KMP_2200RC_C03 Page 1 of 2
2200R Series
Radial Lead Inductors
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www.murata-ps.com/support
For full details go to
www.murata-ps.com/rohs
RoH
complian
R
i
l f
rm
U
to 1.62A
D
10
H to 68m
L
w D
r
i
t
n
n
ature s
z
P
B mountin
MIL-I-23053
5 class I sleevin
Full
tinned lead
Supplied in bags of 10
ompatible with RoH
soldering system
Backward com
atible with
n
P
olderin
system
ustom
arts availabl
DE
RIPTI
The 2200R
eries is a
eneral purpose ran
e
o
inductors suitable
or low to medium current
a
lications. Their small
oot
rint makes them
ideal
or hi
h density applications where a chip
n
uctor w
not co
e w
t
t
e
ower re
u
rement
SELECTION GUIDE
Order Code
Inductance,
(1kHz, 0.1VAC)DC Current1DC Resistance Q at f kHz SRF
±10% Max. Max. Nom. Nom.
μH A Ω Q f MHz
22R103C 10.0 1.62 0.05 65 1000 21.2
22R153C 15.0 1.35 0.07 60 500 19.4
22R223C 22.0 1.08 0.09 50 500 17.0
22R333C 33.0 0.90 0.14 50 500 11.4
22R473C 47.0 0.77 0.22 50 500 10.9
22R683C 68.0 0.77 0.28 90 100 8.7
22R104C 100.0 0.67 0.39 90 100 7.0
22R154C 150.0 0.52 0.54 90 100 5.7
22R224C 220.0 0.43 0.83 100 100 4.4
22R334C 330.0 0.38 1.21 100 100 3.7
22R474C 470.0 0.31 1.65 110 100 3.2
22R684C 680.0 0.25 2.64 120 100 2.5
22R105C 1.0mH 0.17 3.63 120 100 2.1
22R155C 1.5mH 0.13 6.49 130 100 1.9
22R225C 2.2mH 0.11 8.58 90 50 1.7
22R335C 3.3mH 0.10 11.0 140 150 1.2
22R475C 4.7mH 0.081 15.0 150 150 0.95
22R685C 6.8mH 0.072 22.0 145 150 0.85
22R106C 10.0mH 0.063 37.4 155 150 0.62
22R156C 15.0mH 0.054 51.7 140 150 0.51
22R226C 22.0mH 0.045 82.5 100 50 0.34
22R336C 33.0mH 0.036 118.8 95 50 0.28
22R476C 47.0mH 0.027 169.4 90 50 0.25
22R686C 68.0mH 0.018 242.0 70 50 0.20
TYPICAL CORE/WIRE CHARACTERISTICS
Inductance Temperature
Coefficient
Resistance Temperature
Coefficient
Curie Temperature
(TC)
Saturation Flux
(BSAT)
350ppm 3900ppm 190°C 325mT
ABSOLUTE MAXIMUM RATINGS
Operating free air temperature range -25°C to 70°C
Storage temperature range -40°C to 125°C
SOLDERING INFORMATION2
Peak wave solder temperature 300˚C for 10 seconds
Pin finish Hot dipped tin
All specifications typical at TA=25°C
1 Maximum DC current occurs when either the inductance falls to 90% of its nominal value or when its temperature rise reaches 30°C,
whichever is sooner.
2 For further information, please visit www.murata-ps.com/rohs