HM77_15 Datasheet, PDF (1/2 Pages) Bi technologies – Low Profile Surface Mount Inductors

Magnetics
Low Profile Surface
Mount Inductors
Model HM77
Features and Benefits
Oper_Ea_lt_ein_cg_trT_ice_am_l p_/ e_Er_na_vt_iu_rr_oe_nR_ma_en_ng_te_a-_l40°C to +130°C
Operating Frequency Up to 400kHz
RoHS Compliant
• Operating Temperature Range
• Ambient Temperature, Maximum
• Insulation System
• Temperature Rise, Maximum
• Operating Frequency
-40°C to +130°C
80°C
Class B, 130°C
50°C
Up to 400kHz
Schem_Scha_et_mi_ac_tic
Make Possible
HM77
Low Profile Surface Mount Inductors
R_Co^o_m^H_pli^S_ant
Speci_Sf_pi_ec_ca_ift_ici_ao_tin_ons_s
Part
Nu^Pm^arb^te^Nr^umber
OperatiOngpeVraatliunegsValues
L _DC
I _DC
ET_op
µH^{L (}D¹C⁾
μH ⁽¹⁾
Amps^I DC
Amps
V-µS ^{(2) ET}op
V-μS ⁽²⁾
Case
Size
CCoonnttrroollVVaaluluees⁽s^{3) (3)}
Case
Size
L w/o DC _{L w/o DC} DC _DC
µH
L
±
o
20%μH
L
±
o_20%^Rme_W^{si,sNtaonmRmcee.}_{Ωsi,sNtaonmce.}
DC _DC
Resista_Rn_ec_sie_stance
mW MmaxΩ., Max.
H_HM_M7₇7₇-_-1₁0₀0₀0₀1₁L_LF_F
HHH_HHMMM_MM777₇₇777₇₇---_--234₂₃000₀₀000₀₀000₀₀112₁₁LLL_LLFFF_FF
HHMM77--5400000022LLFF
H_HM_M7₇7₇-_-6₅0₀0₀0₀2₂L_LF_F
HH_HMM_M77₇77₇--_-78₆00₀00₀00₀23₂LL_LFF_F
H^HM^M7⁷7⁷-^-9⁷0⁰0⁰0⁰3²L^LF^F
H_HM_M7₇7₇-_-1₈0₀0₀0₀3₃L_LF_F
HH_HMM_M77₇77₇--_-11₉12₀00₀00₀33₃LL_LFF_F
H^HM^M7⁷7⁷-^-1¹3⁰0⁰0⁰3³L^LF^F
HHMM77--114100043LLFF
H_HM_M7₇7₇-_-1₁5₂0₀0₀4₃L_LF_F
HH_HMM_M77₇77₇--_-11₁67₃00₀00₀44₃LL_LFF_F
HHMM7777--1184000044LLFF
H_HM_M7₇7₇-_-1₁9₅0₀0₀4₄L_LF_F
HH_HMM_M77₇77₇--_-32₁00₆00₀00₀45₄LL_LFF_F
H^HM^M7⁷7⁷-^-2¹1⁷0⁰0⁰5⁴L^LF^F
HHMM77--2128000064LLFF
H_HM_M7₇7₇-_-2₁3₉0₀0₀6₄L_LF_F
HH_HMM_M77₇77₇--_-22₃45₀00₀00₀66₄LL_LFF_F
HHMM7777--2260000065LLFF
H_HM_M7₇7₇-_-2₂7₁0₀0₀6₅L_LF_F
HH_HMM_M77₇77₇--_-22₂89₂00₀00₀66₆LL_LFF_F
H^HM^M7⁷7⁷-^-3²1³0⁰0⁰7⁶A^LL^FF
HHMM77--3224000076ALLFF
1¹.0^.01¹
6⁶.2^.20⁰
1¹³7^7..₈6^.60
39.8.400
9².4⁹0^.7
2₂9^1..¹⁵7⁴⁰
1₅1_.4₁₀
2¹.5⁶0^.2
5⁵.1⁸0^.1
192
16₃.₈2₃
508.911
1¹9^.2³²
3⁴⁹8^..3⁹⁰⁰⁰
02.991.1
1.⁶3⁴2⁵
4₁.9^3.70³⁵
9₂.0_.50₀
229.013
6³4^.5⁵⁰
3⁴⁹3^..7300
1.1765.1
2.5⁵0⁰
2¹.0⁰⁶3⁷⁸⁰
3.5_2.0₅
4.17.608
3.40^3.40
1.40^1.40
1.00^14..0800
4.802.80
2.80^1.40
1.40^08..9040
0.94_5.40
8.00^2.70
5.40^1.30
0.90
2.70_0.72
1.3013.3
0.90^11.5
0.72^75..8500
13.32.70
11.5^0.74
7.80^31.00.09
5.50_11.4
2.70 13
0.74^12.4
3.0
10.4
7.20
10.95.10
11.4^2.60
13
0.71
3.00
12.4_11.4
10.413.9
0.532
1.33
2.40
1.76
2.70
4.60
10
1.77
2.51
4.29
7.83
15.7
23.5
1.035
1.33
3.04
4.06
6.90
36.5
9.50
1.83
2.23
3.30
3.13
3.58
0.532
1.33
2.40
1.76
2.70
4.6
10
1.77
2.51
4.29
7.83
15.7
23.5
1.035
1.33
3.04
4.06
6.90
36.5
9.50
1.83
2.23
3.30
3.13
3.58
4.92
6.27
10.5
54.4
9.50
2.23
1.83
1
1 _1.10
1.1 _11.00 11.00
12.5 ^12.5
1
1 _7.00
7.00 _60.30 60.30
70 ⁷⁰
1
1
2
22.7
22.7
5.20
109.00
109.00
17.0
125
125
19.1
2
2 5.20
12.3
17.0 37.80
19.1 43.4
2
2 _12.3
35.3 _37.80 141.00
43.4 ¹⁶⁶
2
2
3
35.3
167
3.80
141.00
330.00
7.20
166
380
8.3
2
3 ¹⁶⁷
7.50 ^330.00 14.30
380 _17.7
3
3 _3.80 21.9 _7.20 54.70
8.30 ⁶³
3
3 _7.50
73
14.30 ^233.00
17.7 ²⁹⁰
3
292
472.00
560
3
3 ^21.9
672 ^54.70 750.00
63 ₈₆₂
3
4 73
1.25 233.00 4.56
290 5.70
3
4 ₂₉₂
2.10 _472.00 4.56
560 ^5.70
3
4
4
672
7.90
14
750.00
10.50
19.30
862
12.4
22.3
4
4 1.25 40.5 4.56 75.8
5.70 85
4
4 _2.10 1134 _4.56 1040
5.70 ¹²⁵⁰
4
4
5
7.90
48
2.80
10.50
48.5
5.68
4
5
14
4.20 ^19.30 6.19
12.4
59
6.90
22.3 _7.50
4
6 40.5
2.70 75.80 5.60
85 6.80
4
6 ₁₁₃₄ 6.50 ₁₀₄₀ 7.54
1250 ^8.7
4
6
6
48
8.40
16
48.5
8.30
20.05
59
10.0
23.0
5
6 2.80 25.9 5.68 30.30
6.90 32
5
6 _4.20 72.90 _6.19 115
6
6
6
2.70
1950
122
5.60
1480
85
6
7 ^6.50
4.20 ^7.54 5.20
7.50 ¹³⁰
6.80
1700
102
8.7 _6.20
6
7 8.40
2.80 8.30 3.60
10.0 4.0
N_Hot_Mes₇: _{7 - 250}(1₀) ₆In_Ld_Fuctance values₉a_.r₃e ₀rated at -40°C to₇+1_.230₀°C operating tem_4.p₉e₂rature range with rated₆DC current flowing a₁n₆d the operating ETop acr₂os₀s_.t₀h₅e inductor.
23.0
HM77 - 260⁽⁽²³0⁾⁾ 6^EThTL^oeF^{pcoisnrtartoeldvaaltu5e0s}1^0o6_fk.^Hin1^zd.uctance _{are me}5_a._s1_u0_{red at the opera}6_ti._n2_g7_{flux density equal or le}6_{ss than 10 gauss and}25_w._it9_{hout DC current.}
30.3
32
HM77 - 27006LF
50
2.60
10.5
6
72.9
115
130
G_He_Mne₇r₇al_- N₂₈o₀te_06LF
1070
0.710
54.4
6
1950
1480
1700
TT_HE_Mle₇c₇tro_-n₂ic₉s₀re₀s₆e_Lrv_Fes the right to₆m₈ake changes in p₃ro_.0du₀ct specification_9.w₅i₀thout notice or liabilit₆y.
All information is subject to TT Electronics’ own data and is considered accurate at time of going to print.
HM77 - 31007ALF
2.5
11.4
2.23
7
122
4.20
85
5.20
102
www.ttele6ct.r2o0nicsmagnetics.com
©^HMTT⁷⁷Ele^- c³t²r⁰o⁰n⁷ic^As^Lp^Flc
1.68
13.9
1.83
7
2.80
3.60
4.0
Notes: (1) Inductance values are rated at -40°C to +130°C operating temperature range with rated DC current flowing and the operating ETop across the inductor. Rev. 01
(2) ETop is rated at 500 kHz.
(3) The control values of inductance are measured at the operating flux density equal or less than 10 gauss and without DC current.