F5001H FUJI | Alldatasheet

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F 5001 H FUJI POWER MOS-FET. See IN“ELIGENT POWER SWITCH ; . — Outline Drawings woes asso @ -eatures a — CPU direct drive > Fi @C-vertemperature, Overcurrent, Overvoltage protection 2 &) 7 ©@Cpen load, short-circuit detection [. vis @ Lower Roscon ify 20:5 1 @tigh surge capability eee. 6 2S ©T0220F-5pins fl 1 al © Self-isolati MOS ost Self-isolation CMOS/D process cot i 7 Br ae Applications T0200ES ®@ Automotive electronics EIAJ (Solenoid drive, Lamp control, Motor management) _ @\\iidustrial electronics (Power switch) @ Truth Table L="Low'level | input Output Mi Vax. Ratings and Characteristics Normal L @ Absolute Maximum Ratings(Te=25°C) a Te _ Items Test Conditions [ Ratings [Units Pe" load | yy auto-restart _Dvain-source voltage puls (0.258) 60 V Short ciitlitler Applied voltage Vv DC 32 Vv circuit H | L | L |favto-restart OP “eet ce _[puls (0. 25s) 60 V Over LIL —_—__ ~O itput current In 3 A temperature | H | L auto-restart wc T.=25°C 30 W _ Nax. power dissipation Po F225 W Overvoltage auto-restart __Oderating temperature Toy __| Straight lead lan 148. c ~ Wax. channel temperature T °C __S:orage temperature range _ —55~150] °C oe ie E03~Vet0d V _Irput voltage Vw [puls(0.255) 60 Vv _Max, status current 5 mA @E ectrical Characteristics(Tc= 25°C) _ Items Units _O erating voltage Veo 5 = 28 Vv ~ Standing current Tec | Vee=12V_Vy=0V_R,=100 = = 3 mA ' Vx Vec=12V __ _ | 35 = = V _ Bout voltage Vines Veo=12V _ =| 15 Vv — Input current Tina Vec=12V_Vw=5V = = ie BA ~Orstate voltage Voscon L=1.5A [= oa TV ~O rsstate resistance | Rosson) Vec=12V (l= [T= Toe [a 0 itput Jeacage current | Tou Veo =12V | — | mA Over current detection Toc Vec=12V__ #1 | 6 | aA __ Over temperature detection Trip Vec=12V F150 | — | 200 Cc ~ Over voltage detection Vows 32 Vv switching ti tow Veo=12V [= | = | 8 _ Switching time oe R100 =a us “Thput capacitance Cin Veo= —_ | 9F _ Status voltage L level _ Verus Vec=22V Vn=0V_ R=100 I=1.0mA 04 Vv “Status leak voltage | _Isruens Vec=12V Vy=5V_R,=100 [10 | wa _ Clamp voltage Veiame | Voo=12V_Vin=0V L=1.0A L=lomH | — [=i [| — | V __Deode forward on voltage Veo Viw=0V_Isp=3A_Tj=25°C i= f= pio | Vv T ermal resistance Ruse channel to case P= | — [4a [Cw __ ~ Rina channel to air [— | = [5 [c/w Open load detection Reoven Vec=12V_ Vy=0V 30 ko *1~ In case of over-current oscillation mode operation starts. A2-476

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i M » aA LEA A (ma) = TO A “00 -50—C* 50 100150200 “100-50. 50 «100=S«CsO—SC«OO TCC} TCO) Operation Voltage Standby Current 5) 5 4 4 i ——— foes 3 (= Tie 26°C on am, 3 = —a w) Tied 6 ott wn wo, “TT ' ° 5 10 6 20 25 30 35 100 50, Ce) 50 100 150 200 VeelW) TCC) Input Threshold Voltage Input Thershold Voltage

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1 | | tT tT [| 4 “100-50 0 50 100 150 200 oO 5 10 15 20 25 30 TCO) Vec(V) Input Current On-State Resistance A2-477

4 2.9 eee | toe A > 7 PL | | (a) (mA) on a < - " 0s Cot a rn a a a a TCC) TIC) On-Stage Resistance Output Leakage Current 6 20 pemere | || | = — Saaaan un ° T2250 max. © TT * NZ po - an os 820280 90 3 0 3900155 200 Vec(V) TCC) Over-Current Detection Over-Current Detection 220; ° . So LI || . —P | | * i | | i | 30) (SEEPS EEE wie ov ce) bed == ™) Pry Veo) TCC} Over-Temperature Detection Over-Voltage Detection A2-478

600) PLPTy “to 2 et | No mt FD ET | SS ~ Tt rt © 7 TEE 20 p tt 1 RS eee “00-500 50 100150 200 Oo 3 10 Fy 20 25 30 TCC) Vee (V) Status Voltage Open-Load Detection 60) 3 st R a Wi 7 ‘ toe | oT | et LLY {ka} “| ET (a) 17 © 1 | on | bt] / os 1 | q J / =100 50 o 50 00 150 2 10 60 no 150 TCC) T.LC) . Open-Load Detection Maximum output current without heat sink 15 12 ; 2 atti yyy ap TOECCEn . a OP 0.2) a a a a ° 800-800-800 200-250 Vee lV) Ten (°C) Over-Current protection Over-Current Protection A2-479

teceuty (TA/T 20817: Voom 1 2Vs Ve 5V 25) 25 oa os it FU a =! Ttaeitaton perice 5 6 t= ON-duty ON-duty a ol ° Operation with ever current (%) (%) | tae PLS Tt lal 5 in “a Tibscilation period ° so 6 2 25 20 Spo =s0 0 ~~«BDSC«CO CSO 200~—«50 Vecl(W) TCC) Over-Current protection Over-Current protection 80) 80) | | ix | 40} — 40| _ SI Peak I Operation with over current Peak 1 Operation with over current. ) Vw |] Peak (ay Ee atm te 20 va LST i %5 6 0 5 20 25 30 oe “50 0 ‘50 0 150-200-260 Veo lV} TCC) Over-Current protection Over-Current Protection A2-480

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