SFM11-M Datasheet, PDF (1/4 Pages) Formosa MS – Super fast recovery type

WILLAS
1.0A₁S_.0U_AF_SR_UA_RC_FAE_CM_EO_MU_ON_UT_NTS_SU_CP_HE_OR_TF_TKA_YS_BT_AR_RE_RC_IET_RIF_RIE_ECR_TS_IF-_IE5_R0_S-6_-0₂0₀V_{V- 200V}
SOD_SO-1_D2_-3₁₂-L₃₊PA_PC_AK_CA_KG_AGE_E
S F M^F1^M1_T-¹_HM²_R⁰_U^-M+
S F^TM^HF_P1^MR_b 8^U_F¹_r-_e²M_e⁰_P⁰_ro^-_d^M_uc⁺_t
Fea_Ftu_er_ae_ts_ures
Package outline
M C C ^{• Batch process design, excellent power dissipation offers}
•
better reverse leakage current and thermal resistance.
Batch process design, excellent power dissipation offers
M^•ic^Lboro^oepC^{wttti••}o_mepm_LL^ro_irm_zoop^roee_wwte^fivir^m_blc_pp^eei_oa^iorrzsaol^s_weC^uerfi_deo^rbllfem_r^eao_slsp^apcaoo^ukearsn^drac_s^me^fgea,sn^oe_h.^pcts^u_iea^c_g^{nTucMmhtereroe.deuf
2}_ⁿ_f^0an_i^t_c^7p_^t_i^ae3_e^p6_^nd_n^li_^dMc_ca^a_y^p_^tah_.^t_^{rpiielollairnc}_^m_!^Saianttr_^{i eloo}_"^re_#^nret_^dsoiC_^enim_^{hsroatptatroosdnnweceorenrttt.sho}
• Tiny^• p^Hla^igs^hti^cc^uS^rM^reD^ntp^ca^ac^pk^aa^bgⁱe^lit.^y,$^{l o}%^w ^fo ^rw^ard!^v^o"^l#^ta^g^{e drop.}
ER3A
THRU
ER3M
SOD-123-L
SOD-123H
0.154(3.9)
0.138(3.5) 0.146(3.7)
0.130(3.3)
0.012(0.3) Typ.
0.012(0.3) Typ.
• High^{• H}cu^igrr^he^sn^ut ^rc^ga^ep^ca^ab^pil^ait^by.^ility.
Features • Sup^•e^Grfa^us^at^rdre^ricⁿo^gv^fe^or^ry^ot^vim^ere^vf^oo^lr^tas^gw^eit^pc^rh^oin^teg^cm^tiooⁿd^.e application.
•
•
•
•
CL_GHE^eo_p^ilagam_o^{dh••}_sxp_ys^Fl_SU^siar_mpui^eln_ltar^e_ie^rt_c^g.^a_es^F_o^e_tsS^h_sⁱ_nⁿ_ice_vⁱⁱ_U^gesue_a^h_L^hprto/^re-iR₉r^e_tsdd_a4^onpe_x^h_ctV^er_i^sich_aen_-0^aC_ig_ldppp^o_fi_l^s_jn^a_a^m_luawf_m^bo_n^p_niⁱrl_cm^tl_a^imiac_ttrai^nha^yo_bc^tt.i_niⁿ_ih^(o_l^N_i.^gn_tiyp^o). _,^t_r^e_am¹_ti⁾_ne⁽_gt^"_a^P_l^"_s^S_i^u_li^f_c^fix_on^de_ju^si_n^g_cⁿ_t^a_i^t_o^e_n^s_.
• • Mois^•tu^Lr^ee^aS^de^-n^frs^eit^eivi^pty^aL^rte^sve^ml ^e1^{et environmental standards of}
MIL-STD-19500 /228
3 Amp Super Fast
Recovery
Silicon Rectifier
0.075(1.9)
0.060(1.5) 0.071(1.8)
0.056(1.4)
• RoHS product for packing code suffix "G"
MecHhalaognenicfreaelpdrodautcat for packing code suffix "H"
50 to 1000 Volts
Mechanical data
• Epoxy : UL94-V0 rated flame retardant
DO-214AB
• _{• C}O_ap_se^•_era^Et_:i^pn_M^og_o^xT^y_le_d^:m_e^U_dp^Le_pr⁹_la_a⁴t_su^-r_t^Ve_ic⁰:_,-^r5_S^a0_O^t°^eC_D^dt_-o^f₁^la₂+^m₃17^e_/5_M^r°C^e_IN^ta_I^rd_S^a_Mⁿ_A^t
• Stor_•a_Cge_aT_seem_: p_Me_ora_ldtu_ere_d:_p-5_la0_s°C_ticto_{, S}+_O17_D5°_-C_123H
• ^{• T}T^eyp^rmicaⁱⁿl ^aTh^lse^:r^Pm^la^al^tR^edes^ti^est^ra^mncⁱⁿe^a; 1^ls6^,°^sC^o/W^ldeJu^ran^bct^li^eon^peT^ro^MLe^ILad^-STD-750,
(SMC) (LEAD _{0.028(0.7) Typ.} FRAME)
0.031(0.8) Typ.
,
MC^•C^TermiDⁿMe^aev^lsitche^:Pod^la2^te0^dM26^ta^ex^rim^muⁱⁿm^{als, s}M^ola^dx^eim^rau^bm^{le pe}M^ra^Mxi^Im^Lu^-m^STD-750
G
0.067(1.7)
0.051(1.3) 0.040(1.0)
0.024(0.6)
0.028(0.7) Typ.
0.031(0.8) Typ.
••_NCPM_uaoo_mtalua_{•blonreP}^git_rti_oyn_lga: _rI^M_Pnitod^a_y^r_si:^kciⁱ_Itaⁿ_nio^gt^Mden_id^ec_:^tb_aPA^hy_te^o_ne^Rac^d_Vydkea_o^2bcRt_l⁰_th^u_yaer²o_grcve⁶d_eeaⁿe_rtstheb_oa_dn_ed_Vb^Ro_aln^Mta_d^Sge
ER3•AMountEinRg3APosition :5A0nVy
35V
• W_ERe₃ig_Bht : Ap_Ep_Rro_3Bximated 0₁₀.0₀1_V8 gram _70V
ER3^•C^WeighE^t R^{: A}3C^pproxima1^t5^e0^dV^{0.011 gra}1^m05V
DC
Blocking
Voltage
50V
100V
150V
Dimensions in inches and (millimeters)
Dimensions in inches and (millimeters)
H
D
ER3D
ER3D
200V
140V
200V
ER3G EMR3AGXIMUM40R0AVTINGS 2A8N0VD ELEC40T0RV ICAL CHARACTERISTIACS
Ra^Mti_EEn^ag_RRs₃₃^x_K^Jaⁱt^m25℃^u_EE^m_Ra^Rm_33K^Jrbi^aen^ttⁱtⁿem^g6p₈^0s₀e⁰⁰ra^V(_V^Atu^Tre^Tu^An⁼l²es⁵⁴s₅^o2C₆o⁰⁰t^VVh^ueⁿr^lw^ei^ss^se s^6o₈p^00te^h00c^Ve_Vif^ri^wed^is. ^{e noted)}
E
Sing_Ele_Rp_3Mhase^Ph^Aa_E^Rl_Rf ^Aw_3M^Mav^Ee^T, 6^E0^RH₁z₀,₀r₀e_Vsistive of in₇d₀u₀c_Vtive load₁._000V^CONDITIONS
S y m^B b o l
C
MIN.
TYP.
MAX. UNIT
EFleocr tcraFicpoarlcwCitaihvreadrlraoecactdet,irfdiiesdtriacctesu@crrue2rrn5et°nCt Ubnyl2e0s%s AOtmhebriewnist eteSmppeecirfaietudre = 50^OC F
I_O
1.0
A
Average Forward
CurrFeontrward surge
R_cuA_rT_rI^I_eN^F_n^(AG_t^V)S
3.0A
8.3^Tm^{L =}s
75°C
DIMENSIONS
siSnYgMleBhOaLlfFsMi1n2e0--MwHavFeM1s3uI0NCp-MHeEHSriFmMp14o0s-MedH FoMMnM150-MH
DIM
MIN
MAX
MIN
MAX
F_IM_FS1_M6_N0_O-_TM_E H
FM180-MH FM1100-₂M₅H FM1150_A-MH FM1200-MH _U
MaPrekiankgFCoordweard Surge
I_FSM
100A
r
a
t₈e_.3lo_ma_sd_,
h⁽a^Jl^Ef s^Din^Ee^C
m₁e₂th
o
d
e_A
B
)
13 .079
.108
14 ^.103
.128
15 ^2.00
2.62
2.75
3.25
16
18
10
115 120
Ma^Cx^uim^rru^em^nt Recurrent Peak Reverse Voltage V_R = V_RRMVRTR_AM= 25 ^O2C0
30 ^C
.002
D
.006
40 ^.008
.012
50 ^0.051
0.152
0.203
0.305
60
80
100 5.0 150
200 Vo
MaxRimeuvmerse current
Ma_Inx_sim_tau_nm_taR_neM_oS_usVoltage
V_R = V_RRMVRTM_AS= 1001^O4C
E
.030
21 ^F
..305
G
.260
.050
28 ^.320
.280
0.76
35 ^I 42 ^7.75
1.27
8.13
R
6.60
7.11
56
70 100 10^u5^A 140 ^Vo
Ma^Fx^oim^rwTu^amh^rdeDr^VmC^oa^lB^tallo^grce^eksinisgtaVnolctaege
Junction tVoDaCmbient20
30 ^H
.220
40 ^.245
50 ^5.59
ER3A-3D
V_F
.95V
MaximDumiodAevejruangc_Eet_RFio₃on_GrwcaardpaRceicttaifniecdeCu₁r_.2re₅n_Vt
I_FM = 3.0A;
f=1_TM_{J =}H₂z₅a_°CnI_*dO applied
4V
DC
reve^Sr^Us^Ge^Gv^Eo^Sl^Tta^EDge^SOLDER
PAD LAYOUT
R 60 6.22
èJA
C_{J 1.0}
80 42 100
10
1^O5C0/W 200 ^Vo
pF
Am
Storag^Ee^Rt³e^Jm^~3p^Merature
1.70V
Pe_Mak_axF_io_mrw_ua_mrd_DS_Curge Current 8.3 ms single half sine-wave _IFSM
0.190
T_STG
-65
+175 ^OC
30
Am
suRpeervimerpsoeseCduorrnernatteAdt load (JEDI_REC metho₅d_µ)_{A TJ = 25°C}
Ty^RVp_oaic_lta_teal^dgT_eDhe^Crm^Ba^lol^cR^keⁱⁿs^gistance
(Note
*1
2)
200µA
*2
T_J = 100_R°C_ΘJA
*3
*4
Ty_Mpi_ac^Sa_xil^Y_mJ^Mu_un_m^Bc^Ot_Rio^L_en_v^SC_era_sp_eaci^VtaRnRcMe (Note^V1R)MS
OStpoRere_arac_gto_eiSnv_Tge_FerT_My_EEmeRRT_1pm3i_31emp_{KAr-aeM~~trEuE}art_RReu33rRe_MJaR⁽⁵_n^Va_0gn⁾_egTe_rr
(V) _35ns
35 75ns
(VV^IF_I^R_r)⁼_{r=00.5.2A5,AI}^RCT(V⁼V_JJ^1F)^.0A,
50
TSTG
*5
T_RR
Ope0.1r2a5”ting
temperature
(nS) _{-55 to +1}T_2J5, (^OC)
40
120
-55 to +150
*1 Repetitive peak reverse voltage
0.070” _{- 65 to +175}
℃
P
℃
℃
Typic^Sa^Fl J^Mun¹c²ti^-o^Mn
CapaSciFtaMnc1e3-M
100 _CJ 70 _45pF
CHA₁R₅A₀CTERIS₁T₀IC₅ S
1105_1M00_{.e0aMsHuzSre,YdV0MRa.B9=tO54L.0VFM120-MH}
FM130-MH
FM140-MH
FM150-MH
*2 RMS voltage
FM160-MH FM180-MH FM1100-MH FM1150-MH
*3 Continuous reverse voltage
FM1200-MH
UN
M*₁P_. a_Hux_igli_hsme_Teu_Smtme_pFes_rF_aMt:_tuo_rP_1erw_Su_4ola_-ls_dMr_eed_{r E}wV_xeio_mdl_pt_tha_io2ng3_s0e_A0_0p0a_plt_ieµ1_ds_,._se0_ec_eA,_EUD₁D_D4Cu_ir0ety_ctivc_ey_Ac_nnle_{ex 2}2_7.%₀₀
VF
0.50
0.70
0.85
0.9
0.92 Vo
www.mccsemi.com Maximum Average
SFM15-M
Reve₃r₀se₀
Current₂a₁t₀
@T
A=₃2₀5℃₀
IR
35
R^Re^atv^ei^dsi^D_So^Cn_F:^B_MB^lo₁^c₆^k_-ⁱⁿ_M^g
Voltage
400
@T A=125℃
280
400
1.25
1 of 4
-55 to +150
*4 M₀a_.5ximum forward voltage
20^*1⁵1/^R0¹5^e0/^v1^e8^{rse recovery time}
mA
NOTES:SFM17-M 500
350
500
1- Meas_Su_Fre_Md a₁t₈1_-MMHZ an₆d₀a₀pplied rev₄e₂rs₀e voltage₆₀of₀4.0 VDC.^1.70
2- Thermal Resistance From Junction to Ambient
Reel packing
PACKAGE
SOD-123-L
REEL SIZE
7"
REEL
(pcs)
COMPONENT
SPACING
(m/m)
2,500
4.0
BOX
(pcs)
INNER
BOX
(m/m)
REEL
DIA,
(m/m)
25,000 183*183*123 178
CARTON
SIZE
(m/m)
CARTON
(pcs)
382*262*387 200,000
APPROX.
GROSS WEIGHT
(kg)
9.5
2012-06
WILLAS ELECTRONIC CORP.
2012-1
WILLAS ELECTRONIC CORP.