@) Bay 5etett (U0 Nihon inter Electronics Corporation 4A Avg. 90 Volts ( SBD \ BATH MAXIMUM RATINGS EA40QC09 EA40QC09-F MOUTLINE DRAWING(mm) . Type EA40QC09 Rating Symbol EA40QC09-F < OG bE 9 i a TE Repetitive Peak Reverse Voltage Vv RRM 90 YE aE aE pt | P.C.Board 16 Cm RE Ie AE Ta 39 GC) A Average mounted * . Full Sine Wave, Resistive Load Rectified - To 4.0) (IMR, Rak eR AETC= 130C) A Output Current . Full Sine Wave, Resistive Load KE ah igh aE at I A RMS Forward Current F(RMS) 4.44 eo YM Ey AQ (Sibiziis Five dh 1 PIES DRL) A Surge Forward Current FSM Full Sine Wave, Icyele, Non-repetilive ag tf & @ aw a A . _ Ane on Operating Junction Temperature Range Tj w 40 + 150 C fR ff im OE wll AN c a Storage Temperature Range Tatg 40 + 150 C MSSM ELECTRICAL CHARACTERISTICS @k Type 2.38"" 6.55 8% To ae | | Q. 5BMA* 2.28 109203 Q 2.2 MBAPPROX. NET WEIGHT:0.35g Characteristic Symbol Test Condition Min. | Typ. Peak Reverse Curent | Erm | Vew=Varw T}=25C perdiode | | towatont IE L Vew Ipm=2A T;=25'C perdiode | Peak Forward Voltage on | BE A+ TAD LAL Tl . ARIK i (Junction to Ambient) Ring-a) P.C.Board mounted * _ Thermal Resistance OB 7 - 2 Reng (Junction to Case) thg-e) * Print Land = 20X20 mm Meh - tHe FIG.1 BOE & FORWARD CURRENT VS. VOLTAGE a ee oe | INSTANTANEOUS FORWARD CURRENT (4) a c2 a4 06 a8 INSTANTANEOUS. FORWARD YOL TAGE {V; RMB EE (Vv) FIG.4 FH eA MRM K AVERAGE REVERSE POWER DISSIPATION uo 6 5 = # 8 Ls hoe a & x # aw 2 REVERSE VOLTAGE 4) #2 RE (VD FIG.7 + - 7 mi Bs SURGE CURRENT RATINGS f=S0H2 Sine wave WOn-Repetitive,No Load +, = / 8 os i aos 13 (ay 3 PINS \ tn 0 028 4 LEI: 6.02 9.5 oF o2 as TIME (8) ms mM (s) FIG.2 sso" HM BD WK SH AVERAGE FORWARD POWER DISSIPATION = @ 4+ oOo AYERAGE FORWARD POWER OISSIPATION (Ww) 12 1 2 3 AVERAGE FORWARD CURRENT {a} FOR ER (A) e@L-P Type 2.38MX g g5rels 17" eat 9~0.3 f osm 2 oe ET [lose 4) s C70 @ SOLDERING PAD iD s E = fa 3 i MIAPPROX. NET WEIGHT:0.30g wee - PEA REVERSE CURRENT {mA} > i FIG.3 E-?72BR -7ERER PEAK REVERSE CURRENT VS. PEAK AEVERSE VOLTAGE Fre 15e'e PEAK BEVESSE OL TAGE (W e- 7 @ ME iv) oom FIG.6 = R- 7h ge BR AVERAGE FORWARD CURRENT VS. AMBIENT TEMPERATURE PC. Board mounted (Print Tand=20*20mm) Eacoecog E FOPWARD CURRENT {4 > ewe eS HF FIG.S og | PSM OR - 7 - 2 Re Ew es ane a AVERAGE FORWARD CURRENT VS. CASE TEMPERATURE CONDUCTION ANKE a ane OOF 5 > E: REC, 180" wh, Sie wage eS UE: 5 8 E ee 2: E i a= Ze: + ia) & E = rE: aE o 28 50 ces 106 CASE TEMPERATURE (C) 5 - RBH (TC) FIG.8 # 2 82 8 JUNCTION CAPACITANCE VS. REVERSE VOLTAGE 13=25C, VE ZOmVMS, 2 1G0KH2 Typical value o om ow JUNCTION CAPACITANCE (pF} ? as : 2 5 'e 29 REVERSE VOLTAGE 1} 2 iw) 118 ee