Datasheet B82442-H Datasheet (EPCOS)

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SIMID 2220-H

High-current version
Size 2220 (EIA) or 5650 (IEC)
Rated inductance 1 to 10000 µH
Rated current 35 to 2500 mA

Construction

■ Upright ferrite drum core

■ Laser-welded winding

■ Flame-retardant encapsulation

Features

■ Very high current handling capability

■ 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

■ Telecommunications

Terminals

■ Tinned

■ 0,4 µm Cu; 1–2 µm Ag; 5–7 µm Sn

■ Base material CuSn6

■ No leaching during wave soldering

B82442-HSMT Inductors, SIMID Series

Marking

Marking on component:
Manufacturer,

L

value (in nH) and tolerance ofL value (coded),

date of manufacture (coded)
Minimum data on reel:

Manufacturer, part number, ordering code,

L

value and tolerance ofL value,

quantity, date of packing

Delivery mode

12-mm blister tape, wound on 330-mm ∅ reel
For details on taping, packing and packing units see page 153

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SIMID 2220-H

General technical data

B82442-HSMT Inductors, SIMID Series

Rated inductance

Q factor

Q

Rated current

min

L

R

Measured with impedance analyzer HP 4194A
at frequency

f

L

Measured with impedance analyzer HP 4194A
at frequency

I

R

Maximum permissible dc with
inductance decrease ∆L/

f

Q

L

≤ 10 %

0

and temperature increase of ≤ 40 K

at rated temperature of 85°C
Self-resonance frequency
DC resistance

R

max

f

res, min

Measured with network analyzer HP 8753

Measured at 20°C ambient temperature,

measuring current <

I

R

Climatic category In accordance with IEC 60068-1

55/125/56 (– 55°C/+ 125°C/56 days damp heat test)
Solderability In accordance with IEC 60062-2-58

(215 ± 3)°C, (3 ± 0,3) s

Wetting of soldering area: ≥ 90 %
Resistance to soldering heat In accordance with IEC 60068-2-20

260°C, 10 s

∆L/L≤ ± 3%
Permissible PCB bending 2 mm (100 mm long standard PCB)
Weight Approx. 400 mg

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SIMID 2220-H

Dimensional drawing

1)

0,7±0,2

1)

3,5±0,1

5+0,3

0,15 max.

B82442-HSMT Inductors, SIMID Series

1)

0,7 min.

5,6+0,3

Marking

Marking

5+0,3

SSB1261-E

Layout recommendation

A

CB

B

D

SSB1227-Z

Dimensions (mm)

ABCD

Wave/reflow soldering 4,5 2,0 4,0 8,0

1) Soldering area, tinned

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B82442-HSMT Inductors, SIMID Series

SIMID 2220-H

Characteristics and ordering codes

L

µH

R

Toler­ance

Q

min

f

;

L

MHz

f

I

Q

R

mA

R

max

Ω

f

res, min

MHz

Ordering code

1)

1,0 ± 10 % K10 7,96 2500 0,024 95 B82442-H1102-K
1,2 10 7,96 2350 0,028 70 B82442-H1122-K

^

1,5 10 7,96 2200 0,032 55 B82442-H1152-K
1,8 10 7,96 2000 0,040 47 B82442-H1182-K

2,2 10 7,96 1800 0,048 42 B82442-H1222-K
2,7 10 7,96 1700 0,056 37 B82442-H1272-K

3,3 10 7,96 1550 0,064 34 B82442-H1332-K
3,9 10 7,96 1450 0,072 32 B82442-H1392-K
4,7 10 7,96 1350 0,088 29 B82442-H1472-K

5,6 10 7,96 1250 0,104 26 B82442-H1562-K
6,8 10 7,96 1130 0,120 24 B82442-H1682-K
8,2 10 7,96 1050 0,144 22 B82442-H1822-K

10 10 2,52 1000 0,168 19 B82442-H1103-K
12 10 2,52 880 0,20 17 B82442-H1123-K
15 10 2,52 810 0,24 16 B82442-H1153-K

18 10 2,52 740 0,29 14 B82442-H1183-K
22 10 2,52 670 0,35 13 B82442-H1223-K
27 10 2,52 620 0,42 11,5 B82442-H1273-K

33 ± 5 %

^

39 10 2,52 520 0,58 9,5 B82442-H1393-+
47 10 2,52 480 0,68 8,5 B82442-H1473-+

56 10 2,52 430 0,80 7,8 B82442-H1563-+

J

± 10 %

^

K

10 2,52 560 0,50 10,5 B82442-H1333-+

68 10 2,52 400 0,96 7,0 B82442-H1683-+
82 10 2,52 380 1,12 6,4 B82442-H1823-+

100 20 0,796 350 1,28 6,0 B82442-H1104-+
120 20 0,796 320 1,52 5,4 B82442-H1124-+
150 20 0,796 290 1,76 4,8 B82442-H1154-+

180 20 0,796 270 2,24 4,4 B82442-H1184-+
220 20 0,796 240 2,72 3,9 B82442-H1224-+
270 20 0,796 220 3,36 3,6 B82442-H1274-+

1) Replace the + by the code letter for the required inductance tolerance (see table).

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B82442-HSMT Inductors, SIMID Series

SIMID 2220-H

Characteristics and ordering codes (continued)

L

R

µH

330 ± 5 %
390 20 0,796 180 4,64 2,9 B82442-H1394-+
470 20 0,796 170 5,60 2,6 B82442-H1474-+

560 20 0,796 150 6,80 2,4 B82442-H1564-+

Toler­ance

^

J

± 10 %

^

K

Q

min

f

;

L

MHz

f

I

Q

R

mA

R

max

Ω

f

res, min

MHz

Ordering code

20 0,796 200 3,92 3,2 B82442-H1334-+

1)

680 20 0,796 140 8,00 2,2 B82442-H1684-+
820 20 0,796 130 10,4 2,0 B82442-H1824-+

1000 30 0,252 120 12,0 1,8 B82442-H1105-+
1200 30 0,252 105 13,6 1,5 B82442-H1125-+
1500 30 0,252 100 16,0 1,4 B82442-H1155-+

1800 30 0,252 85 24,0 1,3 B82442-H1185-+
2200 30 0,252 75 28,0 1,2 B82442-H1225-+
2700 30 0,252 65 44,0 1,1 B82442-H1275-+

3300 30 0,252 55 48,0 1,0 B82442-H1335-+
3900 30 0,252 53 56,0 1,0 B82442-H1395-+
4700 30 0,252 50 62,4 0,9 B82442-H1475-+

5600 30 0,252 46 68,0 0,8 B82442-H1565-+
6800 30 0,252 42 88,0 0,7 B82442-H1685-+
8200 30 0,252 39 100 0,6 B82442-H1825-+

10000 30 0,0796 35 120 0,5 B82442-H1106-+

1) Replace the + by the code letter for the required inductance tolerance (see table).

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SIMID 2220-H

B82442-HSMT Inductors, SIMID Series

Impedance |Z|
versus frequency

f

measured with impedance analyzer
HP 4191A / HP 4194A

Q

factor versus frequency

f

measured with impedance analyzer
HP 4191A

80

Q

60

SSB1257-L

Inductance
versus dc load current

L

I

DC

measured with LCR meter
HP 4275A

Current derating

I

/

I

op

R

versus ambient temperature

1,2

I

Ι

op

B

I

Ι

R

R

1,0

0,8

T

A

SSB0893-E

40

20

0

10

1 µH

Hµ10
Hµ100
Hµ1000

15432

Hµ10000

10 10 10 10kHz

f

0,6

0,4

0,2

140 04/00

0

0

20 40 60 80 100 140C

T

A