IHD06N60RA Soft Switching Series Reverse conducting IGBT with monolithic body diode C * Powerful monolithic body diode with low forward voltage designed for soft commutation only * TrenchStop(R) technology applications offers: - very tight parameter distribution - high ruggedness, temperature stable behavior - low VCEsat - easy parallel switching capability due to positive temperature coefficient in VCEsat * Low EMI * Qualified according to JEDEC for target applications * Pb-free lead plating; RoHS compliant; solder temperature 260C, MSL3 * Complete product spectrum and PSpice Models: http://www.infineon.com/igbt/ G !"#$%&' *+ ,-, . , ,. , * ,-, Maximum ratings Parameter (")$"' . (/ 0 Symbol Value 122 )31# 4%33 # 123"' + E Unit , )122 )31# )5## &36 2%4%3 7 8 . , (529 7 )122 )31# )5## &36 3: 2%4%3 7 8 5#& 1== 9"= 1 #"3%&' "# " , :;< . 6 . +%17 =1#>"#7 )5## &36 2%4%3 7 8 ? . , +%17 /"3 529 7 )5## &36 3: 2%4%3 7 8 ?:;< 4%33 # 123"' . @ A BC1#3 )%#)5%3 >%3C93"&7 3%4 @ 6 D 6 D .221> 7 &548 # 1= 9C1#3 )%#)5%39 E %4 8 3> & 9C1#3 )%#)5%39F G 9 3H I9 (1> # 7%99% "3%1& (J K 0 #"3%&' L5&)3%1& 3 4 B31#"' 3 4 #"35# #"35# B127 #%&' 3 4 #"35# 6 =1# 9 P"))1#7%&' 31 QR+R Q B . O .S (/ 0 1 M N M N , IHD06N60RA Soft Switching Series Thermal Resistance Parameter Characteristic Symbol Conditions Max. Value Unit /T 3C #4"2 # 9%93"&) 6 L5&)3%1& )"9 UV WXK +%17 3C #4"2 # 9%93"&) 6 L5&)3%1& )"9 UV Y WXK C #4"2 # 9%93"&) 6 4%& =113 #%&3 L5&)3%1& "48% &3 UVZ (/ 0 WXK C #4"2 # 9%93"&) 6 ,)4[ ( T L5&)3%1& "48% &3 UVZ (/ 0 WXK R2 )3#%)"2 5 1& C"#")3 #%93%)6 "3 Parameter 6 5&2 99 13C #>%9 9 )%=% 7 Value Unit min. typ. max. Symbol Conditions Static Characteristic 122 )31# 4%33 # 8# "$71>& 123"' \] H @ 6 4. @ 6 , , . M 122 )31# 4%33 # 9"35#"3%1& 123"' @ +%17 =1#>"#7 123"' ? /"3 @ U 4%33 # 3C# 9C127 123"' 6 ? , , 4.6 , ^ #1 '"3 /"3 123"' )122 )31# )5## &3 4%33 # 2 "$"' )5## &3 #"&9)1&75)3"&) C"#")3 #%93%)6 "3 Parameter @ M M 6 @ M , H @ H 6 @ '_ &3 '#"3 7 '"3 # 9%931# R2 )3#%)"2 , . &. 6 , . B @a &1& 6 5&2 99 13C #>%9 9 Value Unit min. typ. max. Dynamic Characteristic 053 53 )" ")%3"&) J #9 3#"&9= # )" ")%3"&) b )%=% 7 Symbol Conditions & 53 )" ")%3"&) I. 6 @ 6= !*d e c /"3 )C"#' f@ g &3 #&"2 4%33 # %&75)3"&) 4 "95# 7 44 P %& S =#14 )"9 h M @ (/ 0 2 6 , .6 M & &* IHD06N60RA Soft Switching Series B>%3)C%&' C"#")3 #%93%)6 &75)3% Parameter h1"76 "3 Value Unit min. typ. max. Symbol Conditions IGBT Characteristic 5#& 1== 7 2" 3%4 3_ e"22 3%4 5#& 1== & #' B>%3)C%&' 3i J__ C"#")3 #%93%)6 &75)3% Parameter RJ__ 6 &9 M 6 , .6 @ X 6 @ M b6 hj , &*6 j M e hj6 j =#14 e%' R e"22 3%4 5#& 1== & #' &9 4Q h1"76 "3 Value Unit min. typ. max. Symbol Conditions IGBT Characteristic 5#& 1== 7 2" 3%4 M 3i J__ 3_ RJ__ 6 M 6 , .6 @ X 6 @ M b6 hj , &*6 j M e hj6 j =#14 e%' R 3 , &9 , &9 4Q IHD06N60RA Soft Switching Series 20.0 17.5 10 R- n.o R- n.o 15.0 12.5 3: I9 l 0 I9 1 I9 49 0hhR 7.5 49 6 5.0 6 0hhR 0 l I9 10.0 + 2.5 0.0 1E+4 e%'5# =6 BK 1E+5 * -/ e RflR- m n*do 0.1 1E+6 122 )31# )5## &3 "9 " =5&)3%1& 1= 9>%3)C%&' =# k5 &) 6+ 6 M 6 @ X 6 P D @ M bS 1 e%'5# 100 6 0hhR 10 0 R! R e1#>"#7 8%"9 9"= 1 6 D P+ 6 100 0h ./R n o #"3%&' "# " p @ S 125 150 1000 18 90 15 R- n.o 12 50 l 9 40 0 70 30 0hhR 60 20 6 ( J 6 (0KR + BB (. 0- nKo 80 6 3 10 0 e%'5# 25 50 6 75 100 125 .BR R!(R . l R n o 150 0 175 (1> # 7%99% "3%1& "9 " =5&)3%1& 1= )"9 3 4 #"35# S P D 25 e%'5# M 4 50 6 75 100 .BR R!(R . l R n o 122 )31# )5## &3 "9 " =5&)3%1& 1= )"9 3 4 #"35# 6 D S P @ G 175 IHD06N60RA Soft Switching Series @ 18 15 15 R- n.o 18 12 0 6 0hhR 6 6 0 9 6 9 0hhR l 12 l R- n.o @ 3 0 3 0 6 e%'5# P 1 0hhR 2 0 R! 3 4 R 5 0h ./R n o 0 6 %)"2 153 53 )C"#")3 #%93%) S R B. l . 0- n.o 1.5 0hhR 0 3.0 R! R- n.o l 0 0hhR 3 6 6 2 0 R! 3 R 4 5 0h ./R n o 6 %)"2 153 53 )C"#")3 #%93%) S 3.5 6 0 1 0hhR P 15 9 6 e%'5# , 18 12 0 2 4 @ 6 /. R R! e%'5# P 6 R 8 10 0h ./R n o 2.5 2.0 1.0 0.5 0.0 12 . ,. . -50 -25 0 6 Ql- %)"2 3#"&9= # )C"#")3 #%93%) S e%'5# 5 25 50 75 100 125 150 175 0- R!(R . l R n o %)"2 )122 )31# 4%33 # 9"35#"3%1& 123"' "9 " =5&)3%1& 1= L5&)3%1& 3 4 #"35# S P @ IHD06N60RA Soft Switching Series 1000 1000 !RB n&9o 3i J__ 3_ 36 BK 36 BK 10 2 e%'5# 6 4 0hhR 6 0 l 8 R- n.o 10 10 12 %)"2 9>%3)C%&' 3%4 9 "9 " =5&)3%1& 1= )122 )31# )5## &3 6 M 6 P%&75)3% 21"76 @ X 6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS e%'5# 1000 0 10 20 30 40 50 60 @6 /. R RB B 0 nbo 70 %)"2 9>%3)C%&' 3%4 9 "9 " =5&)3%1& 1= '"3 # 9%931# 6 M 6 P%&75)3% 21"76 @ X 6 ,.6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS 6 3 * RB*0h+ 0h ./R n o 3i J__ 3_ 100 5 4 10 e%'5# 25 50 @6 Ql- 75 100 125 0- R!(R . l R n 150 o 175 @ U 6 /. R R! 36 BK R * -/ !RB n&9o 100 * -/ 100 * -/ !RB n&9o 3i J__ 3_ 3 2 -50 -25 0 @6 Ql- %)"2 9>%3)C%&' 3%4 9 "9 " =5&)3%1& 1= L5&)3%1& 3 4 #"35# M 6 @ X 6 P%&75)3% 21"76 ,.6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS e%'5# 6 25 50 75 100 125 150 175 0- R!(R . l R n o /"3 4%33 # 3C# 9C127 123"' "9 " =5&)3%1& 1= L5&)3%1& 3 4 #"35# 4.S P IHD06N60RA Soft Switching Series 0.4 0.4 * -/ R-R /m h0BBRB n4Qo RJ__ 0.3 0.2 0.3 0.2 0.1 R6 BK 0.1 R6 BK * -/ R-R /m h0BBRB n4Qo RJ__ 0.0 0 e%'5# 6 3 0hhR 6 0 l 9 R- n.o 12 0.0 15 %)"2 9>%3)C%&' & #' 2199 9 "9 " =5&)3%1& 1= )122 )31# )5## &3 6 M 6 P%&75)3% 21"76 @ X 6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS 0 e%'5# 0.4 10 M 30 40 50 60 70 %)"2 9>%3)C%&' & #' 2199 9 "9 " =5&)3%1& 1= '"3 # 9%931# 6 M 6 P%&75)3% 21"76 @ X 6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS 0.4 RJ__ * -/ R-R /m h0BBRB n4Qo RJ__ 0.3 0.2 0.3 0.2 0.1 R6 BK 0.1 R6 BK * -/ R-R /m h0BBRB n4Qo 20 @6 /. R RB B 0 nbo 0.0 e%'5# 0 25 6 Ql- 50 75 100 125 0- R!(R . l R n 150 o 0.0 200 175 %)"2 9>%3)C%&' & #' 2199 9 "9 " =5&)3%1& 1= L5&)3%1& 3 4 #"35# M 6 @ X 6 P%&75)3% 21"76 ,.6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS e%'5# 7 6 , 300 0hhR 0 R! 400 R 500 0h ./R n o %)"2 9>%3)C%&' & #' 2199 9 "9 " =5&)3%1& 1= )122 )31# 4%33 # 123"' 6 @ X 6 P%&75)3% 21"76 ,.6 @ M b6+ &"4%) 3 93 )%#)5%3 %& e%'5# RS 600 IHD06N60RA Soft Switching Series 20 1000 J c M .- R n eo 12 .(. 8 100 6 @ 6 /. R R! R 0h ./R n o 16 4 0 0 10 20 30 f@ 6 /. R *. /R n& o e%'5# P 40 10 50 %)"2 '"3 )C"#' ,.S 0 e%'5# 6 5 0hhR 10 0 R! 15 R 20 25 30 0h ./R n o %)"2 )" ")%3"&) "9 " =5&)3%1& 1= )122 )31# 4%33 # 123"' 6 = !*dS P @ *R !.h RB B .- R nWXKo 20 15 5 0 e%'5# 1 + 0.1 9%&'2 529 .-B R- 10 10 12 14 @ 6 /. R R! R 16 18 0h ./R n o 20 ^ UV 6 3H 6 B*0 l K *B .-+ !R nI9o 25 BC1#3 )%#)5%3 >%3C93"&7 3%4 "9 " =5&)3%1& 1= '"3 4%33 # 123"' D 6 93"#3 "3 D S P 0.01 1E-6 e%'5# 8 %F #nWXKoF M n9oF M R 1E-5 1E-4 0.001 M M RM M R 0.01 3:6 (lhBR K + * n9o /T 3#"&9% &3 3C #4"2 # 9%93"&) P+ 3:X S 0.1 M 1 IHD06N60RA Soft Switching Series 1 15 ^ UV 6 6 l@ M 6 l@ 6 l@ , 0.1 9%&'2 ?6 e0 K. + l R- n.o + 0.01 1E-6 e%'5# 529 1E-5 1E-4 0.001 M RM M R 0.01 M 0.1 3:6 (lhBR K + * n9o +%17 3#"&9% &3 3C #4"2 %4 =5&)3%1& 1= 529 >%73C P+ 3:X S 7"&) "9 " 1.5 1.0 0.5 e%'5# 25 50 6 Ql- 75 100 6 l@ 9 6 l@ 6 l@ 6 l@ , 6 3 e%'5# 2.0 0.0 6 l@ 6 l@ 0 1 . ,. . 2.5 12 M %F M #nWXKoF M R n9oF 3.0 ?6 e0 K. + 0h ./R n o 6 l@ 6 l@ .-B R- *R !.h RB B .- R nWXKo 18 125 0- R!(R . l R n 150 o 175 %)"2 7%17 =1#>"#7 123"' "9 " =5&)3%1& 1= L5&)3%1& 3 4 #"35# 9 0 1 2 3 ?6 e0 K. + 0h ./R n o %)"2 7%17 =1#>"#7 )5## &3 "9 " =5&)3%1& 1= =1#>"#7 123"' 4 IHD06N60RA Soft Switching Series PG- TO252-3-1 /-11 /-21 /-311 /-341 MIN 2.16 0.00 0.64 0.65 5.00 0.46 0.46 5.97 5.02 6.40 4.70 9.40 1.18 0.90 0.51 10.50 6.30 2.10 5.70 5.66 1.10 derived from Z8B00003328 19-10-2007 03 10 2.29 4.57 3 MAX 2.41 0.15 0.89 1.15 5.50 0.60 0.98 6.22 5.84 6.73 5.21 MIN 0.085 0.000 0.025 0.026 0.197 0.018 0.018 0.235 0.198 0.252 0.185 10.48 1.70 1.25 1.00 10.70 6.50 2.30 5.90 5.86 1.30 0.370 0.046 0.035 0.020 0.413 0.248 0.083 0.224 0.223 0.043 0.090 0.180 3 MAX 0.095 0.006 0.035 0.045 0.217 0.024 0.039 0.245 0.230 0.265 0.205 0.413 0.067 0.049 0.039 0.421 0.256 0.091 0.232 0.231 0.051 IHD06N60RA Soft Switching Series 11 IHD06N60RA Soft Switching Series Published by Infineon Technologies AG 81726 Munich, Germany 81726 Munchen, Germany (c) 2008 Infineon Technologies AG All Rights Reserved. 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