IPB120N06N G IPP120N06N G ™ "%&$!"# Power-Transistor Product Summary Features .( V 9G O >@50ABAE8 B 2 78=6 2 >=D4@B 4@A 0=3 AG=2 @42 B 858 2 0B 8>= R + >=< 0F + & O ' 2 70==4;4=70=2 4< 4=B =>@< 0;;4D4; I ))&/ D4@A8 >= X" /- I9 6 O R >? 4@0B 8=6 B 4< ? 4@0B C@4 O D0;0=2 74 @0B 43 O ) 1 5@44 ;403 ? ;0B 8 =6 * >" + 2 >< ? ;8 0=B O " 0;>64= 5@44 02 2 >@3 8 =6 B > # Type #) ) ' ' ! #) ' ' ! Package E%HD**(%+%) E%HD*.+%+%* Marking )*(C(.C )*(C(.C Maximum ratings, 0BT U R C=;4AA >B 74@E8A4 A? 42 8 5843 Parameter Symbol Conditions >=B 8=C>CA 3 @08= 2 C@@4=B I9 T 8 R /- T 8 -+ R )# ) C;A43 3 @08= 2 C@@4=B I 9$[_W]P T 8 R D0;0=2 74 4=4@6G A8 =6;4 ? C;A4 E 6G I 9 R =G " *0( * 4D4@A4 3 8 >3 4 3 v 'Ot Ov 'Ot I 9 V 9G - Oi 'Ot T A T U$XLb R . !0B 4 A>C@2 4 D>;B 064 V =G ) >E4@ 3 8AA8? 0B 8>= P ^Z^ ( ? 4@0B 8=6 0=3 AB >@064 B 4< ? 4@0B C@4 T U T ]^R )# Unit 6 +(( T 8 R # 2 ;8< 0B 82 2 0B 46>@G #' # * 4D Value X@ VI'p] o*( I )-0 J R + 44 586C@4 ? 064 IPB120N06N G Parameter IPP120N06N G Values Symbol Conditions Unit min. typ. max. % % (&1- Thermal characteristics ,74@< 0;@4A8 AB 0=2 4 9 C=2 B 8 >= 2 0A4 R ^S@8 + & D4@A8>= 3 4D824 >= ) R ^S@6 < 8=8 < 0;5>>B ? @8=B A'J 2 < * 2 >>;8 =6 0@40*# % % ,( .( % % *&) + , % (&() ) % ) )(( % )( )(( Y6 % 1&1 )* X" % 1&. ))&/ % * % " +. /* % G Electrical characteristics, 0BT U R C=;4AA >B 74@E8A4 A? 42 85843 Static characteristics @08= A>C@2 4 1@40: 3 >E= D>;B 064 V "7F#9GG V =G - I 9 < !0B 4B 7@4A7>;3 D>;B 064 V =G"^S# V 9G4V =G I 9 T /4@> 60B 4 D>;B 064 3 @08= 2 C@@4=B I 9GG V 9G - V =G T U R - V 9G - V =G T U R - !0B 4 A>C@2 4 ;40: 064 2 C@@4=B I =GG V =G - V 9G @08= A>C@2 4 >= AB 0B 4 @4A8AB 0=2 4 R 9G"ZY# V =G - I 9 - V =G - I 9 + & D4@A8 >= !0B 4 @4A8AB 0=2 4 R= H\LY]NZYO_N^LYNP g Q] *# 4D824 >= < < F < < F < < 4? >FG ) 2 >==42 B 8>= ) 8A D4@B 820;8= AB 8;;08@ * 4D eV 9Ge5*eI 9eR 9G"ZY#XLb I 9 * * E8B 7 2 < >=4 ;0G4@ ? 064 I p6 T< B 782: 2 >? ? 4@ 0@40 5>@ 3 @08= IPB120N06N G Parameter IPP120N06N G Values Symbol Conditions Unit min. typ. max. % ).(( *)(( % ,.( .)( Dynamic characteristics #=? CB2 0? 02 8B 0=2 4 C T]] V =G - V 9G f & " H - [< ( CB ? CB2 0? 02 8 B 0=2 4 C Z]] * 4D4@A4 B @0=A54@ 2 0? 02 8B 0=2 4 C \]] % )*( )0( ,C@= >= 3 4;0G B 8< 4 t O"ZY# % ), *( * 8A4 B 8 <4 t\ % */ ,( ,C@= >553 4;0G B 8< 4 t O"ZQQ# % +, -( tQ % *. +1 !0B 4B > A>C@2 4 2 70@64 Q R] % 1 )* !0B 4 2 70@64 0BB 7@4A7>;3 Q R"^S# % - . !0B 4B > 3 @08= 2 70@64 Q RO % *) +* + E8B 2 78 =6 2 70@64 Q ]a % *. +0 !0B 4 2 70@64 B >B 0; QR % ,. .* !0B 4 ? ;0B 40C D>;B 064 V [WL^PL_ % -&0 % ( CB ? CB2 70@64 Q Z]] % +( ,( % % /- % % +(( % ) )&+ I % ,- .( Y] % ., 0( Y8 0;;B 8 <4 V 99 - V =G - I 9 R = " Y] !0B 4 70@R4 70@02 B 4@8 AB 82A+# V 99 - I 9 V =G B > - V 99 - V =G - Y8 I Reverse Diode 8>3 4 2 >=B 8=>CA 5>@E0@3 2 C@@4=B 8>3 4 ? C;A4 2 C@@4=B I G$[_W]P 8>3 4 5>@E0@3 D>;B 064 V G9 * 4D4@A4 @42 >D4@G B 8 <4 t \\ * 4D4@A4 @42 >D4@G 2 70@64 Q \\ +# * 4D IG 6 T 8 R V =G - I < T U R V F - I <4I G Oi <'Ot TA + 44 586C@4 5>@ 60B 4 2 70@64 ? 0@0< 4B 4@ 3 458=8B 8>= ? 064 IPB120N06N G 2 Drain current P ^Z^4Q"T 8# I 94Q"T 8 V =G" 180 90 160 80 140 70 120 60 100 50 I D [A] P tot [W] 1 Power dissipation 80 - 40 60 30 40 20 20 10 0 IPP120N06N G 0 0 50 100 150 200 0 50 T C [°C] 100 150 200 T C [°C] 3 Safe operating area 4 Max. transient thermal impedance I 94Q"V 9G T 8 R D 4( Z ^S@84Q"t [# ? 0@0< 4B 4@ t [ ? 0@0< 4B 4@ D 4t ['T 103 100 TA ;8< 8B 43 1G >= AB 0B 4 \P]T]^LYNP (&TA 102 TA (&* 10 <A 1 Z thJC [K/W] I D [A] 98 <A (&) 10 -1 (&((&(* (&() 10 10-1 10 10-2 -1 10 0 10 1 10 2 V DS [V] * 4D A8=6;4 ? C;A4 0 10-5 10-4 10-3 10-2 10-1 100 t p [s] ? 064 IPB120N06N G 5 Typ. output characteristics 6 Typ. drain-source on resistance I 94Q"V 9G T U R R 9G"ZY#4Q"I 9 T U R ? 0@0< 4B 4@ V =G ? 0@0< 4B 4@ V =G IPP120N06N G 30 240 220 - 200 - 180 160 R DS(on) [m ] I D [A] 140 120 - 20 - - 100 - 10 - 80 60 - - 40 -I 20 0 0 0 1 2 3 4 0 5 20 V DS [V] 40 60 80 60 80 I D [A] 7 Typ. transfer characteristics 8 Typ. forward transconductance I 94Q"V =G IV 9Ge5*eI 9eR 9G"ZY#XLb g Q]4Q"I 9 T U R ? 0@0< 4B 4@ T U 160 80 140 120 60 g fs [S] I D [A] 100 80 40 60 40 20 20 R R 4 5 0 0 0 1 2 3 6 7 * 4D 0 20 40 I D [A] V GS [V] ? 064 IPB120N06N G IPP120N06N G 9 Drain-source on-state resistance 10 Typ. gate threshold voltage R 9G"ZY#4Q"T U I 9 V =G V =G"^S#4Q"T U V =G4V 9G - ? 0@0< 4B 4@ I 9 35 4 30 3.5 T 3 25 20 V GS(th) [V] R DS(on) [m ] T 2.5 15 2 1.5 ^c[ 10 1 5 0.5 0 0 -60 -20 20 60 100 140 180 -60 -20 20 11 Typ. capacitances C 4Q"V 9G V =G - f 60 100 140 180 T j [°C] T j [°C] 12 Forward characteristics of reverse diode & " H I <4Q"V G9# ? 0@0< 4B 4@ T U 104 103 10 R 102 8T]] R 3 I F [A] C [pF] 8Z]] 101 R 10 8\]] 2 R 10 10-1 101 0 10 20 30 40 50 0 0.5 1 1.5 2 V SD [V] V DS [V] * 4D 0 ? 064 IPB120N06N G 13 Avalanche characteristics 14 Typ. gate charge I 6G4Q"t 6I R =G " V =G4Q"Q RL^P I 9 ? C;A43 ? 0@0< 4B 4@ T U"]^L\^# ? 0@0< 4B 4@ V 99 102 IPP120N06N G 12 R R - 10 - 10 R 8 V GS [V] I AV [A] 1 6 4 2 100 0 100 101 102 103 0 10 t AV [µs] 30 40 50 Q gate [nC] 15 Drain-source breakdown voltage V 7F"9GG#4Q"T U I 9 20 16 Gate charge waveforms < 75 V =G Qg V BR(DSS) [V] 70 65 V R ]"^S# 60 55 Q R "^S# Q ]a Q R] 50 -60 -20 20 60 100 140 Q g ate Q RO 180 T j [°C] * 4D ? 064 IPB120N06N G IPP120N06N G PG-TO-263 (D²-Pak) * 4D ? 064 IPB120N06N G IPP120N06N G PG-TO220-3: Outline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