HM51_15 Datasheet, PDF (1/1 Pages) Bi technologies – Axially Leaded Miniature Power Inductors

Magnetics
Axially Leaded Miniature
Power Inductors
Make Possible
Model HM51
FeatuErleecstraicnadl /BEennvierofintms ental
Inductance Range 3.9μH to 10,000μH
• Ind^Su^tc^atⁿan^dc^ae^rR^dan^Tg^oe^{lerance ±10%} 3.9µH to 10,000µH
• StaOnpdaerrdaTtoinlegranTceemperature Range -55C to±1+01%05°C
• Op_Re_ora_Hti_Sng_CT_oem_mp_per_la_iatu_nr_te Range
-55C to +105°C
HM51
Axially Leaded Miniature Power Inductors
R_Co^o_m^H_pli^S_ant
Out_Oli_un_tle_ineD_Di_imm_ene_sn_ios_nsio_(Inn_cs_{h /}(_mIn_mc₎ h / mm)
Max.
Spe_Sc_pi_efi_cc_ifa_icati_tio_onn_{s @}@₂₅2_°C5°C
Part
PartNumber
Number
Ind^Iuⁿc^dt^ua^cn^tacⁿe^ce DC^DC Rated^Rated
Nom^Noin^maⁱl^n(a1l)(1) Res^Ris^et^sa^isn^tc^ae^nce IDC ^{(2I)DC (2)}
µH ^μ±^H1^±0¹%^0% W M^Ωa^Mx.^ax. Amps^Amps
INCR
IDC ⁽³⁾
Amps
INCR
IDC
(3)
Part
Amps_Number
NuPmarbt^INe^nµor^dHmu_±^cint1aa0InNlⁿ_%μ^c(od1_H^{emu) c}_±^itn₁^aR^a₀^nle_%W^c(s^1e)iDMstCaaxn^R_.c^e_Ωe^si_M^DstCa_aIRAⁿ_xDa_.m^cCt^eep(2ds)
HM51-3R9KLF
3.9
0.007
8.40
15.5
HM51-221KLF
220
0.162
H_HM_M5₅1₁-3_-4R_R9₇K_KL_LFF 3.9_4.7
.00₀7_.008 8.40 _7.90 15.5 _13.9HM51-_H22_M1₅K₁L_-2F_71KLF 220 ₂₇₀ .162 _0.208 1.76
HHMM5511-4-5RR76KKLFF 4.75.6
.0008.011 7.90 6.70 13.9 12.6HM51-H27M15K1L-3F31KLF 270 330 .208 0.212 1.55
H^HM^M5⁵1¹-5^-6R^R6⁸K^KL^LFF
H^HM^M5⁵1¹-6^-8R^R8²K^KL^LFF
H^HHM^MM5⁵⁵1¹¹-8^--11R⁰²2⁰⁰K^KKL^LLFFF
HHMM5511-1-10500KKLLFF
5.6 ^6.8
6.8 ^8.2
8.2
10
12
10 15
.01⁰1^.011
.01⁰1^.013
.01⁰⁰3^..001179
.0107.022
6.70 ^6.70 12.6 ^11.6HM51-^H33^M1⁵K¹L^-3F^91KLF 330 ³⁹⁰ .212 ^0.281 1.53
6.70 ^6.20 11.6 ^9.89 HM51-^H39^M1⁵K¹L^-4F^71KLF 390 ⁴⁷⁰ .281 ^0.38 1.33
6.20
5.40
5.10
9.89
8.70
8.21
HM51-^HH47^MM1⁵⁵K¹¹L^--56F^6811KKLLFF
470
560
680
.380
0.42
0.548
1.15
5.40 4.70 8.70 7.34HM51-H56M15K1L-8F21KLF 560 820 .420 0.655 1.10
H^HM^M5⁵1¹-1^-12⁸0⁰K^KL^LF^F
12 ¹⁸
.01⁰9^.023 5.10 ^4.70 8.21 ^6.64HM51-^H68^M1⁵K¹L^-1F^02KLF 680 ^1,000 .548 ^0.844 0.96
H^HM^M5⁵1¹-1^-25²0⁰K^KL^LF^F
H^HHM^MM5⁵⁵1¹¹-1^--238⁷³0⁰⁰K^KKL^LLF^FF
H_HM_M5₅1₁-2_-32₉0₀K_KL_LF_F
HHMM5511-2-47700KKLLF
15 ²²
18
27
33
22 ₃₉
27 47
.02⁰2^.026
.02⁰⁰3^..002372
.02₀6_.033
.0207.035
4.70 ^4.40
4.70
4.30
4.00
4.40 _3.90
4.30 3.80
7.34 ^6.07HM51-^H82^M1⁵K¹L^-1F^22KLF 820 ^1,200 .655
6.64
5.36
4.82
HM51-^HH10^MM2⁵⁵K¹¹L^--11F^5822KKLLFF1,000
1,500
1,800
.844
6.07 _4.36HM51-_H12_M2₅K₁L_-2F_22KLF1,200 _2,200 1.04
5.36 3.98HM51-H15M25K1L-2F72KLF1,500 2,700 1.18
1.04 _0.87
1.18
1.56
0.77
2.00 ^0.70
2.06 0.65
H^HM^M5⁵1¹-3^-53⁶0⁰K^KL^LF^F
H^HM^M5⁵1¹-3^-69⁸0⁰K^KL^LF^F
HM51-820KLF
H_HM_M5₅1₁-4_-17₀0₁K_KL_LF_F
HHMM5511-5-16201KKLLFF
33 ⁵⁶
39 ⁶⁸
82
47 ₁₀₀
56 120
.03⁰2^.037
.03⁰3^.047
0.06
.035_0.09
.0307.113
4.00 ^3.70
3.90 ^3.30
2.90
3.80 _2.30
3.70 2.10
4.82 ^3.66HM51-^H18^M2⁵K¹L^-3F^32KLF1,800 ^3,300 1.56
4.36 ^3.31HM51-^H22^M2⁵K¹L^-3F^92KLF2,200 ^3,900 2.00
3.10
HM51-472KLF
4,700
3.98 _2.79HM51-_H27_M2₅K₁L_-5F_62KLF2,700 _5,600 2.06
3.66 2.54 HM51-H33M25K1L-6F82KLF3,300 6,800 2.63
2.63 _0.57
2.75 _0.50
3.19
3.92 ^0.50
5.69 0.44
H^HM^M5⁵1¹-6^-18⁵0¹K^KL^LF^F
H^HM^M5⁵1¹-8^-12⁸0¹K^KL^LF^F
68 ¹⁵⁰
82 ¹⁸⁰
.04⁰7^.129
.060^0.15
3.30 ^2.00 3.31 ^2.22 HM51-^H39^M2⁵K¹L^-8F^22KLF3,900 ^8,200 2.75 ^6.32 0.43
2.90 ^1.80 3.10 ^1.98 HM51-^H47^M2⁵K¹L^-1F^03KLF4,700 ^10,000 3.19 ^7.30 0.40
HNMote5s1:(-11)0In1dKucLtFance is m1e0as0ured at 1kHz wit.h0o9u0t DC current.2.30
2.79
HM51-562KLF 5,600
3.92
0.36
H⁽₍²₃M⁾₎ ^T_T5^h_h1^e_e-^r_i1_n^a2_c^te_r1_e^dK_m^DL_e^C_nF^c_ta^u_l^rr_c^e_uⁿ_rr^t_eⁱ1^s_n2_t^b₍^a0_I^s_N^e_C^d_R^o_Iⁿ_{) i}^a_sⁿ_th^a_e^pp_ap^ro_p.^x1_rⁱ_o^m1_x3^a_im^te_at²_e^0°_c^C_ur^t_r^e_e^m_nt2^p_a^e.1_t^ra_w0^tu_h^r_ic^e_h^ri_t^s_h^e_e^. _indu2_ct._a5_n4_{ce will be d}H_ecM_re5_as1_e-_d6_b8_y2₅K_%L_fF_{rom its i}6_n,_it8_ia0_l0_{(zero DC) value} 5_d._u6_e9_{to saturation}0_. .30
HM51-151KLF 150
.129
2.00
2.22
HM51-822KLF 8,200
6.32
0.28
H_PM_a51-_c18_k1K_aLF_gin1_g80
.150
1._O80 _rderi1_n.98_{g In}H_fM_o5_r1-_m103K_aLF_tio1_n0,000
7.30
0.26
Rat_Ie_Nd_CR
IDC_ID⁽²_C⁾ ₍₃₎
Am_Ap_ms _ps
1.76
1.55^1.89
1.531.63
1.33_1.51
1.15_1.39
10..1906_1.24
0.871.17
0.77_1.05
0.70_0.97
00..6557_0.87
0.50^0.79
0.500.70
0.44_0.64
0.43_0.58
0.40
0.36^0.53
0.300.47
0.28_0.43
0.26_0.39
0.359
0.322
0.293
0.266
INCR
IDC ⁽³⁾
Amps
1.89
1.63
1.51
1.39
1.24
1.17
1.05
0.97
0.87
0.79
0.7
0.64
0.58
0.53
0.47
0.43
0.39
0.359
0.322
0.293
0.266
Notes: (1) Inductance is measured at 1kHz without DC current.
(2) The rated DC current is based on an approximate 20°C temperature rise.
HM51 - 330 K LF
(3)
The
due
itno_Bcsr_oea_xmtu_eer_{santtiaolnc.urrent}
(INCR
I)
is
the
approximate current
Model Series
at
which
the
inductance
will
be
decreased
by
5%
from
its
initial
(zero
DC)
value
Lead-Free
StandParadckaging
Capacity = 800Units
Standard: Boxes
Ordering Information
Inductance Code:
First 2 digits are signifi_Hcan_Mt. La₅st₁digit_-den₃o₃tes_{0 K LF}
the number of trailing zeros. For values below
10μH, “R” denotes the decimal point.
Model Series
Inductance Tolerance:
J = ±5%
K = ±10%
L^Me⁼ad^±2F^0%ree
Capacity = 800 Units
Inductance Code:
General Note
TT Electronics reserves
the
right
to
make
changes
in
product
spe^Fcifⁱi^rc^sat^tio²n w^ditⁱh^goⁱu^tt^sno^ati^rc^ee o^srⁱl^giabⁿilⁱi^ftⁱy^c. ^ant.
Last
digit
denotes
Inductance Tolerance:
J = ±5%
All information is subject to TT Electronics’ own data and is consi^td^he^eredⁿa^ucc^mura^bte^ea^rt ^otim^f e^tro^af g^iloⁱiⁿng^gto^zp^eri^rn^ot.^{s. For values below}
K = ±10%
10µH, “R” denotes the decimal point.
M = ±20%^{www.ttelectronicsmagnetics.com}
© TT Electronics plc
35^{Rev. 01}
2009/10 EDITION MAGNETIC COMPONENTS SELECTOR GUIDE