RESISTOR, WIREWOUND, 1KOHM, 1W, 1%

MWM1-1001-FBQ

Manufacturer Part NumberMWM1-1001-FBQ
DescriptionRESISTOR, WIREWOUND, 1KOHM, 1W, 1%
ManufacturerRCD (RESISTORS COILS DELAYLINES)
SeriesMWM
MWM1-1001-FBQ datasheet
 


Specifications of MWM1-1001-FBQ

Resistance1kohmResistance Tolerance± 1%
Power Rating1WResistor Element MaterialWirewound
Resistor Case StyleSMDNo. Of Pins2
Temperature Coefficient± 20ppm/°CLead Free Status / RoHS StatusContains lead / RoHS non-compliant
Page 1/1

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SM POWER RESISTORS, 1/2W - 5W, .0005 - 1M
WIREWOUND, FILM, & METAL PLATE
MWM SERIES
Widest selection in the industry!
Tolerance to ±0.01%, T.C. to ±5ppm/°C
Available on exclusive SWIFT
TM
delivery program!
OPTIONS
Option X: Non-inductive (refer to application note below)
Option P: Increased Pulse Capability
Option M: Power metal film element
Option L: Low profile non-inductive metal plate design
Option E: Low thermal EMF design
Special marking, high current, flame retardant, fusible,
temp.sensitive, hi-rel screening/burn-in, fusible, SnPb, etc.
A
B
D
.010” MWM2 & 3S, .050” MWM3 & 5
G
H
F
M
x a
O
t p
W
a
a t t
e g
S
d t
R
s e
s i
R
C
D
T
P Y
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V
t l o
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R
s e
R
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g n
R
n a
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C [
r u
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R
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M
W
M
1
2 /
0
5 .
W
3
V 3
[
0 1
] A
.
1 0
-
K 2
5
1 -
M
W
M
1
1
W
5
V 8
[
0 2
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0 .
1 0
1 -
K 0
1 .
1 -
M
W
M
2
2
W
2 1
V 0
[
0 3
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0 .
2 0
2 -
K 5
1 .
1 -
M
W
M
S 2
2
W
8
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[
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1 .
2 -
0 0
1
1 -
M
W
M
7 2
2
7 .
W
8 1
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[
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0 .
5 0
2 -
K 0
1
1 -
M
W
M
S 3
3
W
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[
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0 .
5 0
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K 5
1
1 -
M
W
M
3
3
5 .
W
5 2
V 0
[
0 3
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0 .
5 0
5 -
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1
1 -
M
W
M
5
5
W
0 3
V 0
[
2 3
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0 .
5 0
-
0 1
K 0
n
a /
L
O
W
P
R
O
F
L I
E
M
E
T
A
L
P
L
A
T
E
M
O
D
E
L
S
M
W
M
/ 1
L 2
0
5 .
W
P (
R
[ )
2 1
] A
0 .
3 0
. -
5 0
n
a /
M
W
M
L 1
1
W
P (
R
[ )
5 2
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0 .
1 0
0 -
1 .
n
a /
M
W
M
L 2
2
W
P (
R
[ )
0 3
] A
0 .
2 0
0 -
2 .
n
a /
M
W
M
2
S L
2
W
.
0 0
5 0
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5 0
n
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P (
R
[ )
5 4
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*Voltage determined by E =
PR
, E not to exceed maximum voltage rating. Increased ratings available. Multiply by 0.7 for Opt. X
APPLICATION NOTES:
1. Power Rating: Resistors may be operated up to full rated power with
consideration of mounting density, pad & trace geometery, PCB material, and
ambient temperature. Standard parts should be derated (W&V) by .67%/°C
when ambient exceeds 25°C, low profile parts by 1%/ °C above 70 °C
2. Inductance: Standard wound parts are 1 - 20uH typ. For “non-inductive”
design, specify Opt.X (0.2uH max 50 , .37uH >50
(metal plate element) and Opt.M (power film element) are inherently low
inductance (1 to 10nH typ). Consult factory for assistance.
3. Pulse Capability: standard MWM (wirewound) and Opt. L (metal plate)
offer excellent overload capability greatly exceeding that of film resistors.
The overload level can often be economically enhanced by a factor of 50%
or more via special processing (Opt.P). Pulse capability is highly dependent
on size & resistance (available up to 50 joules). Consult factory for assistance.
RCD Components Inc, 520 E.Industrial Park Dr, Manchester, NH, USA 03109
FA015J Sale of this product is in accordance with GF-061. Specifications subject to change without notice.
23
Term.W is
RoHS
compliant
& 260°C
compatible
Exceptional perfomance and reliability is
achieved via highest grade materials and
processing. An all-welded wirewound construction is standard,
featuring premium-grade wire for superior stability and surge
capability. Opt. L low profile models feature a non-inductive metal
plate element. The power film version (Opt.M) achieves values as high
as 1M
and is inherently low inductance thereby enabling stable
operation at high frequencies.
P
E
R
F
O
R
M
L
o
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d
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M
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m
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m
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C
C
R
0
0
R
0
R
0
R
1
------
------
1
R
E
1
0
R
D
e i
e l
c
r t
c i
S
o
d l
e
SUGGESTED
O
p
r e
t a
PAD LAYOUT
A
a v
a l i
b
e l
1
Dielectric strength for low profile Opt. L is 100V ( 300V avail)
M
O
t p
M
s i
M
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o V
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A
B
M (
a
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±
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1 .
1 1
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1 .
5 2
M
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8 5
. ±
2 0
6 [
5 .
± 5
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1 .
5 2
3 [
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5 1
± 0
M
2
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9 4
. ±
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[ 2
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± 4
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2 .
8 0
5 [
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.
2 2
± 5
M
2
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2 .
7 9
±
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0 2
7 [
5 .
±
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1 .
5 6
4 [
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.
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± 0
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2
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.
8 4
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2 3
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± 2
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2 .
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.
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3
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2 6
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3
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3 7
n
a /
.
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3 7
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±
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n
a /
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±
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3 3
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2 .
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±
0 .
2 1
6 [
3 .
±
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9 7
2 [
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1 .
6 2
P/N DESIGNATION:
RCD Type
Options: X,P,M,L,F,E (leave blank if std)
Resis.Code .01%-1%: 3 signif. figures & multiplier,
e.g. R010=0.01 , R100=0.1
Resis.Code 2%-10%: 2 signif. figures & multiplier, R01=0.01 ,
R10=0.1
50nH avail). Opt. L
Use extra digits as needed: R005, R0075, R012, etc.
Tolerance Code: K=10%, J=5%, H=3%, G=2%, F=1%,
D=0.5%, C=0.25%, B=0.1%, A=0.05%, Q=0.02%, T=0.01%
Packaging: B = Bulk, T = Tape & Reel
TC (leave blank if standard): 5 = 5ppm, 10 = 10ppm, 20=20ppm,
30=30ppm,50=50ppm, 101=100ppm, 201=200ppm, 301=300ppm
Termination: W= Lead-free, Q= Tin/Lead. Leave blank if either is
acceptable (RCD will select based on lowest price and quickest delivery).
rcdcomponents.com
RESISTORS CAPACITORS COILS DELAY LINES
A
N
C
E
(
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W
W
&
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p
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M
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1 (
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M
W
M
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7
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%
)
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1
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Tested within .032" [.8mm] of pcb surface
D
M I
E
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S
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N
S
n I
h c
m [
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C
D
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. ±
1 0
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± 2
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0 .
5 2
6 . [
] 3
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4 0
± 5
0 .
5 1
1 [
1 .
± 4
] 4 .
0 .
0 8
0 .
5 1
. 3 [
± 8
] 4 .
0 .
2 3
0 [
] 8 .
.
6 0
± 0
0 .
5 1
1 [
5 .
± 0
] 4 .
1 .
0 0
0 .
5 1
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± 7
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0 .
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1 [
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7 0
± 0
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1 [
7 .
± 8
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1 .
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0 .
5 1
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0 .
4 4
1 [
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5 0
± 0
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6 1
1 [
2 .
± 7
] 4 .
1 .
0 0
0 .
6 1
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± 8
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5 0
1 [
2 .
] 7
.
7 0
± 0
0 .
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1 [
7 .
± 8
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1 .
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1 0
[ 5
± 7
3 .
] 8
.
5 0
1 [
2 .
] 7
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8 0
± 5
0 .
6 1
2 [
1 .
± 6
] 4 .
1 .
0 6
. ±
2 0
6 [
9 .
±
] 5 .
0 .
3 6
1 [
] 6 .
.
0 1
± 2
0 .
8 2
2 [
6 .
±
] 7 .
2 .
0 0
. ±
2 0
. 6 [
± 9
] 5 .
0 .
3 6
1 [
] 6 .
.
0 1
± 2
0 .
8 2
2 [
6 .
±
] 7 .
2 .
0 5
1 0
2 [
5 .
± 4
2 .
] 5
0 .
5 2
6 . [
] 3
0 .
0 6
1 [
] 5 .
m
n i
0 .
0 8
±
0 .
2 1
3 [
2 .
±
] 3 .
0 .
5 2
6 . [
] 3
0 .
0 7
1 [
] 8 .
m
n i
1 .
0 5
±
0 .
2 1
4 [
0 .
±
] 3 .
0 .
2 3
0 [
] 8 .
1 .
0 0
2 [
] 5 .
m
n i
1 .
7 9
±
0 .
2 1
3 [
2 .
±
] 3 .
0 .
2 3
0 [
] 8 .
0 .
0 8
2 . [
] 0
m
n i
1 .
MWM2
- 1001 - F T
1R00=1
1000=100
1001=1K
1R0=1
100=10
101=100 , 102=1K.
Tel: 603
669
0054 Fax: 603
669
5455
Email:sales@rcdcomponents.com
-
-
-
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O
p
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5
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3
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p
p
m
2
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p
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1
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p
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5 ,
0
0
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M
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1 (
K
V
a
a v
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9
5
%
c
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e
5 -
° 5
C
o t
+
1
7
° 5
C
0
5 .
%
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5
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F
G
H
2 [
] 0 .
1 .
0 0
2 [
] 5 .
.
8 0
] 2 [
2 [
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1 .
5 2
3 [
] 2 .
.
2 1
] 3 [
4 [
] 0 .
1 .
7 5
4 [
] 0 .
.
0 2
] 5 [
2 [
] 5 .
1 .
5 2
3 [
] 2 .
.
4 1
3 [
] 6 .
4 [
] 0 .
.
8 1
4 [
5 .
] 7
.
0 2
] 5 [
4 [
] 0 .
1 .
5 7
4 [
] 5 .
.
0 4
1 [
] 0
5 [
] 0 .
2 .
0 0
5 [
] 0 .
.
0 6
1 [
] 5
6 [
] 4 .
2 .
0 5
6 [
] 4 .
.
0 6
1 [
] 5
2 [
] 0 .
1 .
0 0
2 [
] 5 .
.
8 0
] 2 [
3 [
] 8 .
1 .
5 2
3 [
] 2 .
1 .
0 2
] 3 [
5 [
] 0 .
1 .
7 5
4 [
] 0 .
1 .
7 5
] 4 [
0 5
3 [
] 8 .
1 .
5 2
3 [
] 2 .
.
2 1
[ 0
] 3 .
W