St AMMO 8, Faas K1V(A)10 Series _ Tyee No. KIV(A)IQ_KIV(A)II, KIV(A2 BeBe +7 BE Off-state Rt v RMS On-state Current Ya ya Surge On-state Current Tj T=98C, 50Hz sine wave (@=180) Tj=25C, 50Hz sine wave (6180), non- titive l-cycle peak value Ta=25C, pulse width to | f=1kHz 10us, sine wave, repetitive value It >| ei< ITsM ASWAA > BIE Pulse On-state Current + Mitt be ITRM f=60Hz dit/dt A/us. ss LEM Cd ENR ww 6 te A tS fi Ratings Mir Symbol Conditions KIV(A)10 | KIV(A)11 | KiV(A)12]_Unie_ creakover detage w= Veo | 1B=0, 50Hz sine wave 95~113 | 104~118 | 110~125 | Vv oe ent IprRM | Vp VpRM MAX 10 nA restover Caren ae IBo MAX 0.5 mA Holing Current ts TYP 50 mA Costa, etage Vr |Ir=1A MAX 1.6 Vv Suiting Restarts Rs MIN 1 kA mee Resistance Aji | Junction to lead MAX 20 c/W chickens Reha y MU It Assembled in P.C.B., Ta=25C, 0.6 A RMS On-state Current soldering land 3mm . ieee. Outline Dimensions @GAMAME Marking MEH oe _____._, , color code | | orange : K1V(A)10 blue: KIVA $0,620.95 27522 Lest 27,542 j.2.6507 green : K1V(A)12 oy bases (A) (Unit : mm] date code 260-00" - ip wm TOKYO, JAPAN 4 Characteristic Diagrams a Typical On-state Voltage measurement. f= Instantaneous On-state Current It [A] Instantaneous On-state Voltage Vr [V] Power Dissipation Tj= LSC sine wave angle Power Dissipation P (W] On-state Current It(r.m.s.) [A] Transient Thermal Impedance ZI TT TL Transient Thermal Impedance @ja(t).6j2() ['C/ Breakover Voltage VS. Tj Ratio of Vso(Tj C)/ VB0(Tj=25C) Junction Temperature Tj [C] Max. Lead Temperature Tj= 125C sine wave conduction angle RMS On-state Current Ir [A] Lead Temperature Ti [C] Max. Ambient Temperature RMS On-state Current 11 [A] Tp= lsc gine wave Ambient Temperature Ta [C] Surge On-state Current (Irs) non repetitive sine wave 50Hz conduction angle tree in air Ti=25C Surge On-state Current Ivsm [A] Number of Cycles Pulse On-state Current Rating (ITRm) current wave form Ip Caren Ta=25C free in air wave Pulse On-state Current (peak value) Ip [A] Pulse Base Width to [us] Pulse On-state Current Derating (ITRm) current wave form free in air Ratio of Ip(TaC)/Ip(Ta=25C) Ambient Temperature Ta ['C] Wan)