MCK22-8 TGS | Alldatasheet
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TIGER ELECTRONIC CO.,LTD Sensitive Gate Silicon Gontrolled Rectifierc MCK228 I Features O Repetitive Peak Off-State Voltage: 600V o R.M.S On-State Curent ( lT(RMs)= 1.5 A ) O Low On-State Voltage (1.2V(Tp.@lTM) 2. Anode Cathode S0T-89 t nit:m DE I Absolute Maximum Ratings T; = 25C Parameter Symbol Rating Unt Peak Repetitive Foruad and Reverse Blocking Voftage VDRM and VRRM 600 Foruard Curent Rus (180C Conduction Angles) lr(nus) 1.5 A On-State Rus Cunent, 180C Condudion Angles; Tc = 93C) lrAV) 10 A Peak Non+epetitive Surge Curlent('ll2 Cycle, Sine Wave 60 Hz ) lrs,r 15 A Oircuit Fusing Considerations (t = 8.3 ms) h 0.9 A2s )eak Gate Power- Forward, (fc = !gC. Pulse Width{1.0 rr s) PGM 0.5 W :orward Avenage Gate Power,(Tc = 25C ,t= 8.3 ms) PGF(AV) 0.1 W :onarard Peak Gate Current GM o2 A )eak Gate Voltaqe - Reverse VGRM 5.0 fhermal Resistance, Jundion to Case R oJc 15 c/w fhermal Resistance, Jundion to Ambient Ren 125 c/w Operating Junction Temperature Ran ge TJ 40 lo +125 'a Storaqe Temoerature Ranoe Tsts 40 to +'l 50
I Electrical Characteristics (IC = 25C, unless otherwise noted.) Parameter Symbol Testconditons Min Typ Max Unit reak Foruard or Reverse Tc = 25C Slocking Curent Tc ='1257 lonu, InnlVnx = Rated Vonlt orVnnu 200 uA reak Foruard On-State Voltaqe*1 Vru lru=3APeak 1.2 1.7 3ate Trigger Cunent (Continuous dc)'2 GT Anode Voftage = 6 V, RL = 100 Ohms Anode Voltage = 6 V, Rr- ='l 00 Ohms,Tc=4OC 200 500 uA 3ate Triooer Voltaoe (Continuous dc) VGT Vrx = 7 Vdc. RL = 100 Ohms 0.8 Sate Non-Tdqqer Voltage VGD Vlx = 12Vdc, Rr- = 100 Ohms,T,l = 125'C 0.2 loldinq Current IH Anode Voltaoe=12V 2 50 mA lritical RateofRise of Ofi-State Voltaqe dv/dt VGM=0.67VDRM T.t = 125C 200 V/u s .'l Pulse Test: Pulse Width < 1.0 ms, Duty C),cle { 1%. *2 Rer currcnt is not induded in measurement.
Fig L Gate Characteristics 08 12 16 2.O 21 Instantaneous On-State Voltage M Fig 5. Typical Gate Trigger Voltage vs. Junction Temperature Fig 2. Maximum Case Temperature 02 04 06 08 10 Average On-Sate GJrent [4 Fig 4. Thermal Response - ;=- t*l- trt ,tI I I 'rI 'rt*r I oL O E g o E o o o3I ra o o o E Eroo F o o F too o oN^^ too to' too to' 1t Time (sec) Fig 6. Typical Gate Trigger Gurrent vs. Junction Temperature Junction Tefiperature ["q 0003 Jundion Tefiperature ['Cl \\ O =1s0' A : Conduction Angle
E o o .!2 o o =o- oo eo xo E E c I53o P !,2oI Fig 7. Typical Holding Current 40 -m o 20 ,{o m 8o lm ln 1,O Jundion Tenperdurc [t] Fig 8. Power Dissipation 00 o.4 06 08 AveragBOFSdeOrent [4 _J_ | f- -L l