.25±0.10
1.60±0.10
0805
1/ 8W-S
-55~+155
(2012)
1/10W 150V 300V
1206
1/4W-S
1/8W
-55~+155
-55~+155
Jumper
±1
±2
±5
Jumper
±1
±2
±5
Jumper
±1
±2
±5
< 50 m
Ω
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
< 50 m
Ω
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
< 50 m
Ω
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
E-96
E-24
E-24
E-96
E-24
E-24
+0.15
1.25
-0.10
+0.15
1.55
-0.10
0.55±0.10
0.40±0.20
0.40±0.20
0.55±0.10
0.45±0.20
0.45±0.20
2A 4A
-55~+155
2512
1W
-55~+155
(6432)
Jumper
±1
±2
±5
Jumper
±1
±2
±5
10
Ω
-1M
Ω
1
Ω
-10M
Ω
1
Ω
-10M
Ω
E-96
E-24
E-24
6.35±0.10
3.20±0.15
0.55±0.10
0.60±0.25
0.50±0.20
Note: Information in parenthesis are Japanese sizes.
0.55±0.10
0.50±0.25 0.50±0.202.60±0.15
3.10±0.10
3.10±0.15
2.00±0.15
5.00±0.10 2.50±0.15
0.55±0.10
0.60±0.25 0.50±0.20
0.45±0.10
0.30±0.20 0.30±0.20
0603
(1608)
2A
1/3W-S
1/4W
3/4W-S
1/2W
-55~+155
200V 400V
200V 400V
200V 400V
50V 100V
(3216)
1210
(3225)
2010
(5025)
THICK FILM CHIP RESISTORS
Code A B C D E F G H X Y Z
Multiplier
10
0
10
1
10
2
10
3
10
4
10
5
10
6
10
7
10
-1
10
-2
10
-3
Ω
Value Code
Ω
Value Code
Ω
Value Code
Ω
Value Code
Ω
Value Code
100 01 162 21 261 41 422 61 681 81
102 02 165 22 267 42 432 62 698 82
105 03 169 23 274 43 442 63 715 83
107 04 174 24 280 44 453 64 732 84
110 05 178 25 287 45 464 65 750 85
113 06 182 26 294 46 475 66 768 86
115 07 187 27 301 47 487 67 787 87
118 08 191 28 309 48 499 68 806 88
121 09 196 29 316 49 511 69 825 89
124 10 200 30 324 50 523 70 845 90
127 11 205 31 332 51 536 71 866 91
130 12 210 32 340 52 549 72 887 92
133 13 215 33 348 53 562 73 909 93
137 14 221 34 357 54 576 74 931 94
140 15 226 35 365 55 590 75 953 95
143 16 232 36 374 56 604 76 976 96
147 17 237 37 383 57 619 77
150 18 243 38 392 58 634 78
154 19 249 39 402 59 649 79
158 20 255 40 412 60 665 80
Marking on the Resistor s Body:
•
For 0402 size, no marking on the body due to the small size of the resistor.
•
±5% tolerance product. (Including resistance values less than 1
Ω; both 1% and 5%)
The marking is 3 digits,
the first 2 digits are the significant figures of the resistance and the 3
rd
digit denotes number of zeros.
153 = 15000
Ω
= 15K
Ω
; 120 = 12
Ω
Below 10
Ω
shown as this: 6R8 = 6.8
Ω
0.1
Ω~
0.99
Ω
shown as this: R33 = 0.
33Ω
•
±1% tolerance marking of case size 0805 and bigger is 4 digits, the first 3 digits are the significant figures
of the resistance and the 4
th
digit denotes number of zeros.
2372 = 23700
Ω
= 23.7K
Ω
; 1430 = 143
Ω
Below 10
Ω
shown as this: 3R24 = 3.24
Ω
0.1
Ω~
0.99
Ω
shown as this: R33 = 0.
33Ω
2007 - 2008
Page 6
* More details, please see pa
g
es 7
8
-7
9
.
THICK FILM CHIP RESISTORS
•
Standard E-96 series values (±1% tolerance) of 0603 size. Due to the small size of the resistor’s body, 3 digits
marking will be used to indicate the accurate resistance value by using the Multiplier code & Standard E-96 Series
Resistance Value Code as shown on Page 6.
1.96K
Ω
= 196 x 10
1
Ω
= 29B 12.4
Ω
= 124 x 10
-1
Ω
= 10X
•
Standard E-24 series values which does not belong to E-96 series values (in ±1% tolerance) of 0603 size.
The marking is the same as 5% tolerance but marked with underline.
122 = 1200 = 1.2K
Ω
680 = 68
Ω
Temperature coefficient
±5%: 1
Ω
~ 10M
Ω
≤
±200PPM/°C
±1%: 10
Ω
~ 100
Ω
≤
±200PPM/°C; 101
Ω
~ 1M
Ω
≤
±100PPM/°C
Short-time overload
±5%: ±(2.0% +
0.1
Ω
) Max.
±1%: ±(1.0% +
0.1
Ω
) Max.
Insulation resistance
Min. 1,000 Mega Ohm
Dielectric withstanding
voltage
No evidence of flashover,
mechanical damage, arcing or insulation breakdown
Terminal bending
±(1.0% + 0.05
Ω
) Max.
Soldering heat
Resistance change rate is ±(1.0% + 0.05
Ω
) Max.
Solderability
Min. 95% coverage
Temperature cycling
±5%: ±(1.0% +
0.05
Ω
) Max.
±1%: ±(0.5% +
0.05
Ω
) Max.
Humidity (Steady State)
±5%: ±(3.0% +
0.1
Ω
) Max.
±1%: ±(0.5% +
0.1
Ω
) Max.
Load life in humidity
±5%: ±(3.0% +
0.1
Ω
) Max.
±1%: ±(1.0% +
0.1
Ω
) Max.
Load life
±5%: ±(3.0% +
0.1
Ω
) Max.
±1%: ±(1.0% +
0.1
Ω
) Max.
* The values which are not of standard E-24 series (2% & 5%) and
not of E-96 series (1%) could be
offered on
a case to case basis.
2007 - 2008
Page 7
