Induttori a Filo in Chip | Wire Wound Chip Inductors

Induttori a Filo in Chip | Wire Wound Chip Inductors
FEATURES
Material: ceramic
Tolerance:
YCWI - J (±5%)
2FWI - K (±10%); M (±20%)
Testing conditions: coil temperature rises by 20°C
Materiale: ceramica
Tolleranza:
YCWI - J (±5%)
2FWI - K (±10%); M (±20%)
Condizione di test: aumento di 20°C della temperatura
L DCR DCI
(nH) (Ω) (mA)
Codice
Adimpex
Serie YCWI
serie: YCWI1008
Serie 2FWI
serie: 2FWI322522
L DCR DCI
(nH) (Ω) (mA)
Codice
Adimpex
L DCR DCI
(nH) (Ω) (mA)
FIW20+22
2.2 0.06 800
FIW20,15
15
0.08 600
FIW20-10
100 0.43 500
FIW20+27
2.7 0.08 800
FIW20,18
18
0.08 600
FIW20-12
120 0.48 500
FIW20+33
3.3 0.08 800
FIW20,22
22
0.10 600
FIW20-15
150 0.56 400
FIW20+39
3.9 0.06 600
FIW20,27
27
0.12 600
FIW20-18
180 0.78 400
FIW20+47
4.7 0.06 600
FIW20,33
33
0.15 500
FIW20-22
220 1.00 400
FIW20+56
5.6 0.08 600
FIW20,39
39
0.18 500
FIW20-27
270 1.46 350
FIW20+68
6.8 0.06 600
FIW20,47
47
0.15 500
FIW20-33
330 1.65 300
FIW20+82
8.2 0.06 600
FIW20,56
56
0.25 500
FIW20-39
390 2.20 210
FIW20,10
10
0.08 600
FIW20,68
68
0.27 500
FIW20,12
12
0.08 600
FIW20,82
82
0.32 500
AN
TE
PR
serie: YCWI0805
Codice
Adimpex
IM
Serie YCWI
A
CARATTERISTICHE
Codice
Adimpex
L DCR DCI
(nH) (Ω) (mA)
Codice
Adimpex
L DCR DCI
(nH) (Ω) (mA)
Codice
Adimpex
L DCR DCI
(nH) (Ω) (mA)
FIW22+33
3.3 0.06 1000
FIW22,39
39
0.10 1000
FIW22-27
270 0.75 600
FIW22+68
6.8 0.06 1000
FIW22,47
47
0.10 1000
FIW22-33
330 0.90 500
FIW22+82
8.2 0.06 1000
FIW22,56
56
0.12 1000
FIW22-39
390 1.06 470
FIW22,10
10
0.08 1000
FIW22,68
68
0.15 1000
FIW22-47
470 1.17 420
FIW22,12
12
0.08 1000
FIW22,82
82
0.18 1000
FIW22-56
560 1.50 310
FIW22,15
15
0.08 1000
FIW22-10
100 0.18 1000
FIW22-68
680 2.06 230
FIW22,18
18
0.10 1000
FIW22-12
120 0.20 800
FIW22-82
820 2.30 180
FIW22,22
22
0.10 1000
FIW22-15
150 0.22 800
FIW22.10
1000 3.30 120
FIW22,27
27
0.10 1000
FIW22-18
180 0.33 800
FIW22,33
33
0.10 1000
FIW22-22
220 0.45 800
Codice
Adimpex
L DCR DCI
(µH) (Ω) (mA)
Codice
Adimpex
L DCR DCI
(µH) (Ω) (mA)
Codice
Adimpex
L DCR DCI
(µH) (Ω) (mA)
FIW30-12
0.12 0.22 450
FIW30.12
1.2 0.75 390
FIW30012
12
2.50 140
FIW30-15
0.15 0.25 450
FIW30.15
1.5 0.85 370
FIW30015
15
2.80 130
FIW30-18
0.18 0.28 450
FIW30.18
1.8 0.90 350
FIW30018
18
3.30 120
FIW30-22
0.22 0.32 450
FIW30.22
2.2 1.00 320
FIW30022
22
3.70 110
FIW30-27
0.27 0.36 450
FIW30.27
2.7 1.10 290
FIW30027
27
5.00
80
FIW30-33
0.33 0.40 450
FIW30.33
3.3 1.20 260
FIW30033
33
5.60
70
FIW30-39
0.39 0.45 450
FIW30.39
3.9 1.30 250
FIW30039
39
6.40
65
FIW30-47
0.47 0.50 450
FIW30.47
4.7 1.50 220
FIW30047
47
7.00
60
FIW30-56
0.56 0.55 450
FIW30.56
5.6 1.60 200
FIW30056
56
8.00
55
FIW30-68
0.68 0.60 450
FIW30.68
6.8 1.80 180
FIW30068
68
9.00
50
FIW30-82
0.82 0.65 450
FIW30.82
8.2 2.00 170
FIW30082
82
10.0
45
FIW30.10
1.0 0.70 400
FIW30010
10
FIW30110
100 10.0
40
2.10 150
Induttori in SMD | SMD Type Inductors
CARATTERISTICHE
FEATURES
Tolerance: K (±10%); M (±20%)
DCI max.: value when the inductance decreases of 10%
Tolleranza: K (±10%); M (±20%)
DCI max.: valore per cui si ha una riduzione del 10% dell'induttanza
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
FJ010-15 0.15 0.021 4.40
FJ010.47
4.7 0.247 0.90
FJ010068 68
4.06 0.21
FJ010-27 0.27 0.022 4.00
FJ010.56
5.6 0.359 0.78
FJ010082 82
4.58 0.20
FJ010-39 0.39 0.033 3.10
FJ010.68
6.8 0.392 0.75
FJ010110 100 6.88 0.18
FJ010-56 0.56 0.050 2.90
FJ010.82
8.2 0.450 0.70
FJ010112 120 7.47 0.16
FJ010-82 0.82 0.053 2.60
FJ010010 10 0.509 0.65
FJ010115 150 8.32 0.14
FJ010.10 1.00 0.063 2.30
FJ010012 12 0.674 0.61
FJ010118 180 13.16 0.12
FJ010.12 1.20 0.092 2.10
FJ010015 15 0.760 0.55
FJ010122 220 14.4 0.10
FJ010.15 1.50 0.100 1.70
FJ010018 18 0.978 0.45
FJ010127 270 15.0 0.08
FJ010.18 1.80 0.110 1.50
FJ010022 22
1.00 0.43
FJ010133 330 18.9 0.06
FJ010.22 2.20 0.124 1.30
FJ010027 27
1.24 0.38
FJ010139 390 20.4 0.06
FJ010.24 2.40 0.130 1.30
FJ010033 33
1.94 0.35
FJ010147 470 27.5 0.06
FJ010.27 2.70 0.132 1.20
FJ010039 39
2.00 0.33
FJ010156 560 29.8 0.05
FJ010.33 3.30 0.167 1.15
FJ010047 47
3.20 0.30
FJ010168 680 40.0 0.04
FJ010.39 3.90 0.222 1.00
FJ010056 56
3.64 0.25
AN
TE
PR
IM
A
Serie YCDH32T
Serie YCDH45T
Serie YCDH57T
DCR DCI
Codice
L
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
Codice
L
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
Codice
L
(Ω) (A)
Adimpex (µH)
max. max.
FJ012.10
1.0 0.08 1.08
FJ012018 18
0.56 0.48
FJ012127 270 6.55 0.105
FJ012.15
1.5 0.09 1.00
FJ012022 22
0.64 0.42
FJ012133 330 7.75 0.100
FJ012.18
1.8 0.10 0.96
FJ012027 27
0.75 0.37
FJ012139 390 8.06 0.095
FJ012.22
2.2 0.11 0.90
FJ012033 33
0.86 0.31
FJ012147 470 12.5 0.090
FJ012.27
2.7 0.12 0.87
FJ012039 39
1.18 0.30
FJ012156 560 13.0 0.070
FJ012.33
3.3 0.13 0.80
FJ012047 47
1.37 0.28
FJ012168 680 14.6 0.065
FJ012.39
3.9 0.15 0.78
FJ012056 56
1.56 0.25
FJ012182 820 16.8 0.060
FJ012.47
4.7 0.20 0.75
FJ012068 68
1.92 0.22
FJ012210 1000 26.4 0.050
FJ012.56
5.6 0.23 0.73
FJ012082 82
2.08 0.20
FJ012212 1200 48.0 0.045
FJ012.68
6.8 0.25 0.72
FJ012110 100 2.96 0.19
FJ012215 1500 52.2 0.040
FJ012.82
8.2 0.27 0.68
FJ012112 120 3.20 0.17
FJ012218 1800 58.8 0.035
FJ012010 10
0.35 0.65
FJ012115 150 3.72 0.13
FJ012222 2200 65.0 0.030
FJ012012 12
0.47 0.62
FJ012118 180 5.16 0.12
FJ012015 15
0.54 0.57
FJ012122 220 5.90 0.11
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
FJ014-12
0.12
0.0098
6.00
FJ014110
100
1.300
0.56
FJ014-27
0.27
0.014
5.30
FJ014115
150
2.060
0.42
FJ014-47
0.47
0.018
4.80
FJ014122
220
2.920
0.32
FJ014.10
1.00
0.027
4.00
FJ014133
330
6.160
0.27
FJ014.15
1.50
0.031
3.70
FJ014147
470
6.170
0.24
FJ014.22
2.20
0.041
3.20
FJ014156
560
7.500
0.21
FJ014.33
3.30
0.050
2.90
FJ014168
680
8.500
0.19
FJ014.47
4.70
0.065
2.70
FJ014182
820
11.00
0.17
FJ014.68
6.80
0.102
2.00
FJ014210
1000
14.97
0.15
FJ014010
10.0
0.169
1.70
FJ014215
1500
20.00
0.07
FJ014015
15.0
0.232
1.40
FJ014218
1800
28.50
0.12
FJ014022
22.0
0.319
1.20
FJ014222
2200
30.21
0.10
FJ014033
33.0
0.458
0.90
FJ014247
4700
65.96
0.07
FJ014047
47.0
0.695
0.80
FJ014250
5000
65.00
0.065
FJ014068
68.0
0.932
0.64
FJ014310
10000
155.0
0.05
Induttori di Potenza in SMD | SMD Type Inductor (Power Choke)
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
FJ024010
10
0.10
1.44
FJ024068
68
0.46
0.61
FJ024012
12
0.12
1.40
FJ024082
82
0.60
0.58
FJ024015
15
0.14
1.30
FJ024110
100
0.70
0.52
FJ024018
18
0.15
1.23
FJ024112
120
0.93
0.48
FJ024022
22
0.18
1.11
FJ024115
150
1.10
0.40
FJ024027
27
0.20
0.97
FJ024118
180
1.38
0.38
FJ024033
33
0.23
0.88
FJ024122
220
1.57
0.35
FJ024039
39
0.32
0.80
FJ024127
270
1.60
0.30
FJ024047
47
0.37
0.72
FJ024133
330
2.00
0.25
FJ024056
56
0.42
0.68
FJ024147
470
3.00
0.25
A
serie: YC54T
Codice
Adimpex
IM
Serie YC54T
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
10%
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
serie: YC75T
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
FJ026.15
1.5
0.015
5.00
FJ026056
56
0.24
0.94
FJ026.56
5.6
0.025
3.00
FJ026068
68
0.28
0.85
FJ026.82
8.2
0.036
2.80
FJ026082
82
0.37
0.78
FJ026010
10
0.070
2.30
FJ026110
100
0.43
0.72
FJ026012
12
0.080
2.00
FJ026112
120
0.47
0.66
FJ026015
15
0.090
1.80
FJ026115
150
0.64
0.58
FJ026018
18
0.100
1.60
FJ026118
180
0.71
0.51
FJ026022
22
0.110
1.50
FJ026122
220
0.96
0.49
FJ026027
27
0.120
1.30
FJ026127
270
1.11
0.42
FJ026033
33
0.130
1.20
FJ026133
330
1.26
0.40
FJ026039
39
0.160
1.10
FJ026139
390
1.77
0.36
FJ026047
47
0.180
1.10
FJ026147
470
1.96
0.34
AN
TE
PR
Serie YC75T
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
10%
Serie YC105T
serie: YC105T
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
Codice
Adimpex
FJ028.33
3.3
0.018
5.00
FJ028068
FJ028.39
3.9
0.020
4.00
FJ028.56
5.6
0.025
3.30
FJ028.68
6.8
0.035
FJ028.82
8.2
FJ028010
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
68
0.22
1.11
FJ028082
82
0.25
1.00
FJ028110
100
0.35
0.97
3.00
FJ028112
120
0.40
0.89
0.028
2.80
FJ028115
150
0.47
0.78
10
0.060
2.60
FJ028118
180
0.63
0.72
FJ028012
12
0.070
2.45
FJ028122
220
0.73
0.66
FJ028015
15
0.080
2.27
FJ028127
270
0.97
0.57
FJ028018
18
0.090
2.15
FJ028133
330
1.15
0.52
FJ028022
22
0.100
1.95
FJ028139
390
1.30
0.48
FJ028027
27
0.110
1.76
FJ028147
470
1.48
0.42
FJ028033
33
0.120
1.50
FJ028156
560
1.90
0.33
FJ028039
39
0.140
1.37
FJ028168
680
2.25
0.28
FJ028047
47
0.170
1.28
FJ028182
820
2.55
0.24
FJ028056
56
0.190
1.17
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
10%
Serie YC0804T
Codice
Adimpex
Irms
(A)
max.
Codice
Adimpex
L (µH) DCR (Ω)
±20%
max.
Irms
(A)
max.
1.0
0.009
6.80
FJ124033
33
0.100
2.10
FJ124.15
1.5
0.010
6.40
FJ124047
47
0.140
1.80
FJ124.22
2.2
0.012
6.10
FJ124056
56
0.162
1.70
FJ124.33
3.3
0.015
5.40
FJ124068
68
0.200
1.50
FJ124.47
4.7
0.018
4.80
FJ124110
100
0.280
1.30
FJ124.56
5.6
0.027
4.60
FJ124115
150
0.400
1.00
FJ124.68
6.8
0.027
4.40
FJ124122
220
0.610
0.80
FJ124010
10
0.038
3.90
FJ124133
330
1.020
0.60
FJ124015
15
0.049
3.10
FJ124147
470
1.270
0.50
FJ124022
22
0.085
2.70
FJ124168
680
2.020
0.40
FJ124027
27
0.100
2.10
FJ124210
1000
3.000
0.30
A
FJ124.10
IM
serie: YC0804T
L (µH) DCR (Ω)
±20%
max.
Irms: valore della corrente in corrispondenza di un aumento di temperatura di 40°C
Codice
Adimpex
L (µH) DCR (Ω) Irms (A)
±20%
max.
max.
serie: YC1206T
Codice
Adimpex
L (µH) DCR (Ω) Irms (A)
±20%
max.
max.
FJ128.10
1.0
0.009
8.60
FJ128056
56
0.120
2.40
FJ128.15
1.5
0.010
8.00
FJ128068
68
0.130
2.30
FJ128.22
2.2
0.014
7.10
FJ128082
82
0.200
2.00
FJ128.33
3.3
0.018
6.20
FJ128110
100
0.190
1.80
FJ128.47
4.7
0.019
5.80
FJ128115
150
0.250
1.50
FJ128.56
5.6
0.020
5.30
FJ128122
220
0.380
1.20
FJ128010
10
0.031
4.30
FJ128133
330
0.560
1.00
FJ128012
12
0.032
4.00
FJ128147
470
0.850
0.82
FJ128015
15
0.036
4.00
FJ128168
680
1.100
0.72
FJ128022
22
0.047
3.50
FJ128182
820
1.500
0.68
FJ128033
33
0.066
3.00
FJ128210
1000
1.800
0.56
FJ128047
47
0.086
2.60
AN
TE
PR
Serie YC1206T
Irms: valore della corrente in corrispondenza di un aumento di temperatura di 40°C
Serie YC0704RT
serie: YC0704RT
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
FJA35.10
1.0
0.020
2.80
FJA35047
47
0.221
0.75
FJA35.15
1.5
0.024
2.59
FJA35056
56
0.306
0.64
FJA35.22
2.2
0.028
2.38
FJA35068
68
0.345
0.60
FJA35.33
3.3
0.034
2.14
FJA35082
82
0.390
0.57
FJA35.47
4.7
0.039
1.96
FJA35110
100
0.432
0.50
FJA35.68
6.8
0.050
1.79
FJA35112
120
0.440
0.47
FJA35010
10
0.055
1.63
FJA35115
150
0.730
0.40
FJA35012
12
0.073
1.42
FJA35118
180
0.780
0.39
FJA35015
15
0.081
1.33
FJA35122
220
0.940
0.33
FJA35018
18
0.102
1.15
FJA35127
270
1.250
0.31
FJA35022
22
0.115
1.09
FJA35133
330
1.400
0.27
FJA35027
27
0.159
0.91
FJA35139
390
1.520
0.27
FJA35033
33
0.182
0.84
FJA35147
470
1.700
0.25
FJA35039
39
0.199
0.80
FJA35156
560
2.390
0.22
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
10%
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
Codice
Adimpex
L (µH) DCR(Ω) DCI (A)
±20%
max.
max.
FJA38010
10
0.061
1.84
FJA38112
120
0.66
0.52
FJA38012
12
0.063
1.71
FJA38115
150
0.88
0.46
FJA38015
15
0.081
1.47
FJA38118
180
0.98
0.42
FJA38018
18
0.091
1.31
FJA38122
220
1.17
0.36
FJA38022
22
0.110
1.23
FJA38127
270
1.64
0.34
FJA38027
27
0.150
1.12
FJA38133
330
1.86
0.32
FJA38033
33
0.170
0.96
FJA38139
390
2.85
0.29
FJA38039
39
0.230
0.91
FJA38147
470
3.01
0.26
FJA38047
47
0.260
0.88
FJA38156
560
3.62
0.23
FJA38056
56
0.350
0.75
FJA38168
680
4.63
0.22
FJA38068
68
0.380
0.69
FJA38182
820
5.20
0.20
FJA38082
82
0.450
0.61
FJA38210
1000
6.00
0.18
FJA38110
100
0.610
0.60
A
serie: YC74RT
Codice
Adimpex
IM
Serie YC74RT
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
20%
Serie YC127R
Codice
Adimpex
L (µH) DCR (Ω) DCI (A)
±20%
max.
max.
L (µH)
±20%
DCR
(Ω)
max.
DCI (A)
max.
FJA46.12
1.2
0.0700
9.80
FJA46082
82
0.12
1.95
FJA46.18
1.8
0.0115
8.00
FJA46110
100
0.15
1.70
AN
TE
PR
serie: YC127RT
Codice
Adimpex
FJA46.33
3.3
0.0135
7.50
FJA46112
120
0.17
1.60
FJA46.47
4.7
0.0158
6.80
FJA46115
150
0.19
1.42
FJA46010
10
0.0216
5.40
FJA46118
180
0.25
1.30
FJA46012
12
0.0243
4.90
FJA46122
220
0.35
1.16
FJA46015
15
0.0270
4.50
FJA46127
270
0.39
1.06
FJA46018
18
0.0392
3.90
FJA46133
330
0.48
0.95
FJA46022
22
0.0432
3.60
FJA46139
390
0.54
0.88
FJA46027
27
0.0459
3.40
FJA46147
470
0.79
0.79
FJA46033
33
0.0648
3.00
FJA46156
560
0.87
0.73
FJA46039
39
0.0729
2.75
FJA46168
680
1.00
0.67
FJA46047
47
0.0770
2.50
FJA46182
820
1.20
0.60
FJA46056
56
0.0970
2.35
FJA46210
1000
1.30
0.55
FJA46068
68
0.1000
2.10
DCI: valore della corrente in corrispondenza di una riduzione di induttanza pari al
25%
Serie YC129R
serie: YC129RT
L (µH) ±20%
DCR (Ω) max.
DCI (A) max. @ ∆L
FJA47.56
Codice Adimpex
5.6
0.014
6.0 @ 25%
FJA47010
10
0.022
5.7 @ 20%
FJA47015
15
0.040
5.5 @ 20%
FJA47018
18
0.060
5.0 @ 25%
FJA47022
22
0.068
5.0 @ 25%
FJA47033
33
0.080
5.0 @ 25%
FJA47047
47
0.080
3.0 @ 25%
FJA47068
68
0.120
3.0 @ 20%
FJA47110
100
0.180
3.0 @ 25%
FJA47115
150
0.180
2.0 @ 25%
FJA47122
220
0.330
2.0 @ 20%
FJA47133
330
0.430
1.7 @ 10%
FJA47147
470
0.560
1.3 @ 20%
FJA47168
680
0.800
1.0 @ 20%
FJA47210
1000
1.300
0.9 @ 30%
Induttori ad Anello di Ferrite | Ferrite Cores Bead Inductors
IM
A
Induttori ad anello di ferrite assiale e radiale
Impedenza
Z(Ω) min. @ 100MHz
L ± 0.3
FID00345
34
3
FID00350
65
5
FID00355
80
6
FID00360
110
8
FID00365
120
10
AN
TE
PR
Codice Adimpex
Impedenza
Z(Ω) min. @ 100MHz
Codice Adimpex
100
FID00440
Induttori di Blocco | Wide Band Chokes Coils
Induttori blocco
Impedenza Z(Ω)
Giri
Fig.
FID01150
Codice Adimpex
330 @ 120MHz
1.5
1
FID01200
465 @ 90MHz
2.0
2
FID01250
600 @ 60MHz
2.5
3
FID01300
750 @ 50MHz
3.0
4
Induttori Miniatura Assiali | Axial Fixed Miniature Inductors
CARATTERISTICHE
FEATURES
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
FH012-10 0.10 0.070 2720
FH012.27
2.7
0.33 1120
FH012068
68
4.07
270
FH012-12 0.12 0.080 2690
FH012.33
3.3
0.50 1060
FH012082
82
4.62
240
FH012-15 0.15 0.085 2640
FH012.39
3.9
0.59 1010
FH012110
100
4.98
240
FH012-18 0.18 0.090 2620
FH012.47
4.7
1.12
910
FH012112
120
5.45
230
FH012-22 0.22 0.103 2600
FH012.56
5.6
1.16
840
FH012115
150
5.83
220
FH012-27 0.27 0.110 2580
FH012.68
6.8
1.29
740
FH012118
180
8.46
200
FH012-33 0.33 0.120 2550
FH012.82
8.2
1.39
730
FH012122
220
9.23
180
FH012-39 0.39 0.130 2520
FH012010
10
1.56
670
FH012127
270
11.7
150
FH012-47 0.47 0.140 2330
FH012012
12
1.64
600
FH012133
330
13.2
140
FH012-56 0.56 0.150 2240
FH012015
15
1.85
560
FH012139
390
19.9
130
AN
TE
PR
IM
Serie CECNP
Core: ferrite
Coil material: polyurethane - enamelled copper wire
Lead wire: soldered plated copper wire
Coating: epoxy resin
Tollerance: ±10% (K), ±20% (M)
Color Code: 4 figure
DCI max.: value when the inductance decreases of 10%
A
Core: ferrite
Materiale: poliuretano - filo di rame stagnato
Terminali: rame stagnato
Rivestimento: resina epossidica
Tolleranza: ±10% (K), ±20% (M)
Marcatura: codice colori a 4 cifre
DCI max.: valore per cui si ha una riduzione del 10% dell'induttanza
FH012-68 0.68 0.170 2210
FH012018
18
1.94
520
FH012147
470
21.4
120
FH012-82 0.82 0.190 2000
FH012022
22
2.24
480
FH012156
560
22.8
110
FH012.10
1.00 0.220 1820
FH012027
27
2.39
410
FH012168
680
25.2
100
FH012.12
1.20 0.230 1810
FH012033
33
2.71
380
FH012182
820
28.4
90
FH012.15
1.50 0.250 1750
FH012039
39
3.00
360
FH012210 1000 31.3
80
FH012.18
1.80 0.270 1390
FH012047
47
3.30
330
FH012.22
2.20 0.300 1150
FH012056
56
3.85
320
± 20% (M) - 0.10 ≤ L ≤ 0.82
Tolleranza:
± 10% (K) - L ≥ 1.0
Serie CECLNP
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
L DCR DCI
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
FH014.10
1.0
0.18 3300
FH014018
18
0.80
850
FH014133
330
7.70
230
FH014.12
1.2
0.20 3140
FH014022
22
0.85
780
FH014139
390
10.5
200
FH014.15
1.5
0.22 2950
FH014027
27
0.95
700
FH014147
470
11.9
190
FH014.18
1.8
0.24 2820
FH014033
33
1.10
680
FH014156
560
13.3
170
FH014.22
2.2
0.27 2380
FH014039
39
1.90
620
FH014168
680
15.0
160
FH014.27
2.7
0.30 2260
FH014047
47
2.10
550
FH014182
820
20.0
150
FH014.33
3.3
0.34 2090
FH014056
56
2.30
530
FH014210 1000 21.0
120
FH014.39
3.9
0.36 1820
FH014068
68
2.50
490
FH014212 1200 32.0
100
FH014.47
4.7
0.38 1720
FH014082
82
2.70
450
FH014215 1500 45.0
87
FH014.56
5.6
0.40 1580
FH014110
100 3.40
390
FH014218 1800 50.0
84
FH014.68
6.8
0.45 1450
FH014112
120 4.70
360
FH014222 2200 54.0
82
FH014.82
8.2
0.50 1300
FH014115
150 5.00
350
FH014227 2700 61.0
75
FH014010
10
0.60 1170
FH014118
180 5.70
280
FH014233 3300 69.0
68
FH014012
12
0.65 1030
FH014122
220 6.20
250
FH014239 3900 74.0
62
FH014015
15
0.74
FH014127
270 7.10
240
FH014247 4700 126
50
Tolleranza:
± 20% (M) - ≤ L ≤
± 10% (K) - ≥
960
Induttori di Blocco Radiali | Radial Types Choke Coils
CARATTERISTICHE
FEATURES
Core: ferrite
Filo: rame smaltato
Terminali: rame stagnato
Rivestimento: guaina termorestringente
DCI max.: valore per cui si ha una riduzione del 10% dell'induttanza
DCR DCI
L
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
Codice
Adimpex
L
(µH)
FH057.10
1.0 0.013 5600
FH057039 39
0.21 800
FH057215 1500
5.2
110
FH057.12
1.2 0.015 4800
FH057047 47
0.25 750
FH057218 1800
6.8
100
FH057.15
1.5 0.016 4200
FH057056 56
0.33 700
FH057222 2200
7.9
90
FH057.18
1.8 0.018 3800
FH057068 68
0.41 620
FH057227 2700
9.8
80
FH057.22
2.2 0.020 3400
FH057082 82
0.46 580
FH057233 3300
12
70
FH057.27
2.7 0.024 3200
FH057110 100 0.38 400
FH057239 3900
15
65
FH057.33
3.3 0.026 3000
FH057112 120 0.43 380
FH057247 4700
17
55
FH057.39
3.9 0.030 2600
FH057115 150 0.55 330
FH057256 5600
22
52
FH057.47
4.7 0.036 2300
FH057118 180 0.63 310
FH057268 6800
25
48
FH057.56
5.6 0.041 2100
FH057122 220 0.73 280
FH057282 8200
29
44
FH057.68
6.8 0.048 1900
FH057127 270 0.88 260
FH057310 10000
33
40
FH057.82
8.2 0.060 1800
FH057133 330 1.10 220
FH057312 12000
44
36
FH057010 10 0.065 1700
FH057139 390 1.40 200
FH057315 15000
52
32
AN
TE
PR
FH057012 12 0.081 1500
FH057147 470 1.70 180
FH057318 18000
69
28
FH057015 15 0.097 1300
FH057156 560 2.00 170
FH057322 22000
80
26
FH057018 18 0.110 1200
FH057168 680 2.30 150
FH057327 27000
94
22
FH057022 22 0.130 1000
FH057182 820 2.60 140
FH057333 33000 138
20
FH057027 27 0.150 950
FH057210 1000 3.20 130
FH057339 39000 156
18
FH057033 33 0.160 880
FH057212 1200 4.20 120
FH057347 47000 178
16
Tolleranza:
Serie CW78
DCR DCI
(Ω) (mA)
max. max.
A
DCR DCI
L
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
IM
Serie CW57
Core: ferrite
Wire: polyurethane enameled copper wire
Lead wire: soldered copper wire
Tube: shrinkable tube
DCI max.: value when the inductance decreases of 10%
DCR DCI
L
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
± 20% (M) - 1.0 ≤ L ≤ 8.2
± 10% (K) - L ≥ 10
DCR DCI
L
Codice
(Ω) (mA)
Adimpex (µH)
max. max.
Codice
Adimpex
L
(µH)
DCR DCI
(Ω) (mA)
max. max.
FH078.12
1.2 0.010 7600
FH078056 56
0.19 1400
FH078222 2200 5.90 190
FH078.15
1.5 0.011 7500
FH078068 68
0.23 1200
FH078227 2700 6.70 180
FH078.22
2.2 0.012 7400
FH078082 82
0.26 1150
FH078233 3300 7.70 160
FH078.27
2.7 0.013 6400
FH078110 100 0.30 960
FH078239 3900 8.60 140
FH078.33
3.3 0.016 5800
FH078112 120 0.34 880
FH078247 4700 13.0 130
FH078.39
3.9 0.019 4700
FH078115 150 0.39 800
FH078256 5600 14.5 120
FH078.47
4.7 0.022 4600
FH078118 180 0.50 740
FH078268 6800 16.7 110
FH078.56
5.6 0.024 4200
FH078122 220 0.57 660
FH078282 8200 22.0 100
FH078.68
6.8 0.030 3800
FH078127 270 0.67 590
FH078310 10000 30.0
88
FH078.82
8.2 0.031 3600
FH078133 330 0.84 540
FH078312 12000 34.0
80
FH078010 10 0.042 3300
FH078139 390 0.94 500
FH078315 15000 40.0
72
FH078012 12 0.052 3000
FH078147 470 1.10 460
FH078318 18000 45.0
64
FH078015 15 0.061 2600
FH078156 560 1.30 400
FH078322 22000 61.0
56
FH078018 18 0.076 2400
FH078168 680 1.50 370
FH078327 27000 70.0
50
FH078022 22 0.083 2300
FH078182 820 1.90 340
FH078333 33000 95.0
45
FH078027 27 0.100 2000
FH078210 1000 2.20 300
FH078339 39000 107
40
FH078033 33 0.120 1800
FH078212 1200 3.10 260
FH078347 47000 120
35
FH078039 39 0.130 1600
FH078215 1500 3.50 240
FH078047 47 0.170 1500
FH078218 1800 3.90 220
Tolleranza:
± 20% (M) - 1.2 ≤ L ≤ 8.2
± 10% (K) - L ≥ 10
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
Codice
Adimpex
L
(µH)
DCR DCI
(Ω) (A)
max. max.
FI088.10
1.0 0.010 10.0
FI088112 120 0.30 0.84
FI088247 4700
9.00 0.14
FI088.15
1.5 0.012 8.50
FI088115 150 0.35 0.75
FI088253 5300
9.50 0.13
FI088.22
2.2 0.013 6.50
FI088118 180 0.39 0.69
FI088256 5600
10.0 0.12
FI088.33
3.3 0.016 5.50
FI088122 220 0.49 0.64
FI088268 6800
13.0 0.10
FI088.47
4.7 0.020 4.30
FI088127 270 0.59 0.57
FI088282 8200
15.0 0.095
FI088.68
6.8 0.023 3.70
FI088133 330 0.79 0.54
FI088310 10000 17.0 0.070
FI088.82
8.2 0.026 3.50
FI088139 390 0.87 0.48
FI088312 12000 19.0 0.060
FI088010 10 0.030 3.00
FI088147 470 0.95 0.46
FI088315 15000 28.0 0.050
FI088012 12 0.033 2.60
FI088156 560 1.20 0.41
FI088318 18000 31.0 0.045
FI088015 15 0.040 2.30
FI088168 680 1.60 0.38
FI088322 22000 36.0 0.030
A
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
IM
Serie CD2810
FI088182 820 1.80 0.35
FI088327 27000 42.0 0.027
FI088022 22 0.056 2.00
FI088210 1000 2.90 0.29
FI088330 30000 54.0 0.020
FI088027 27 0.077 1.70
FI088212 1200 2.50 0.28
FI088333 33000 56.0 0.015
FI088033 33 0.087 1.60
FI088215 1500 2.70 0.25
FI088339 39000 87.0 0.010
FI088039 39 0.098 1.50
FI088218 1800 3.20 0.23
FI088347 47000
100 0.008
FI088047 47 0.110 1.40
FI088222 2200 3.50 0.20
FI088356 56000
114 0.004
FI088056 56 0.130 1.30
FI088225 2500 4.00 0.18
FI088360 60000
125 0.004
FI088068 68 0.140 1.20
FI088227 2700 4.80 0.17
FI088368 68000
128 0.004
FI088082 82 0.190 1.10
FI088233 3300 5.40 0.16
FI088382 82000
180 0.003
FI088110 100 0.230 0.91
FI088239 3900 6.00 0.15
FI088410 100000 210 0.003
AN
TE
PR
FI088018 18 0.044 2.20
Tolleranza:
Serie CWCD
± 20% (M) - 1.0 ≤ L ≤ 8.2
± 10% (K) - L ≥ 10
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
Codice
Adimpex
FH100.10
1.0 0.010 10.0
FH100112 120 0.30 0.84
FH100247 4700 9.00 0.14
FH100.15
1.5 0.012 8.50
FH100115 150 0.35 0.75
FH100253 5300 9.50 0.13
FH100.22
2.2 0.013 6.50
FH100118 180 0.39 0.69
FH100256 5600 10.0 0.12
FH100.33
3.3 0.016 5.50
FH100122 220 0.49 0.64
FH100268 6800 13.0 0.10
FH100.47
4.7 0.020 4.30
FH100127 270 0.59 0.57
FH100282 8200 15.0 0.095
FH100.68
6.8 0.023 3.70
FH100133 330 0.79 0.54
FH100310 10000 17.0 0.070
FH100.82
8.2 0.026 3.50
FH100139 390 0.87 0.48
FH100312 12000 19.0 0.060
FH100010 10 0.030 3.00
FH100147 470 0.95 0.46
FH100315 15000 28.0 0.050
FH100012 12 0.033 2.60
FH100156 560 1.20 0.41
FH100318 18000 31.0 0.045
FH100015 15 0.040 2.30
FH100168 680 1.60 0.38
FH100322 22000 36.0 0.030
FH100018 18 0.044 2.20
FH100182 820 1.80 0.35
FH100327 27000 42.0 0.027
FH100022 22 0.056 2.00
FH100210 1000 2.90 0.29
FH100330 30000 54.0 0.020
FH100027 27 0.077 1.70
FH100212 1200 2.50 0.28
FH100333 33000 56.0 0.015
FH100033 33 0.087 1.60
FH100215 1500 2.70 0.25
FH100339 39000 87.0 0.010
FH100039 39 0.098 1.50
FH100218 1800 3.20 0.23
FH100347 47000 100 0.008
FH100047 47 0.110 1.40
FH100222 2200 3.50 0.20
FH100356 56000 114 0.004
FH100056 56 0.130 1.30
FH100225 2500 4.00 0.18
FH100360 60000 125 0.004
FH100068 68 0.140 1.20
FH100227 2700 4.80 0.17
FH100368 68000 128 0.004
FH100082 82 0.190 1.10
FH100233 3300 5.40 0.16
FH100382 82000 180 0.003
Tolleranza:
± 20% (M) - 1.0 ≤ L ≤ 8.2
± 10% (K) - L ≥ 10
L
(µH)
DCR DCI
(Ω) (A)
max. max.
DCR DCI
(Ω)
(A)
max. max.
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
Codice
Adimpex
FH148010 10 0.0247 5.70
FH148118 180 0.38 1.30
FH148233 3300 6.48 0.32
FH148012 12 0.0317 5.30
FH148122 220 0.44 1.20
FH148239 3900 7.32 0.30
FH148015 15 0.0367 4.90
FH148127 270 0.55 1.10
FH148247 4700 9.10 0.26
FH148018 18 0.0475 4.00
FH148133 330 0.68 1.00
FH148256 5600 11.4 0.25
FH148022 22 0.0536 3.80
FH148139 390 0.76 0.95
FH148268 6800 13.0 0.23
L
(µH)
DCR DCI
(Ω) (A)
max. max.
A
L
Codice
Adimpex (µH)
FH148027 27 0.0590 3.60
FH148147 470 0.94 0.88
FH148282 8200 17.0 0.21
FH148033 33 0.0800 3.20
FH148156 560 1.08 0.80
FH148310 10000 22.0 0.18
FH148039 39 0.0878 2.90
FH148168 680 1.32 0.72
FH148312 12000 26.0 0.17
FH148047 47
0.110 2.70
FH148182 820 1.50 0.66
FH148315 15000 31.0 0.15
FH148056 56
0.130 2.50
FH148210 1000 1.88 0.58
FH148318 18000 40.0 0.14
IM
Serie RCH108T
FH148068 68
0.140 2.20
FH148212 1200 2.32 0.54
FH148322 22000 46.0 0.12
FH148082 82
0.180 2.10
FH148215 1500 2.75 0.50
FH148327 27000 63.0 0.11
FH148110 100 0.200 1.80
FH148218 1800 3.60 0.44
FH148333 33000 73.0 0.10
FH148112 120 0.250 1.70
FH148222 2200 4.20 0.40
FH148115 150 0.330 1.50
FH148227 2700 5.27 0.37
Tolleranza: ± 10% (K)
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
L
Codice
(Ω) (A)
Adimpex (µH)
max. max.
Codice
Adimpex
FH150010 10 0.020 6.00
FH150118 180 0.30 1.40
FH150233 3300 4.50 0.34
FH150012 12 0.025 5.90
FH150122 220 0.35 1.30
FH150239 3900 5.60 0.30
FH150015 15 0.030 5.20
FH150127 270 0.40 1.20
FH150247 4700 6.40 0.28
FH150018 18 0.040 4.60
FH150133 330 0.51 1.00
FH150256 5600 7.90 0.26
FH150022 22 0.042 4.20
FH150139 390 0.60 0.96
FH150268 6800 9.80 0.23
FH150027 27 0.045 3.80
FH150147 470 0.70 0.88
FH150282 8200 11.0 0.21
FH150033 33 0.060 3.40
FH150156 560 0.81 0.80
FH150310 10000 14.0 0.19
FH150039 39 0.070 3.10
FH150168 680 1.00 0.74
FH150312 12000 18.0 0.18
FH150047 47 0.080 2.90
FH150182 820 1.20 0.70
FH150315 15000 21.0 0.15
FH150056 56 0.110 2.60
FH150210 1000 1.40 0.62
FH150318 18000 25.0 0.14
FH150068 68 0.130 2.30
FH150212 1200 1.80 0.56
FH150322 22000 35.0 0.13
FH150082 82 0.150 2.10
FH150215 1500 2.00 0.50
FH150327 27000 43.0 0.11
FH150110 100 0.180 1.80
FH150218 1800 2.70 0.45
FH150333 33000 49.0 0.10
FH150112 120 0.230 1.70
FH150222 2200 3.00 0.41
FH150115 150 0.250 1.50
FH150227 2700 3.60 0.38
AN
TE
PR
Serie RCH110T
L
(µH)
DCR DCI
(Ω) (A)
max. max.
Tolleranza: ± 10% (K)
Serie RCH855T
DCR DCI
Codice
L
(Ω) (A)
Adimpex (µH)
max. max.
DCR DCI
Codice
L
(Ω) (A)
Adimpex (µH)
max. max.
Codice
Adimpex
L
(µH)
DCR DCI
(Ω) (A)
max. max.
FH185.15
1.5 0.016 6.90
FH185139 39
0.16 1.40
FH185168 680
2.60 0.34
FH185.22
2.2 0.019 6.10
FH185147 47
0.19 1.30
FH185182 820
3.00 0.30
FH185.27
2.7 0.021 5.00
FH185156 56
0.23 1.20
FH185210 1000 4.00 0.27
FH185.33
3.3 0.024 4.80
FH185168 68
0.29 1.00
FH185212 1200 4.70 0.24
FH185.47
4.7 0.028 4.20
FH185182 82
0.35 0.96
FH185215 1500 6.50 0.22
FH185.56
5.6 0.032 3.80
FH185110 100 0.40 0.88
FH185218 1800 7.20 0.21
FH185.68
6.8 0.035 3.40
FH185112 120 0.50 0.80
FH185222 2200 8.60 0.18
FH185.82
8.2 0.041 3.10
FH185115 150 0.60 0.72
FH185227 2700 10.0 0.17
FH185010 10 0.050 2.70
FH185118 180 0.80 0.66
FH185233 3300 13.0 0.15
FH185012 12 0.055 2.60
FH185122 220 0.90 0.61
FH185239 3900 15.0 0.14
FH185015 15 0.072 2.30
FH185127 270 1.10 0.54
FH185247 4700 17.0 0.13
FH185018 18 0.080 2.10
FH185133 330 1.20 0.50
FH185256 5600 23.0 0.11
FH185022 22 0.100 1.90
FH185139 390 1.60 0.44
FH185268 6800 26.0 0.10
FH185027 27 0.120 1.70
FH185147 470 1.80 0.40
FH185282 8200 36.0 0.096
FH185033 33 0.140 1.60
FH185156 560 2.20 0.38
FH185310 10000 42.0 0.080
± 20% (M) - 1.5 ≤ L ≤ 8.2
Tolleranza:
± 10% (K) - L ≥ 10
Induttori Toroidali | Toroid Coils
L(µH) @1kHz
DCR (mΩ)
max.
DCI (mA)
max.
FI602.80
08 ± 50%
15
500
FI602010
10 ± 50%
15
500
FI602020
20 ± 35%
40
500
40 ± 35%
25
500
60 ± 35%
30
500
Codice Adimpex
FI602040
FI602060
FI602080
80 ± 35%
35
500
100 ± 35%
35
500
120 ± 35%
95
250
FI602115
150 ± 35%
110
250
FI602122
200 ± 25%
150
200
FI602110
Toroidi
IM
FI602112
serie: EMC421
A
Induttori toroidali in
ferrite
L(µH) @100kHz
DCI (A)
max.
A max.
(mm)
B max.
(mm)
FIT15010
10
5.0
16
8.0
FIT15022
22
4.0
16
8.0
FIT15047
47
3.5
16
8.0
AN
TE
PR
Codice Adimpex
serie: 5018
FIT15110
100
2.3
16
8.0
FIT15115
150
2.0
16
8.0
FIT15122
220
1.5
16
8.0
FIT15133
330
1.2
16
8.0
FIT15147
470
1.0
16
8.0
FIT15210
1000
0.8
16
8.5
L(µH) @100kHz
DCI (A)
max.
A max.
(mm)
B max.
(mm)
FIT18010
10
6.0
26.0
12.0
FIT18022
22
5.0
26.0
12.0
FIT18047
47
4.5
24.0
10.0
FIT18110
100
3.5
25.5
12.0
FIT18115
150
3.2
25.5
12.0
FIT18122
220
3.0
25.5
12.0
FIT18133
330
2.2
25.0
14.0
FIT18147
470
1.5
24.0
13.0
FIT18210
1000
1.2
24.5
13.5
Toroidi
Codice Adimpex
serie: 8018
Toroidi
Codice Adimpex
FH400550
serie: TR
L (µH)
DCR (mΩ) DCI (A) A max. B max. C
@1kHz ±20%
max.
max. (mm) (mm) (mm)
100
35
5.0
26.5
12.5
15±3
Bobine Toroidali Antidisturbo Verticali Compensate
Current Compensated Interference Suppression Chokes
Correnti nominali: 0.5 ÷ 8 A
Induttanza Nominale: 05 ÷ 39 mHr
Max. tensione di lavoro: Ur (vedere tabelle)
Tensione di test:
1.8 KV AC / 2sec. avvolgimento-avvolgimento;
1.5 KV AC per serie 6210;
2.0 KV AC / 2sec avvolgimento-ambiente
Frequenza di lavoro: DC fino a 400hz
Classe climatica: 25/100/21 secondo le IEC 60068-1
Infiammabilità: UL 94-V0
FEATURES
Nominal current: 0.5 ÷ 8 A
Nominal Inductance: 05 ÷ 39 mHr
Max. operating table: Ur (See table)
Test voltage:
1.8 KV AC / 2sec. wdg to wdg;
1.5 KV AC for 6210 series;
2.0 KV AC / 2sec wdg to ambient
Operating frequency: DC to 400hz
Climatic class: 25/100/21 as IEC 60068-1
Infiammability: UL 94-V0
A
CARATTERISTICHE
IM
Case tipo 10
Codice Adimpex
FC000030
FC000032
FC000034
fres.
(MHz)
approx
UR
(VAC)
2 x 500
2 x 240
2 x 50
0.3
0.4
0.4
1.2
1.6
4.5
250
250
250
fres.
(MHz)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
0.5
0.9
2
2 x 3.9
2x2
2 x 0.5
AN
TE
PR
serie: CCSP-6210
± 10 %
Ploss
(W)
IN (A)
Case tipo 14
Codice Adimpex
FC000048
FC000050
FC000052
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
approx
UR
(VAC)
0.63
1
2
2 x 10
2 x 3.9
2x1
2 x 570
2 x 250
2 x 65
0.4
0.5
0.5
0.5
1.2
2.5
440
440
440
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
fres.
(MHz)
approx
UR
(VAC)
1
2
4
2 x 22
2 x 5.6
2 x 1.5
2 x 500
2 x 140
2 x 36
1
1.1
1.2
0.3
0.6
1.5
440
440
440
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
fres.
(MHz)
approx
UR
(VAC)
1
2
6
2 x 33
2 x 6.8
2x2
2 x 700
2 x 150
2 x 24
1.4
1.2
1.8
0.3
0.5
1.2
440
440
440
serie: CCSP-6214
Case tipo 22
Codice Adimpex
FC000060
FC000062
FC000064
serie: CCSP-6222
Case tipo 33
Codice Adimpex
FC000066
FC000068
FC000070
serie: CCSP-6233
Bobine Toroidali Antidisturbo Orizzontali Compensate
Current Compensated Interference Suppression Chokes
Correnti nominali: 0.5 ÷ 4 A
Induttanza Nominale: 05 ÷ 39 mHr
Max. tensione di lavoro: Ur (vedere tabelle)
Tensione di test:
1.8 KV AC / 2sec. avvolgimento-avvolgimento;
2.0 KV AC / 2sec avvolgimento-ambiente
Frequenza di lavoro: DC fino a 400hz
Classe climatica: 25/100/21 secondo le IEC 60068-1
Infiammabilità: UL 94-V0
FEATURES
Nominal current: 0.5 ÷ 8 A
Nominal Inductance: 05 ÷ 39 mHr
Max. operating table: Ur (See table)
Test voltage:
1.8 KV AC / 2sec. wdg to wdg;
2.0 KV AC / 2sec wdg to ambient
Operating frequency: DC to 400hz
Climatic class: 25/100/21 as IEC 60068-1
Infiammability: UL 94-V0
A
CARATTERISTICHE
IM
Case tipo 15
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
fres.
(MHz)
approx
UR
(VAC)
FC000080
0.63
2 x 5.6
2 x 380
0.3
0.8
440
FC000082
FC000084
1
1.5
2 x 3.3
2x1
2 x 240
2 x 90
0.5
0.4
1.2
2.5
440
440
fres.
(MHz)
Codice Adimpex
serie: CCSP-6215
AN
TE
PR
Case tipo 18
Codice Adimpex
FC000066
FC000068
FC000070
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
approx
UR
(VAC)
0.5
1.5
4
2 x 39
2 x 3.3
2 x 07
2 x 120
2 x 110
2 x 18
0.6
0.5
0.6
0.1
1.2
2.5
440
440
440
serie: CCSP-6218
Case tipo 23
Codice Adimpex
FC000138
FC000140
FC000142
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
fres.
(MHz)
approx
UR
(VAC)
1
2
4
2 x 22
2 x 5.6
2 x 1.5
2 x 500
2 x 140
2 x 36
1
1.1
1.2
0.3
0.5
1.5
440
440
440
serie: CCSP-6223
Case tipo 28
Codice Adimpex
FC000144
FC000146
FC000148
serie: CCSP-6228
IN (A)
LN (mH)
RCu (mΩ)
@ θ 40°C
-30/+50 %
± 10 %
Ploss
(W)
fres.
(MHz)
approx
UR
(VAC)
1
2
4
2 x 27
2 x 6.8
2 x 2.7
2 x 400
2 x 120
2 x 48
0.8
1
1.5
0.1
0.3
0.5
440
440
440
Filtri EMI | EMI Filters
CARATTERISTICHE
FEATURES
Tensione di lavoro: 50V
Tensione di test: 200V DC per 1 minuto
Resistenza di isolamento: maggiore di 10MΩ
Temperatura di lavoro: -25°C ÷ 70°C
Serie RB42
A
Rated voltage: 50V
Test voltage: 200V DC for 1 minute
Insulation resistance: more than 10MΩ
Operating temperature: -25°C ÷ 70°C
Codice Adimpex
DCR (mΩ) max.
DCI (A) max.
10
24
2.30
FH511083
40
40
1.55
FH511086
60
52
1.50
FH511090
80
70
1.20
IM
FH511078
L (µH) @1kHz
Altri valori fornibili su richiesta
AN
TE
PR
serie: RB42
Altre Serie | Other Series
Toroidi 90°
L(µH) @100kHz
DCR (Ω)
max.
DCI (A)
max.
FH817010
900 ± 30%
0.85
0.7
FH817015
1600 ± 30%
1.70
0.5
Codice Adimpex
serie: R3134-RIC9
Bar coil
Bar coil
serie: CR8U
serie: CR6U
L DCR DCI
Codice
(µH) (mΩ) (A)
Adimpex
±15% max. max.
L DCR DCI
Codice
(µH) (mΩ) (A)
Adimpex
±20% max. max.
FH801464
FH810600 220
13
14
11
227
2.0

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