Data Book Supplement
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
EMC
Components
RF Chokes
High Current
B82442-H
RF Chokes
SIMID 05 Series – High Current B82442-H
2 3.98 Siemens Matsushita Components
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
SIMID 05 (Siemens-Miniature-Inductors)
Rated inductance 1 to 10000 µH
Rated current 0,035 to 2,5 A
Construction
●Size as EIA standard: 2220
●Upright ferrite drum core
●Laser welded, encapsulation flame retardant
●Temperature index of copper wire enamel: 180°C
Features
●Very high rated current
●High
L
values
●Suitable for reflow (IR and vapor phase)
and wave soldering
Applications
●Filtering of supply voltages, coupling, decoupling
●DC/DC converters
●Automotive electronics
●Telecommunication
Terminals
●Tinned
●Base material CuSn6; 0,4 µm Cu; 1–2 µm Ag; 5–7 µm Sn
●No leaching during wave soldering
Marking
Marking on component:
Manufacturer, date code,
L
value and tolerance of
L
value (coded)
Minimum marking on reel:
Manufacturer, part number, ordering code,
L
value and tolerance of
L
value, quantity, date of packing
Delivery mode
Blister tape 12 mm, reel packing dia. 330 mm.
For details on taping, packing and packing units refer to data book
"EMC Components", page 433.
Siemens Matsushita Components 3.98 3
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
RF Chokes
SIMID 05 Series – High Current B82442-H
Dimensional drawing
Size as per EIA standard: 2220
Approx. weight 400 mg
PCB layout recommendation
1) Soldering area, tinned
Dimensions (mm)
ABCD
Wave/reflow soldering 4,5 2,0 4,0 8,0
RF Chokes
SIMID 05 Series – High Current B82442-H
4 3.98 Siemens Matsushita Components
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
Technical data and ordering codes
For further technical data see page 7.
L
R
µHToler-
ance
Q
min
f
L;
f
Q
MHz
I
R
A
R
max
Ω
f
res, min
MHz Ordering code1)
1,0 ±10 %
=
ˆ K 10 7,96 2,50 0,024 95 B82442-H1102-K
1,2 10 7,96 2,35 0,028 70 B82442-H1122-K
1,5 10 7,96 2,20 0,032 55 B82442-H1152-K
1,8 10 7,96 2,00 0,040 47 B82442-H1182-K
2,2 10 7,96 1,80 0,048 42 B82442-H1222-K
2,7 10 7,96 1,70 0,056 37 B82442-H1272-K
3,3 10 7,96 1,55 0,064 34 B82442-H1332-K
3,9 10 7,96 1,45 0,072 32 B82442-H1392-K
4,7 10 7,96 1,35 0,088 29 B82442-H1472-K
5,6 10 7,96 1,25 0,104 26 B82442-H1562-K
6,8 10 7,96 1,13 0,120 24 B82442-H1682-K
8,2 10 7,96 1,05 0,144 22 B82442-H1822-K
10 10 2,52 1,00 0,168 19 B82442-H1103-K
12 10 2,52 0,88 0,20 17 B82442-H1123-K
15 10 2,52 0,81 0,24 16 B82442-H1153-K
18 10 2,52 0,74 0,29 14 B82442-H1183-K
22 10 2,52 0,67 0,35 13 B82442-H1223-K
27 10 2,52 0,62 0,42 11,5 B82442-H1273-K
33 ±5 %
=
ˆ J
±10 %
=
ˆ K
10 2,52 0,56 0,50 10,5 B82442-H1333-+
39 10 2,52 0,52 0,58 9,5 B82442-H1393-+
47 10 2,52 0,48 0,68 8,5 B82442-H1473-+
56 10 2,52 0,43 0,80 7,8 B82442-H1563-+
68 10 2,52 0,40 0,96 7,0 B82442-H1683-+
82 10 2,52 0,38 1,12 6,4 B82442-H1823-+
1) Replace the + by the code letter for the required inductance tolerance.
Siemens Matsushita Components 3.98 5
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
RF Chokes
SIMID 05 Series – High Current B82442-H
100 ±5 %
=
ˆ J
±10 %
=
ˆ K
20 0,796 0,35 1,28 6,0 B82442-H1104-+
120 20 0,796 0,32 1,52 5,4 B82442-H1124-+
150 20 0,796 0,29 1,76 4,8 B82442-H1154-+
180 20 0,796 0,27 2,24 4,4 B82442-H1184-+
220 20 0,796 0,24 2,72 3,9 B82442-H1224-+
270 20 0,796 0,22 3,36 3,6 B82442-H1274-+
330 20 0,796 0,20 3,92 3,2 B82442-H1334-+
390 20 0,796 0,18 4,64 2,9 B82442-H1394-+
470 20 0,796 0,17 5,60 2,6 B82442-H1474-+
560 20 0,796 0,15 6,80 2,4 B82442-H1564-+
680 20 0,796 0,14 8,00 2,2 B82442-H1684-+
820 20 0,796 0,13 10,4 2,0 B82442-H1824-+
1000 30 0,252 0,120 12,0 1,8 B82442-H1105-+
1200 30 0,252 0,105 13,6 1,5 B82442-H1125-+
1500 30 0,252 0,100 16,0 1,4 B82442-H1155-+
1800 30 0,252 0,085 24,0 1,3 B82442-H1185-+
2200 30 0,252 0,075 28,0 1,2 B82442-H1225-+
2700 30 0,252 0,065 44,0 1,1 B82442-H1275-+
3300 30 0,252 0,055 48,0 1,0 B82442-H1335-+
3900 30 0,252 0,053 56,0 1,0 B82442-H1395-+
4700 30 0,252 0,050 62,4 0,9 B82442-H1475-+
5600 30 0,252 0,046 68,0 0,8 B82442-H1565-+
6800 30 0,252 0,042 88,0 0,7 B82442-H1685-+
8200 30 0,252 0,039 100 0,6 B82442-H1825-+
10000 30 0,0796 0,035 120 0,5 B82442-H1106-+
Technical data and ordering codes
For further technical data see page 7.
L
R
µHToler-
ance
Q
min
f
L;
f
Q
MHz
I
R
A
R
max
Ω
f
res, min
MHz Ordering code1)
1) Replace the + by the code letter for the required inductance tolerance.
RF Chokes
SIMID 05 Series – High Current B82442-H
6 3.98 Siemens Matsushita Components
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
Impedance |
Z
|
versus frequency
f
measured with impedance analyzer
HP 4194A/HP 4191A
Inductance
L
versus dc load
I
DC
measured with LCR meter
HP 4275A
Q
factor
versus frequency
f
measured with impedance analyzer
HP 4194A
Current derating
I
op/
I
R
versus ambient
temperature
T
A
(Rated temperature
T
R = 85°C)
Siemens Matsushita Components 3.98 7
FRAME4/home/SMC-Allg/Datenblaetter/KO-dt-eng/DA-B82442H-e_2-98
RF Chokes
SIMID 05 Series – High Current B82442-H
General technical data
Published by Siemens Matsushita Components GmbH & Co. KG
Marketing Kommunikation, Postfach 80 17 09, D-81617 München
Siemens Matsushita Components 1998. All Rights Reserved.
As far as patents or other rights of third parties are concerned, liability is only assumed for components
per se, not for applications, processes and circuits implemented within components or assemblies.
The information describes the type of component and shall not be considered as assured
characteristics.
Terms of delivery and rights to change design reserved.
This brochure replaces the previous edition.
For questions on technology, prices and delivery please contact the Sales Offices of Siemens AG,
Passive Components and Electron Tubes Group, in the Federal Republic of Germany or the inter-
national Siemens Companies and Representatives.
Due to technical requirements components may contain dangerous substances. For information on
the type in question please also contact one of our Sales Offices.
Rated inductance
L
RMeasured at frequency
f
L,
with impedance analyzer HP 4194A
Q
factor
Q
min Measured at frequency
f
Q,
with impedance analyzer HP 4194A
Rated current
I
NMaximum permissible dc with
an inductance decrease of ∆
L
/
L
0 ≤ 10 %
and/or temperature increase of ≤ 40 K
at rated temperature
T
R = 85°C
(see derating curves)
Self resonance frequency
f
res, min Measured with network analyzer
HP 8753D
DC resistance
R
max Measured at 20°C ambient temperature,
Measuring current <
I
R
Climatic category In accordance with IEC 68-1
55/125/56 (– 55°C/+ 125°C/56 days damp heat test)
Solderability (215 ± 3)°C, (3 ± 0,3) s
Wetting of soldering area: ≥ 90 %
Resistance to soldering heat In accordance with IEC 68-2-20, test Tb
260°C, 10 s
Permissible PCB bending 2 mm (100 mm long standard PCB)
