SIDAC K1V10 Series H4syF Type No. KIV10, KIV11, KIV12 Tei B acy aR te m % fH WAL Item Symbol Conditions Ratings Unit RTF AN~ Storage Temperature Tstg 40~125 Cc Rema . 5 Operating Junction Temperature Tj 125 A 7 BE Maximum Off-state Voltage VDRM 90 Vv SED A BEE =112% i =180 RMS Onstate Current Ir | Ti=112C, 50Hz sine wave (@=180) 1 A +e Uday BH ITsm Tj=25C, 50Hz sine wave (@=180"), 20 A Surge On-state Current non-repetitive l-cycle peak value . Ta=25C, pulse width to= | = 25 oe Ne At eK nt ITRM | 10zs, sine vwave, repetitive mite A . peak value f=60Hz 80 4 BR LA : Critical Rate of Rise of On-state Current dit/dt 80 A/us 1" Bi 5 SF SA 5 1B Ratings BUY Item Symbol Conditions Kivio | Kivit | Kivi2 | Unit 7 7 4 75 BE Vso | In=0, 50Hz sine wave 95~113 | 104~118 | 110~125 | V Breakover Voltage a7 Bie = MAX Oft-state Current IpRM | V>=VpRM 10 BA Te- FAA Bit Ino MAX 0.5 mA Breakover Current PRA aE In TYP 50 mA Holding Current 4 + Se = MAX On-state Voltage Vr |Ir=1A 1.5 Vv AA vy HRY THE Rs MIN 0.1 kQ Switching Resistance SR : . MAX y Thermal Resistance 8jl | Junction to lead 15 C/W a 8 acy & 1% m mM fk Hite Item Symbol Conditions Standard Unit ha Bit I Assembled in P.C.B., Ta=25C, 1.2 A RMS On-state Current T soldering land 3mm . 8 @@AHRAA Marking + : = AEH i: color code i | 1 SREY > K1V10 SERB blue: KIVI1 26.5%2 [2298 26.522 64.4787 Type No. green : K1V12 uy badass GA) date code (Unit : mm] 14 TmT Shindengen TOKYO, JAPAN,SDS K1V10 Series Type No. K1V10, KIVi1, K1V12 Typical On-state Voltage 5 measurement. Ir [A] 3 ql _ Instantaneous On-state Current 1 Instantaneous On-state Voltage Vr (VJ Power Dissipation Tj= 125C sine wave conduction angle 180 1 Power Dissipation P [W] On-state Current It(r.m.s.) [A] Transient Thermal Impedance e 500 200b = 100 = 50 a rs soldering land 3mm 20F | )=2~ 15mm as THe J i "304 510-3 S102 5101 5190 S1Ot S192 $103 Duration t [see.] Transient Thermal Impedance @ja(t), @j/ Breakover Voltage VS. Tj i Ratio of Va0(Tj C) Vao(Tj=25C) 08 Junction Temperature Tj [C] Max. Lead Temperature 14 T)= 125C sine wave conduction angle Ir [A) RMS On-state Current Lead Temperature Ti ['C] Max. Ambient Temperature in P.C.B. r20mm re { land 3mm RMS On-state Current It [A] Ss Tj= 125C sine wave conduction angle Ambient Temperature Ta [C] Surge On-state Current (Itsm) hon repetitive sine wave 50Hz conduction angle 180 free in air Tj=25C Surge On-state Current Irs [A] Number of Cycles Pulse On-state Current Rating (IRM) current wave form -Tp Vin Ta=25C free in air sine wave Pulse On-state Current (peak value) Ip {A] Pulse Base Width to [us] Pulse On-state Current Derating (ITRM) current wave form <-Tp t tor? free in air sine Ratio of Ip(TaC)/Ip(Ta=25C) Ambient Temperature Ta [C] THT! Shindengen TOKYO, JAPAN. 15