LOW-OHM CHIP RESISTORS, 0.1W TO 3W
RESISTORS CAPACITORS COILS DELAY LINES
ML SERIES
RoHS
Term.W is
RoHS
compliant
& 260°C
compatible
t
T
L
W
Industry’s widest range and lowest cost!
Values as low as 0.0005Ω, current ratings to 60 Amp
High power to size ratio
Non-inductive
OPTIONS
Option V: 170°C operating temperature range
Option EK: Group A screening per MIL-R-10509
Option EL: Group A & B screening per MIL-R-10509
RCD
Type
ML0402
Max.
Max.
Wattage * Current *
(70°C)
(70°C)
0.1W
3A
Resistance
R an g e
0.02
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.01
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.01
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.01
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.01
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.01
Ω
TO 0.049
Ω
0.050
Ω
TO 0.099
Ω
0.100
Ω
TO1.0
Ω
0.0005
Ω
0.00075
Ω,
0.001
Ω,
0.0015
Ω,
0.002
Ω
0.0025
Ω
TO 0.01
Ω
RCD’s ML series offers cost-effective solutions for low
resistance applications and are particularly ideal for various
types of current sensing, voltage dividing, battery and pulse
circuits, including linear and switching power supplies, power
amplifiers, consumer electronics, etc. The resistance element is
thick film or metal plate, and is coated with high temperature
insulation for exceptional environmental protection.
Optional TC
(ppm/°C)
200, 100
200, 100
100
200, 100
200, 100
100
200, 100
200, 100
100
200, 100
200, 100
100
200, 100
200, 100
100
200, 100
200, 100
100
200, 100
100, 50
100, 50
L
W
T
t
Typical TC
(ppm/°C)
400
300
200
400
300
200
400
300
200
400
300
200
400
300
200
400
300
200
350
200
150
.040 ± .004 .020 ± .004 .014 ± .004 .010 ± .004
[1.00 ± .1]
[.5 ± .1]
[.35 ± .1]
[.25 ± .1]
.061 ± .005 .031 ± .004 .016 ±. 006 .012 ± .008
[1.55 ± .12]
[.8 ± .1]
[.40 ± .15]
[.3 ± .2]
.079 ± .008 .050 ± .008 .020 ± .006 .024 ± .008
[2.0 ± 0.2] [1.25 ± 0.2] [0.5 ± .15] [0.6 ± 0.2]
.126 ± .008 .063 ± .008 .020 ± .006 .030 ± .018
[3.2 ± 0.2] [1.6 ± 0.2] [0.5 ± .15] [0.76 ± .46]
.197 ± .008 .098 ± .008 .020 ± .006 .032 ± .020
[5.0 ± 0.2] [2.5 ± 0.2] [0.5 ± .15] [0.8 ± 0.5]
.250 ± 0.01 .126 ± .012 .024 ± .008 .040 ± .020
[6.35 ± 0.25] [3.2 ± 0.3]
[0.6 ± .2]
[1 ± 0.5]
.250 ± 0.01 .126 ± .012 .020~.063** .040~.106**
[6.35 ± 0.25] [3.2 ± 0.3] [0.5 ~ 1.6] [1.0 ~ 2.7]
ML0603
0.125W
3.5A
ML0805
0.25W
5A
ML1206
0.5W
7A
ML2010
1W
14A
ML2512
2W
20A
MLB2512 2W/ 3W *
60A
* In order to operate at maximum wattage and current ratings, a suitable substrate or PCB design is required to carry the current and drain the heat. Heavy Cu, large
pads and traces, and/or multilayer PC boards are recommended. MLB2512 has a 3W rating when used with 300mm
2
x .0056 Cu pads
** Varies with resistance value (lower values typically have thicker bodies and wider termination pads for increased current carrying capability)
TYPICAL PERFORMANCE CHARACTERISTICS
Characteristics
Thermal Shock (-55° to +155°C)
Short Time Overload (2x [PxR]
1/2
, 5 sec.)
Low Temp. Operation (-55°C)
High Temp. Exposure (125°C, 100 hrs.)
Resistance to Solder Heat
Moisture Resistance
Load Life(1000 hrs.)
Operating Temperature Range
Derating of Wattage & Current
Solderability
Terminal Adhesion
P/N DESIGNATION:
RCD Type
ML2010
- R01 - J T
W
∆
R
±1%
±2%
±1%
±1%
±0.5%
±1%
±2%
-55 to +155°C
1.177%/°C above 70°C
95% Min. Coverage
15 Grams Min.
Options:
V, EK, EL (leave blank if standard)
Resis. Code:
for 1% tol. use R as decimal point and 3
digits, e.g. R100= 0.1Ω, R200=.2Ω; for 2%-10% use R
and 2 digits , e.g. R10= 0.1Ω, R20= .2Ω, etc. except if
necessary, use additional (significant) digits, e.g. R005 for
0.005Ω, R0075 for 0.0075Ω in any tolerance
Tolerance Code:
F=1%, G=2%, J=5%
Packaging:
B=Bulk, T=Tape & Reel
Optional TC:
50=50ppm, 101=100ppm, 201-200ppm
Termination:
W= Lead-free, Q= Tin/Lead (leave blank if
either is acceptable)
RCD Components Inc,
520 E.Industrial Park Dr, Manchester, NH, USA 03109
rcdcomponents.com
Tel: 603
-
669
-
0054 Fax: 603
-
669
-
5455 Email:sales@rcdcomponents.com
FA009C Sale of this product is in accordance with GF-061. Specifications subject to change without notice.
24
Embedded System
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