MBRF10150CT

MBRF1 0 1 50 CT Dual Hi gh V ol t age S chot t ky Rect i fi er Feat ur es Co m mo n Ca t ho d e S t ru ct ure L o w P o we r L o ss a n d Hig h E f f icie ncy L o w Fo rwa rd V olt a ge Dro p Hig h S urge Ca p a bilit y Appl i cati on: Hig h Fre qu e n cy S wit ch Fre e W he elin g, a n d P o larit y P ro t e ctio n A p plica t io n s Ab so l ut e M axi mum Rat i ngs(T c=2 5 C un le ss ot h e rw ise n o t ed ) S ym bol P ar a m e ter V a l ue Uni t V Ma xi m u m Re p et it ive Re ve rse V o lt age 1 50 V R RM V Ma xim u m DC Re ve rse V o lt age 1 50 V R 5 (P e r L e g) I F (AV) A ve ra ge Re ct if ie d Fo rwa rd Cu rre n t , T c=1 20 C A 1 0(P e r De vice ) I P e ak Fo rwa rd S u rge Cu rre n t , 8. 3 ms Ha lf S in e wa ve 1 2 0 A F SM T j O p era t in g Ju n ct ion Te mp e rat u re 1 5 0 C T stg S t ora ge Te mp era t u re Ra n ge -5 5 t o +15 0 C (T c=2 5 C u n le ss o t he rwise n o t ed) Ther mal Char act erist i cs S ym bol P ar a m e ter Ma x Uni t RJ C Th erm a l Re sist a nce , Jun ct io n t o Ca se P e r L e g 4 . 0 C / W E lect ri cal Char act erist i cs(T c=2 5 C u n le ss o t he rwise n o t ed) S ym bo l P a r am e te r Te s t Condi tons Mi n Ma x Uni t Ma xi m u m Re p e tit ive V IR =1 0 0A 1 50 V R R M Re ve rse V o lt age VR =1 5 0 V Tc=2 5 C 0 . 1 I Re ve rse Cu rre n t m A R 5 VR =1 5 0 V Tc=1 2 5 C IF = 5A T c=2 5C 0 . 9 2 IF = 5A T c=1 25 C 0 . 8 2 VF Fo rwa rd V o lt age V 1 . 0 2 IF = 1 0A Tc=2 5 C 0 . 9 2 IF = 1 0A Tc=1 2 5C H U A K E se m ic ond uc to r s 2 0 17 . 0 8 1/ 3 HK - W I- TD- 0 0 4 / B / 0MBRF1 0 1 50 CT Dual Hi gh V ol t age S chot t ky Rect i fi er Typ i cal P er for mance Char act eri sti cs Fig ur e 1. For w ar d C ur r en t C har a c te r is tic s Fig ur e 2. R ev e r se Lea k ag e C ur r e nt Fig ur e 3. Jun ct ion C ap ac it an ce Fig ur e 4. Pow er D er a tin g H U A K E se m ic ond uc to r s 2 0 17 . 0 8 2/ 3 HK - W I- TD- 0 0 4 / B / 0