HM72E-12 Datasheet, PDF (1/2 Pages) Bi technologies – High Power High Performance Molded Surface Mount Inductors

Magnetics
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Make Possible
High Power High Performance^{Electrical / Environmental}
Molded Surface Mount Inductors
Model HM72E-12
Fea⁰tures and Benefits
Electrical / Environmental
HM72E-12
Operating Temperature Range -40°C to +155°C
High Power High Performance Molded
Temperature Rise, Maximum 40°C
Surface Mount Inductors
Operating Frequency Up to 5MHz
RoHS Compliant
• Operating & Storage Temperature
-40°C to +155°C
Specification @ 25°C ^{• Temperature Rise, Maximum}
• Operating Frequency
40°C
Up to 5MHz
Specification @ 25°C
Part Number
Inducta
µH±2
Inductance⁽¹⁾
Specif^Pi^ac^ra^{t N}ti^uo^mn^bs^er@ 25°C ^µH±20%
HM72E-12R68HLF
HM72E-121R0HLF
HM72E-^P1^a2^rt1^NR^um5H^beL^r F
HM72E_H-_M1₇2_2E2_-1R₂2_R6H₈L_HLF_F
HM72E^H-^M1⁷2^2E3^-1R²3^1RH⁰L^HLF^F
HM72E^H-^M1⁷2^2E1^-10²0^1RH⁵L^HF^LF
HM72E^H-^M1⁷2^2E2^-10²0^2RH²L^HF^LF
HM72E-123R3HLF
0.68
Ind1uc.t0a0nce⁽¹⁾
μ₁H_.±₅2₀0%
2₀.2_.60₈
3¹.^.3⁰⁰0
1¹0^.5.⁰0
2²0^.2.⁰0
3.30
Heating
Current⁽²⁾
(Adc)
HM72^IE^sa-^t(1³⁾2R68HL^DF^{CR (mΩ)}
HM72⁽E^Ad-^c1⁾21R0H^TyL^pF^{. Max.}
35
35
1.4
1.6
Heating₃₂
Cu(rArdecn)t⁽²₂⁾ ₇
HM_I7_sa2_t(3)E₃-₁121R5H₁L_.7DF_{CR (mΩ) 2.0}
HM⁽7^Ad2^c)E²-⁷122R2^TyH^p.2L^.5F
3_M._a0_x.
35 ²²
32 ₁₈
HM7³³⁵¹2E²²-⁴⁰123R3¹1^..H⁴7³⁵L^..57F
4₁._.2₆
62..80
27 ₁₀
22 ₅
18
HM7²⁷2E⁹-12100^2.H⁵¹⁶L^.4F
24 ₈
3.5_37.0
HM7202E-122005.H7 LF
17^3..⁰2
40^4..²5
6.8
0.6
1.0
1.5
2.2
3.3
10.
20.
HM72E-124R7HLF
4.70
13
15
9.3
11.2
HM72E-126R8HLF
6.80
11
11
13.1
14.0
Notes:_{HM72E-12100HLF}
10.0
10
9
16.4
17.2
(1) Inductance is measured at 100 kHz, 0.1Vac without DC current.
H₍M₂₎72E_T-_h1_e220_H0_eH_aL_tF_{ing Current is the}20._a0_{pproximate DC c}5_{urrent which cause}8_{s the componen}3_t7._t0_emperature 4_to0.5
Notes: ^Notes:
increase by 40°C. This current is determined by soldering the component on a typical application PCB,
(1) Inductance is m_ae_nas_dure_td_ha_et 1_n00_ak_pH_pz, _l0_y.1_iV_na_gc w_tit_hh_eout_cD_uC_rc_ru_err_nen_tt._{to the device for 30 minutes.}
(1) Inductance is measured at 100 ^{(P2C)BT,haendHetha(}eti³nng⁾apCpu^Tlryri^henngettihsseth^aceu^tra^urpe^{rpnartottxoiimo}th^{naetedcDevuCicrceurrfe}orer^nn3tt0wm(hIiinc^shuatce^tasu). ^{seissthtehcoempaopnepnrtotexmipmeraattuere tcouinrcrreeansetbya4t0°Cw. Thhiiscchurrtehnteis dinetderumcinteadnbycseoldweriinllg tbheecodmepocnreenat osneadtypbicyal application}
(2) The Heating Current is the a ^{(3) The saturation 2cu0rr% ent (tIsyatp) isctahel afprpormoximiattse ciunrrietniat alt(wzheicrhotheDinCd)uctvaancleuweil.l be decreased by 20% typical from its initial (zero DC) value.}
(4) The part₍t₄em₎ pe_Tra_htu_ere_p(a_am_rb_tien_tt_e+_mte_pm_epe_rr_aat_tu_ure_rr_eise₍)_ash_mou_bld_in_eo_nt _texc₊eed_te15_m5°_pC._{erature rise) should not exceed 155°C.}
increase by 40°C. This current
Outline Dimensions (mm)
and then applying the current t
(3) The saturation current (Isat) i
20% typical from its initial (zer
Outline Dimensions (mm)
(4) The part temperature (ambient
Top View
Side View
Bottom View
Recommended
PCB layout
General Note
TT ElectMronAicGs NresEeTrvIeCs tCheOrMighPtOtoNmEaNkeTcShanges in product specification without notice or liability.
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Outline Dimensions (mm)
Top View
S
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