FFM301 Datasheet, PDF (1/2 Pages) Rectron Semiconductor – SURFACE MOUNT GLASS PASSIVATED FAST RECOVERY SILICON RECTIFIER (VOLTAGE RANGE 50 to 1000 Volts CURRENT 3.0 Amperes)

WILLAS
FM12
FFM301 _THR
FM120 ^{3.0A SUFRACE MOUNT FAST RECOVERY RECTIFIERS-50-1000V}
THRU
1.0A SURFACE MOUNT SCHOTTKY BARRIER R_SE_MC_CT_PIF_AIE_CR_KS_A-_G20_EV- 200V _FFM307
SOD-123+ PACKAGE
Pb Free
M C C ^Features
•^FB^Ea^At^Tch^URpr^Eo^Scess design, excellent power dissipation offers
* bGeltatsesr rpeavsesirvsaeteledadkeavgiceecurrent and thermal resistance.
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²_y^ipwao0_._^ptn7_aⁱ_^lo3_ri^cn_d⁶_^saM_v^t_oi^ao_l^r_tn^i_a^llaign_!e^Sot_d^rr_ ^edr_"o^e_#^et_p^roC_.^tmo_^{haptosnweonrttsh}
• High surge capability.
$ %    !"#
Package outline
ES2A-L SMC(DO-214AB)
SOD-123H
THRU ^.280(7.11)
ES2J-L ^.257(6.52)
0.146(3.7)
0.130(3.3)
0.012(0.3) Typ.
• Guardring for overvoltage protection.
Features _•
2 Amp Super Fast _•
•_MU_Elt_Cra_Hh_Aig_Nh_IC-s_Ap_Lee_Dd_As_Tw_Aitching.
•


•
*<sup>*
LS

R</sup>E^CL_E<sup>e

i
le</sup>p^o_p<sup>aai


ac</sup>o^H_o^sd
x
^do
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:
fFr</sup>:^CD
_m

^reeD^eoO
ep

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_e^-

v^pt2Fpa_ti

^a
c_s^1ilxne<sup>i
r

4a</sup>_U^iitsaAnh^s
_L^ha^tlB.m/s^p₉^R/S₄^SleU^oaMeeL^H_V^netC_-^aSf₀l^eoa^rnMCm^r_f^c_l^dv_a^ohom^ei_m^mlrira^dpoi_m^npb^e,ngi^ld_al^imai^mt_bⁱy^pnne_i^el_l^tfc_i^at(on_t^aNl_y^sa^rtmltos^a_r^isc_as^tlaeii_tf^slt_iiⁱ_nⁱ¹c^toc_g^aa^)notⁿ⁽⁾i^n"o^dPn^jau"9^rnSd4^cuV^stf-^ifo0^{oixfnd.esignates}
.1 2 8 ( 3 .2 5 )
.1 0 8 ( 2 .7 5 )
Recovery Rectifier _{• *MMILoi-sStuTrDe -S1e9n5s0iti0vi/ty22L8evel 1}
.2 4 5 ( 6 .2 2 )
.2 1 7 ( 5 .5 2 )
0.071(1.8)
0.056(1.4)
•
x
x
*^RP^oo^Hl^Sar^pit^ry^o:^dC^uo^ctlo^for ^rb^pa^an^cd^kdⁱⁿe^gno^ct^oe^ds^ec^sa^uth^ffo^ixd^"e^Ge^"nd
*^H_MS^Waul_a^eoprigg_ke^eh_irn^nt_gf^:af0r_:s^e.tC2es2_a^pw5_t^r_hi^ogtocdr_d^ahu_e^micnts_bg^f_a^o(sa_n^rpp_d^{pepaearcodnkx}_d^iuinmntg_yd^a_p^ctee_e^or)d_n3^e_u5^s_mn^usbff_e^ix_r
"₍H_N"_o
'-L'
Suffix)
50 to 600
Volts
Marking Code: 3F1~3F7
M_•^MP_*Ea^Re_pRx^O_o^c_oi_x^D_Hm^h_y^U_S:^aCu_pU^nT_rm_Lo9d^iTc_4u^YR_c-^aP_Vta_f^E₀^l_ot_rr^di^I_an_p^N_t^a_ae^Fg_cd^tO_ks^a_fi^R_nlag^M_mc^A_eo^T_dr^I_ee^O_tsa^N_{urfdfiaxn"tG"}
•
•^•
C^OSa^H_ts^pa_oe^el_r^o_ar:^ag_gM^te_einⁿo_Tgl^f_ed^Tr_m^ee^ee_pmd_e^ppp_r^real^oa^rtd_uas_r^utt_eui^c_:rc^te-,^f_6:^oS^-5r6O_к^5pD^кa_t^c_o-1^kt+oi2ⁿ₁₊3^g₇¹H₅^c7_к^o5dкe
suffix
"H"


.012(0.305) ^0.040(1.0)
.1 0 3 ( 2 .6 2 )
DO-214
AC
0.024(0.6)
.0 5 9 ( 0 .1 5 0 )
(SMA) (LEAD FRAME) ^.078(1.98)
,
0.031(0.8) Typ.


0.031(0.8) Typ.
• Terminals :Plated terminals, solderable per MIL-STD-750
R^M_Pa^A_ati^X_rn_tMg^IM_Ns^Ca_u^UCt_m^M2_b5^R_e^oC^A_r^MTam^IeNb^tGi^he_RM^Sont_e^daAt_ce^x2N_um^im0_r^Dp_r^2uee^Er^mn6a^L_ttu^Er^Ce ^Tu^Rnl^Ie^C_Mss^A_ao^L_xt_ih^C_me^Hr_uw^A_mis^Re ^Asp^Ce^Tci^MEfie^Rad_B^Ix.^S_liom^T_c^IukCminS_gDC
.059(1.51) H
.0 2 8 ( 0 .7 5 )


.3 2 0 ( 8 .1 3 )
.0 0 8 ( 0 .2 0 3 )
.0 0 0 ( 0 .0 0 0 )
•SPinogllearpihtays:e,Inhdalifc_Pwaa_etve_ae_kd, _R6b0_eyH_vc_eza,_rstr_ehesoisdtie_Rve_Mboa_Srni_Vndd_ou_ltc_ati_gv_ee load. _Voltage
Dimensions in inches and (millimeters)
.3 0 1 ( 7 .6 4 )
For
•M
capacitive load, de_Vra_ot_le_tac_gu_err
ounting Position : Any
en
t
by
20%.
J
ES2A-L
50V
35V
50V
M^•AX^WIM^EeU^SiM^g2BR^hA^-tLT^:I^ANG^pS^p(^rA^ot ^xTA^im=^1a025^0toeVC^dun⁰le^.s⁰s¹o¹the^grw^ri^ase^m7n⁰o^Vted)
100V
Dimensions in inches and (millimeters)
ES2D-L
200V
140V
200V
Max^Ei_Em^SSum^22GJR_--^Me_LLcu^Arre^Xnt^IP^Mea^Uk R^M₆₄e^00Rve00ARr^VVTsIeANVGToSl^Ita^Nge^GS
A²⁸N^0VD
420V
ELECTR⁴⁶⁰⁰I^SC^00YVVVMA_RR^BL_M^O
L FFM301 FFM302 FFM303 FFM304
CHA₅R₀ ACT₁₀E₀ RIS₂T₀₀ICS₄₀A₀
FFM305
600
FFM306
800
FFM307
C1000
UNITS
Volts
RSiantginleg_Es_lp^MMM_{eAhaaaacvatxxxtiiies2mmmrrei}5_uuuacmmm℃_ghaeaADRlvCl^M_CFfea^Sr_hBowmalra^Vgo_awb_ecorvki^l_aaFte_ie^an_rocn^g_,gdrt^ewt6_Veat0_ore_rldHitm_asRgztp_eei,ccer_tsierfa_iIse@Ft_di(us_ACVrt_2ieu)v5reru_°enCno_tlfe_UatisnnT2sd_{lA.e0uo=sAcths5ti5}ev_Oor_Cetw_hlTio_es_Laer=wds1.ip_1se_0ec_кSifi_pe_ed^VV_c^R_I._DOMiCf^S_ied
35
50
70
140
100
E₂₀₀
F
280
420
560
400 D
600
800
B
3.0
700 Volts
1000 Volts
Amps
For cap_PaC_ec_aui_ktrir_Fve_oen_rwtlo_ara_dd_S,_urd_ge_e r_Ca_ut_re_renc_tu₈r_.3re_mn_st_sb_iny_gle20_ha%_{lf sine-wave}
sPupeearikmpFooserwd oanrdratSedurlogaed
Current
RATIN
(_GJE_SDECI_FSm_Method)
Marking ^MCM^ao^xad^imxei^um^mu^Tm^{hermal Resistance}
50A
8.3ms, half s^Ii^Fn^Se^M
G
100
DIMENSIONS
Amps
SYMBOL
F_(NM_ot1_e2₂0₎ -_RM_θH_{J L}
FM130-MH
FM140-MH
INCHES
FM150-₁M₅H_MMFM160-MH
FM180-MH
FM101_C0_/0_W-MH
FM1150-MH
(Note₁3₂) RθJA
13 DIM
A
14 ^MIN
.079
15 ^MAX
.096
50MIN
2.00
16MAX
2.44
18 ^NOTE
1^0C0^{/ W}
115
Maximum^TIynR^psice^taac^lnu^Jtur^arⁿe^nctn^eiot^onP^uCe^saa^pk^acR^itaeⁿv^ceer⁽s^Ne^oteV¹o⁾ltage
O_Fp_oer_ra_wtin_ag_rdan_Vd _oS_lt_to_ara_gg_ee Temperature Range
VRRM
2^C0^J
TJ, TSTG
30
B
C
D
40 ^.050
.002
---
50 60 ^.064
810.27
1.63
.008
.02
-55
to
+^.-0--51 50
.20
.51
80
Maximum R_EM_SS_2AV_-o_Ll_-t_Eag_Se_2D-L
V_F
.95V
I^V_FM^RM=^S2.0A;TJ¹=⁴25^oC
21 E
F
28 .030
.065
35 .060
.76
.091
1.65
421.52
2.32
56
10^p0^F
0_C
70
150
105
Maximu^Em^LECD^TC^RIB^CAlo^Lck^Ci^Hn^EAg^RSV^A2o^CGl^Tt^-Ea^LRg^Ie^STICS
ES2J-L
(At
TA
=
25^oC
u¹¹n_..le₇²s₀₅s_VVotherwis_Ve n_Do_Cted)
20
Maximum Average FEoSrw2aJr-dL^CR^HAe^Rc^Atif^Cie^Td^ERC^ISu^Trr^ICe^Snt.975V(Typ) I_FM I=O 2.0A;T^SJ^Y=^M1^B5^O0^LoC
30
G
H
FFM30^J1
40 ^.189
.157
FFM^.3⁰⁹0⁰2
50 ^.220
4.80
.181
4.00
FFM^.13¹0⁵3 FFM²3^.20⁵4
605.59
4.60
80
FFM²3₁^.0⁹²5_.0FFM306 FFM307
100
UNITS
Maximum Forward Voltage at 3.0A DC
1.25V(Max)
VF
SUGGESTED1S.3OLDER
Volts
150
PsuepaekriFmopr_RMMwo^MRR_as^aaa_teae^xxa_erⁱⁱd_vtddm^x_meeiDuS_uo^mdrmmC_nusuDr_e^FB_rDg^m_aC^ulCe_oCt^ll_ec^DBC_Ru^Lk_dioerClnu_or^a_lvgore^de_cra_Ve_nrk^Rs_don_tieelnt_t(A^vaC_gJ8^eg_tEur._es3_rDreemE^Cn_Cts^uars^rt_m^einⁿ_e^tg_I^,_Rt^Flhe^u_o^lh^l_d^ca)^ylf^cls^ein^A₁e^v_5@@m-^e_µw^rTTa_AAa_A^g_Av^e==e^a12t ₀^T5₀^A_TToCo⁼_IAAC⁵_F⁵_S==^o_M^C_{2150к0к}
Typical T^MVh^aeo^xrⁱl^mtma^uag^mleR^Ree^vs^ei^rs^st^ea^Rn^ec^ce^ov(N^ero^y t^Te^im2^e) ^{(Note 4)}
RΘJA
IR
trr
PAD LAY5O0UT
0.090₁” ₀
30
250
150
250 ₄₀
500
uAmps
uAmps
uAmps
nSec
TOSytpoperiarcagateli^N_nJ^O_Tgu^MRTCT_enTy^E_eaamcp^S_ecpxt_ipimoiac^:o^m_e2341vacnp^...._reuilaet^MTTTC_ramJehhtr^e_yusauneea^atrr_rtTnc^sp^R_mmCeu^u_eca_ioaar^e_rm^e_tnRllec^viddrr_oi_eeea^et_iR^ata_snsino^rtiis_asn^s_n1gtts.nac_a^e0_e:nneg_IMccFeee(^H=N_jjzuu0no_na.cc5nt_tte_Adiioo,ann1_IpRCTtt)^poor_=lJr^{iatee-md1rm.ba0ivieAnen,artalI,}_{R6g6R.e.0130=mvm55}^o-mml_p0^nta._2Fs22^{gc5ecoAooppfpp4ee}_I1M^.I_rTr0^Fr_pr.^Vp==_SCT_0eaaD⁰_d0TMadJJ^Css.._Gs52Httuoo^A5zr_eeA,e,aac^Id_cV^R_hh⁼_{Rattee=1trrm4.m}⁰_i.inn0AaaVl^,_{l.. -55 to +125}
0.085”
120
- 65 to +175
-55 to +150
Notes: 1. High Temperature Solder Exemption Applied, see EU Directive Annex Notes 7.
0.070”
2012.12
CHARACTERISTICS
WILLAS ELECTRONIC CORP. SYMBOL FM120-MH FM130-MH FM140-MH FM150-MH FM160-MH FM180-MH FM1100-MH FM1150-MH
Maximum Forward Voltage at 1.0A DC
VF
0.50
0.70
0.85
0.9