HM53E Datasheet, PDF (1/2 Pages) Bi technologies – High Temperature Through Hole Inductors

Magnetics
High Temperature
Through Hole Inductors
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Model HM5_3E-2211
Make Possible


Featu res and Benefits


O^perating Temperature Range -40°C to +220°C
Te_ mpe_rature Rise, Maximum 50°C

Opera ting Frequency Up to 200KHz
 

RoHS^ Compliant
 
 


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
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SpecifiPcaarttiNounmb@er 25°C Inductance(1)
µH±15%
Heating
Current⁽²⁾
(Adc)
Irated⁽³⁾
(Adc)
DCR (mΩ)
Typ.
Max.

^P^ar^t ^Nu^m^b^e^r 
Inductance⁽¹⁾
μH_±1_5_%_
C^Hu^err^ae^tinⁿt^{g(2) }
(Adc) ^{}
Irated⁽³⁾
(Adc) _{}
^D^C^{R (mΩ)} 
Typ.^{}
_M_a_x.
_H_M₅_3E_-2₂₁₁₁₀₀_V_LF
1^0^.4^{}
11.5 ^{}
10.5 ^{}
6.4 ^{}
_8.₃₂
_H_M₅_3E_-2₂₁₁₁₆₀_V_LF
1^5^.9^{}
8.5 ^{}
8.5 ^{}
12.1^{}
₁_5.₇₃
_H_M₅_3E_-2₂₁₁₂₁₀_V_LF
_H_M₅_3E_-2₂₁₁₂₆₀_V_LF
_H_M₅_3E_-2₂₁₁₃₂₀_V_LF
_H_M₅_3E_-2₂₁₁₃₆₀_V_LF
_H_M₅_3E_-2₂₁₁₅₃₀_V_LF
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HM5_3E-2211540VLF
2^0^.8^{}
2^6^.2^{}
3^1^.8^{}
3^5^.5^{}
5^2^.5^{}
54.2
11.5 ^{}
6.0 ^{}
8.5 ^{}
11.5 ^{}
6.0 ^{}
8.5
5.0 ^{}
6.5 ^{}
4.0 ^{}
3.5 ^{}
3.1 ^{}
2.7
6.4^{}
23.7 ^{}
12.1^{}
6.4^{}
23.7^{}
12.1
₈_.3₂ 
3^ï€0^.8^1^
₁_5.₇₃
₈_.3₂ 
₃_0.₈₁
15.73
HM53E-2211900VLF
89.7
6.0
2.1
23.7
30.81
 
Notes:
              
(1) Inductance is me_as_ur_e_d_at_1_0_k_H_z,_0_.1_Va_c_w_it_h_ou_t _D_C_c_u_rr_e_nt_. _{           }
(P2C)BT,haendHethaetinngapCpulry_rien_ngt_{tihset}h_{ceurarpepn}rt_otxo_imt_{haet}ed_De_{vCicce}u_rfor_ern_{3t0}w_{mhiinc}hu_{tceas}u. s_e_s_t_he_c_om_p_o_n_en_t_t_e_m_p_e_ra_t_u_re_to_inc_r_ea_se_by_4_0°C. This current is determined by soldering the component on a typical application
(3) The ratedcurrent (Irated) istheapproximatecurrentatwhichtheinductancewill bedecreasedby30%typicalfromitsinitial(zeroDC) value.
(4) The part temper_a_tu_re_(a_m_b_ie_n_t _+ te_m_p_e_r_a_tu_r_e_ris_e_) _sh_o_u_ld_n_ot_ex_c_e_e_d _2_20_°_C_._
 
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Ou_t_l_i_n_e_{}D_ï€i^m_{}e_n_ï€s_i_o_n_s_{}(_ m_m_)
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
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

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
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

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General Note ^
TT
All
Einlefocrtmro_{ant}i_{ico}s_{n}rei_{ss}es_{ur}vb_ej_{e}s_{c}tt_h_{teo}r_{Ti}gTh_{Etl}te_o_{ctmro}a_{nkiecs}c_{’hoawn}gne_{dsaitna}p_{arnodd}uis_cct_{osnpseicd}iefi_{rce}adt_i_oa_nc_{c}wu_{ri}ta_ht_{eo}ua_t_{t}nt_{iom}t_ieceofogr _{oliianbgiltitoy.print.}
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Rev. 01
