HM50_15 Datasheet, PDF (1/1 Pages) Bi technologies – Axially Leaded Miniature Power Inductors

Magnetics
Make Possible
Axially Leaded Miniature
Power Inductors
Model HM50
FeEalteucrteriscaaln/dEBnveinroenfimtsental
• Induct^Iaⁿn^dc^ue^cR^ta^anⁿg^ce^{e Range 3.9μH to}3.¹9µ⁸H^,0t⁰o⁰1^μ8^H,000µH
• Standa^Sr^td^aTⁿo^dle^ar^ra^dnc^Te^{olerance ±10%}
±10%
• Opera^Otin^pg^eT^re^am^tipⁿe^gra^Tt^eu^mre^pR^ea^rn^ag^te^{ure Rang}-^e55^-°⁵C⁵t^°o^C+^t1^o0⁺5¹Â°C^05°C
RoHS Compliant
HM50
Axially Leaded Miniature Power Inductors
R_Co^o_m^H_pli^S_ant
O_Ou_ut_tl_li_in_nee_DD_imi_em_nse_ion_ns_s i₍o_Inn_chs_/(_mIn_mc₎ h / mm)
Max.
Sp_Spe_ec_ci_if_fii_cc_aa_tit_oi_no_sn_@@_25°C25°C
Part
NuPmarbte^INr^{nodmucintINna}_μa^odn_Hl^muc₍^c_±1^ietn₁₎^aa₀^nl_%^c(_R^1e) _esiDs^R_tC^e_aΩ^s_nⁱ_M^Ds_c^tC_e^a_aⁿ_x.^ce
Rated
RatedIDC ⁽²⁾
IDC ⁽²⁾Amps
Numb^He^Mr^50-3R9KLµ^F H ±10%^3.9
HM50-4R7KLF
4.7
HM50-_H3_MR₅9₀K_-5L_RF_6KLF 3.9 _5.6
W Max^0..⁰¹⁹ Amps ^3.60
0.022
3.40
.019 _0.024 3.60 _3.20
HM50-^H4^MR⁵7⁰K^-6L^RF^8KLF 4.7 ^6.8
.022 ^0.026 3.40 ^3.10
HM50-^H5^MR⁵6⁰K^-8L^RF^2KLF 5.6 ^8.2
HM50-100KLF
10
HM50-_H6_MR₅8₀K_-1L₂F_0KLF 6.8 ₁₂
.024 ^0.028
0.033
.026 _0.037
3.20 ^3.00
2.80
3.10 _2.60
HM50-^H8^MR⁵2⁰K^-1L⁵F^0KLF 8.2 ¹⁵
.028 ^0.04 3.00 ^2.50
HM50-^H1^M00⁵⁰K^-L¹⁸F^0KLF 10 ¹⁸
HM50-220KLF
22
HM50-_H1_M20₅₀K_-L₂₇F_0KLF 12 ₂₇
.033 ^0.044
0.05
.037 _0.056
2.80 ^2.40
2.23
2.60 _2.10
HM50-^H1^M50⁵⁰K^-L³³F^0KLF 15 ³³
HM50-^HH1^MM80⁵⁵⁰⁰K^--L³⁴⁹⁷F^00KKLLFF 18
39
47
HM50-_H2_M20₅₀K_-L₅₆F_0KLF 22 ₅₆
.040 ^0.076
.044
0.094
0.109
.050 _0.14
2.50 ^1.81
2.40
1.63
1.51
2.23 _1.33
HM50-^H2^M70⁵⁰K^-L⁶⁸F^0KLF 27 ⁶⁸
HM50-^HH3^MM30⁵⁵⁰⁰K^--L⁸¹²⁰F^01KKLLFF 33
82
100
HM50-H3M9050K-L12F1KLF 39 120
.056 ^0.131
.076
0.152
0.208
.094 0.283
2.10 ^1.31
1.81
1.30
1.10
1.63 0.94
HM50-^H4^M70⁵⁰K^-L¹⁵F^1KLF 47 ¹⁵⁰
HM50-_HH5_MM60₅₅₀₀K_--L₂₁₂₈F_11KKLLFF 56
180
220
HM50-H6M8050K-L27F1KLF 68 270
.109 ^0.34
.140
0.362
0.43
.131 0.557
1.51 ^0.86
1.33
0.83
0.76
1.31 0.67
INCR
INCR IDC ⁽³⁾
IDC ⁽³⁾Amps
Amps ^7.30
6.30
7.30 _5.60
6.30 ^5.30
5.60 ^4.50
4.10
5.30 _3.60
4.50 ^3.30
4.10 ^3.00
2.70
3.60 _2.50
3.30 ^2.20
3.00
2.00
1.80
2.70 _1.70
2.50 ^1.50
2.20
1.40
1.20
2.00 1.10
1.80 ^1.00
1.70
0.95
0.86
1.50 0.77
Part
Part ^Number
Inductance
InduNcotmainncael ⁽¹⁾
NomμiHna±l10⁽¹%⁾
DC
ReDsiCstance
ResiΩstManaxc.e
Nu^Hm^Mb⁵e^0-r^331KLF µH ±1³0³%⁰
HM50-391KLF
HM_H5_M0-₅3₀3_-41₇K₁L_KF_LF
390
330₄₇₀
W M^0.a⁶⁶x⁵.
0.772
.66_1.5₁₅
HM^H5^M0-⁵3⁰9^-51⁶K¹L^KF^LF 390⁵⁶⁰
.77^1.2²⁷
HM^H5^M0-⁵4⁰7^-61⁸K¹L^KF^LF
HM50-821KLF
HM_H5_M0-₅5₀6_-11₀K₂L_KF_LF
470⁶⁸⁰
820
560₁₀₀₀
1.1^1.5⁶¹
1.96
1.2₂7_.3
HM^H5^M0-⁵6⁰8^-11²K²L^KF^LF 680¹²⁰⁰
1.6^2.1⁶⁵
HM^HH5^MM0-⁵⁵8⁰⁰2^--111⁵⁸K²²L^KKF^LLFF
HM_H5_M0-₅1₀0_-22₂K₂L_KF_LF
820^11580000
100₂0₂₀₀
1.9^34..6⁴⁰⁵³
2.3_4.0₄₈
HM^H5^M0-⁵1⁰2^-22⁷K²L^KF^LF
HM^HH5^MM0-⁵⁵1⁰⁰5^--332³⁹K²²L^KKF^LLFF
HM_H5_M0-₅1₀8_-42₇K₂L_KF_LF
120²0⁷⁰⁰
150³³0³⁹⁰⁰⁰⁰
180₄0₇₀₀
2.6⁵5^.4
3.4^68..5⁵⁶⁶³
4.0_9.3₆₆
HM^H5^M0-⁵2⁰2^-52⁶K²L^KF^LF
HM_HH5_MM0-₅₅2₀₀7_--862₂₈K₂₂L_KKF_LLFF
HMH5M0-5303-120K3LKFLF
220⁵0⁶⁰⁰
270₈₆0₂₈₀₀₀₀
330100000
4.4¹³8^.9
5.4₂₁₀₆0_..83
6.5266.4
HM^H5^M0-⁵3⁰9^-12²K³L^KF^LF
HM_HH5_MM0-₅₅4₀₀7_--112₈₅K₃₃L_KKF_LLFF
HM50-562KLF
390¹0²⁰⁰⁰
470₁₁0_85000000
5600
8.6²⁹3^.9
9.6₄₄₈₂6_..35
13.9
Rated
RatIeDdC ⁽²⁾
IDCA⁽m²⁾ps
Amp^0.s⁶¹
0.57
0.61_0.47
0.57^0.44
0.47^0.40
0.36
0.44_0.33
0.40^0.30
0.36^00..2275
0.33_0.23
0.30^0.21
0.27^00..2107
0.25_0.16
0.23^0.13
0.21_00..1112
0.200.10
0.17^0.09
0.16_00..0078
0.13
INCR
INCIRDC ⁽³⁾
IDC A⁽³m⁾ ps
Amp⁰s^.70
0.64
0.70_0.59
0.64^0.54
0.59^0.49
0.44
0.54_0.40
0.49^0.35
0.44^00..3239
0.40_0.27
0.35^0.24
0.33^00..2220
0.29_0.18
0.27^0.166
0.24_00..113561
0.220.125
0.20^0.114
0.18_00..009918
.166
HM50_N-_o8_t2_es0_:(K₁₎L_InF_ductance8_is2_{measured at 1kHz} ._w1_it5_h2_{out DC current}1_. .30
1.40
HM50-682KLF 6800
16.3
0.12
.151
HM50⁽₍²₃-1⁾₎ ^T_T0^h_h1^e_eK^r_in^aL_c^te_rF_e^d_m^D_e^C_n^c_ta^u_l^r1^r_c^e_u0ⁿ_rr^t0_e^is_nt^b₍^a_I^s_N^e_C^d_R^o_Iⁿ_{) i}^a_sⁿ_th^a_e^pp._a2_p^ro_p0^x_r8ⁱ_o^m_x^a_im^te_at²_e^0°_c^C_ur^t_r^e_e^m_n1_t^p._a^e1_t^ra0_w^tu_h^r_ic^e_h^ri_t^s_h^e_e^. _induc1_ta._n2_c0_{e will be decre}H_asM_ed5_b0_y-₅8_%2_f2_roK_mL_iF_{ts initial (}8_ze2_ro00_{DC) value due to s}2_at0_u._r8_ation.
0.11
.136
Packaging ^{HM50-121KLF 120}
HM50-151KLF 150
.283
.340
0.94
1.10
HM50-103KLF 10000
0.O86 rderi1n.00g InfoHrMm50-1a23tKiLoF n 12000
26.4
0.10
.125
29.9
0.09
.114
HM50-181KLF 180
.362
0.83
0.95
HM50-153KLF 15000
42.5
0.08
.098
HM50-221KLF 220
.430
0.76
0.86
HM50-1^H8^M3K⁵LF^{0 - 3}18³0⁰00 ^{K LF} 48.3
0.07
.091
HM50-271KLF 2^B7^o0^xes
.557
0._M67_{odel Series} 0.77
Lead-Free
Notes:
St₍₍₁₂a⁾⁾n_TId^nha^der^ud_{rcattaendceDCis}
measured at 1kHz without DC current.
current is based on an approximIndautect2a0n°cCe
Cteomdep:erature
rise.
Inductance Tolerance:
(3)
The
due
itnocsreamt_{Cueraanpttiaaolcnci.t}u_yrr₌en₂t ₇(I₀N₀CR_UI_n)_ii_ts_sthe
approFxirismt a2tedicguitrsreanret asitgwnihfiiccahnt.hLeaisntdduigctitandecenowteilsl
the number of trailing zeros. For values below
be
decreased
by
5%
from
its
initial
(zer_Jo₌D_±C₅) _%value
K = ±10%
Packaging
10μH_O, “_rR_d”_ede_rn_io_nte_gs t_Ih_ne _fde_oci_rm_mal _apo_tin_iot. _n
M = ±20%
General Note
HM50 - 330 K LF
TT Electronics reserves the right to make changes in product specification without notice or liability.
Stan^Ad^llaⁱⁿr^fod^rm:^aB^tioo^{n i}x^s e^sus^{bject to TT Electronics’ own data a}_M^nd _o^is _d^co_e^ns_l^id_S^ere_e^d_r^a_i^c_e^cu_s^{rate at time of going to print.}
www.t_Ltel_eec_atr_doni_Fcsm_reag_enetics.com
© TT Ele_Cct_aro_pn_aic_cs_itp_ylc_{= 2700 Units}
Inductance Code:
Inductance Tolerance:
First 2 digits are significant. Last digit denotes J = ±5%
Rev. 01