SMCJ Datasheet, PDF (4/5 Pages) Bytes – SURFACE MOUNT TRANSIENT VOLTAGE SUPPRESSORS

SMCJ Transient Voltage Suppressor Diode Series
Rating & Characteristic Curves
100
Pulse D₁₁₁₀₀e₀₀₀₀r₁₁a₀₀₇t₀₀i₅ng Curve
75
75
75
775550
50
50
50
552005
25
25 ₂₅
10 x 1000 Waveform as Defined
by R.E.A.
2050_0000250011100000_{00xxx1101011222}00_0xx55500_{01010022002W55WW00bbb500yayaya555}vv_vW0WR0R0RebebA_{eA.f.f.yafyaEm5oE5Eomovv.50r.R0.rRrAebAeA}m_{bAmm0.f.fi..Ai.E7Eoem7o7e}a.m5na.r5_{ar5nAAbmsmststb.i.77TeDTDDia75eae5ne}ee_{esms5nt1m1f1ff}itiT0D_{iD0n0pnnpeT00ee0eeeeeem11dfrfddmriia100nnapt000epteueu0dderr11r1aere22at2u(5t55(u°r1°1CerC122e))25(5°(5111C°55C5)000)111555000111777555111777555222000000222000000}
AmbAimenbtieTnetmTpeemrapteurraetu( °reC)(°C)
Maxim²u⁰m⁰ Non-Repetitive Surge Current
2₂0₀0_0210000
200200
100
100₁₀₀
100100
Pulse Width 8.3 ms
Single Half Sine-Wave
10
1
10
1¹0⁰¹₁¹⁰⁰ ₁
11
S2S_SiPiP_iPnn_n^u(u(gu(_gSgJSJlJll^lslEs_lEie2P^s_iPeEenneeD^e_DuDu(HgHg_HJWEWl(El^WE_{llsasaJEeaeCCCeleilEiDl}f^idfdH_fH^d_{MDMWWSMEtStStaahhE}^h_Cie5ileilneinfC_nfddt8t8t8ehMehS_etSht..-^._hM-3ho3-oi^3oWieWn_Wndd8d^e5tm8mem_e)ha)at.)._{aN--3hv3osvsWvsWueoedemmmda)a)vsvs1bee0er}
10
of Cy2c0les
20
at
60
H5z ₀
50
2₂
22
5⁵N_Nu_{u55mmNbbueemrrboo}1¹_eff0r⁰C_Coy11yfc0c^0lC_le_eyssc2a²_lae0t^0t_{s66220a000tHH6z0z}
Hz
50
50
50
50
NumNbuemrboefrCoyfcCleyscalets6a0t H6z0 _Hz
100
100
100₁₀₀
100100
Pulse Waveform
TR=10 µs
Typical Junction Capacitance
100
Peak value (IRSM)
TR=10 µs
100
100₁₀₀
100100
50
T^TR^RPP_P=^=eTTe_e1^1aRaR_a0⁰_{PkPkk==HeHµeHµ}^v1v1_vaasaa^s_aa0aa^0kkllll_{llfufufuHµHµvveveve}^H_vssaaaaaaa^(lla(ll_(lfulfuIlIuI^lu_u^RRf_{ReveveeeaSvaSS=(=(=lalIMIMuMuRRlIII}^ueeRR)_{R)S)S=e=2S2S2MSM=IMIMMRR))IR2S2Sis2SMMMdPPedufuiweislnlscshPdeeaePeudeywrulwfsesailinseidstdteeohtwttdhhehw5iaad(p0(iTtdsTehP%tpPathh)ok()Tai(oncTtPfutPp)IrP)oreSinnMtt .}
50
50
50
50
50
TA=25
TP
TA=25 °C
°C
0T^{TAA==TTTT22PPAPA55==TT°°22CPCP55}
°C
°C
d_d^iwi_we^ws_esch_ch^hddad_a^ePeeieiwy^ews_y^resrurfsfee_sc^e_hih^{ilddn1nsaaPteteteteeo0ehsyh}_or^hurffdd_eseeeii^ewl5dxn₅^nsatpa0etpe^p0ie1hohdss_feded^e0ie%ewt_%^{an5atath0ahakh}_pkep0i^k0dssoa(da_eoecc^cTt%tft_atawf^thuubuhPhpkIk^pIrrPayra(a)_P^ooro_r^r_ccvTteStei^e_fSRⁱ_uuenP^nnpnpMn_IM.rfrt^ttP)otEoot_rr.ei.eSirnAnnmnMtt.tt _.
de1c0dayexsc1aty0os050t0ow%5a0voe%ffoIPormSf _IMP.SM.
a¹s⁰ d^x1e0¹fi⁰nx⁰e1⁰d0^wb0y0^avRw^e.^faE^ov.^rAe^mf.orm
1a0s xd_1ae_01sf0i_xdn0ee_10fd_0inw0b_e0ay_dvwRebfa._yoE_vrR._eAmf.._oEr.Am.
as daesfidneefdinbeydRb.yE.RA..E.A.
0
1.0
2.0
3.0
4.0
10000
10000
100₁0₀0₀₀₀
1001000000
1000
1000
100₁0₀₀₀
10010000
100
100
100₁₀₀
100100
Unidirectional
Unidirectional
Uni_Udi_nre_idc_it_ri_eo_cn_ta_iol _nal
UnidUinreidcitrieocntaiol _nal
Bidirectional
Bidirectional
Bidi_Bre_idc_it_ri_eo_cn_ta_iol _nal
BidiBreidcitrieocntaiol _nal
TA = 25 °C
TA = 25 °C
TA =_TA25₌ °₂C_{5 °C}
TA =TA25= °2C5 _°C
0
0⁰⁰₀
0
00
00
1.0
1.0 _1.0
1.0 _1.0
Pulse Rat¹in⁰⁰g Curve
10¹0⁰⁰¹⁰⁰
100100
10
10¹⁰ ₁₀
10 ₁₀
1.0
2.0T, ^{Time (ms)3.0}
T_T,_,2²T_T.^.i0T⁰m_im,22eT.e^.0i0(m₍m_mess())ms)
3.0 _3.0
3.0 _3.0
T, TTim, _{Tei(mmes()ms)}
4.0
4.0 _4.0
4.0 _4.0
TA = 25 °C
Non-repetitive Pulse Waveform
N^SNoNhn^ooo-^nSwnr_NNS-h-e^nrrohop_oeenione_wppn-t^w-eeni_r^TrPt^tetneiA^iiTiv^TuptptniAiie^Aleven=vsPteteP^=e=iTiP2Ttutu^{PiPAiAW52uv2lv}l_suus^{5le5e°=s=eall}e^sCsevP°P°W2e2eW^{eCCuuW55fWalWlo}a_{ssav°°r}v_eeaaCveCme^vvefWWf_oeefo^Gofrfaar^oomrrvm^{vrmareemmpGffohoGrrrarmmapphh}
ShSohwoSwn_hni_on_winP_nuPilunslesPeW_ulWa_sv_eaevWfeofarom_vremfG_orGa_mrpah_Gphraph
0
0
10
100
0
0⁰⁰₀
0
00
St⁰e^5.a⁰⁰dy
State
10 ^{Standoff Voltag1e0(0Volts)}
Powe¹¹r^00SD_S^S11tt0t0ae_a^annSnSr^ddd_tataoao^o_nt^fnfffi_fd^fdn^VVoVooog_ff^o_ffll^lttVtVaaC^agooggelleu^e_ttaa((r⁽_ggVV^Vv_eeoo^oe^1l1_l((t^l_tV0^tVs⁰_s^{s0)oo)0)11lltt00ss00))}
5.0
5⁵.^.0⁰_55..400.0
4.0
4⁴.^.0⁰_443..00.0
3.0
3³.^.0⁰_332..00.0
1000
1000
100₁0₀₀₀
10010000
1.0
8.0 mm Lead Areas
1.0 _1.0
1.0 _{10.0.10.15µ.880s..00m8m8mm..00mmL1mmeLL.0ammeedaaµdLdLAseerAAaaerrddaeesaaAAssrree1aa0ssµs}
100 µs 1.0 ms 10 ms
0.⁰⁰10^..11_{.0100.1µ..11sµ0s.1 µs1.10.0µµs1s.0 µs}
0.1 _{0µ.s1 µs} 1.0 _{1µ.s0 µs}
10¹¹⁰⁰µs^µµ1_{T1ss0P0T,Pµµ,PssPTu}^TuP_l1s,Pl0_se^,Pe10_1PWu00Wuµ_l0s0i^lsd_{1se1idµtµe00hWtss00hWiµdµidstshth}1.¹0_1..0m_{0 1m1}s_m..00ss
ms
ms
1¹0⁰m^m1s_{0s ms}
10 m10s _ms
TP, _{TPPu,lsPeuWlseidWthidth}
2.0
2².^.0⁰_221..00.0
1.0
1¹.^.0⁰_110..00.00
0.0
0⁰.^.0^0000..000
00
60 Hz Resistive or
Inductive Load
60 Hz Resistive or
25 ₆⁶_0I^0In_n5H^H_6d6d0z0u0^zu_IcnRcRHHtdtie^e_zi^zvu_vs^seRcR_eiⁱ_st^sLee7i_Lt^t_vsios5^io_ve^v_iiasea^sedLt_d^toiio_ovvr^r_aeed1oo0rr0
125
150 175 200
25
50 ^{InduInc7Tdt5iLuv,ceLtLievoaead1Ld0To0eamd pera1t2u5re (°C)150} 175 200
25 ₂₅
25 ₂₅
50
50
55T_T00L_L^,_,^LT_L^77eL_e^5a5_,a^dL_d77eT55_Taeedmm¹¹_Tp0pe^0e0m_e0^r11_r^ap0_a^0t_t^ue00_urrraeet1u(^{1(°2r2°Ce5}_C51)1(₎22°C55)
150₁₅₀
150150
175₁₇₅
175175
200₂₀₀
200200
TL, _{TLLe,aLdeTaedmTpeemrapteurraetu(°rCe)(°C)}
Specifications are subject to change without notice.
The device characteristics and parameters in this data sheet can and do vary in different applications and actual device performance may vary over time.
Users should verify actual device performance in their specific applications.