MOSFETs / Junction FETs: SEMICONDUCTOR GENERAL CATALOG

SEMICONDUCTOR GENERAL CATALOG 半導体製品総覧表 08 年 7 月版 MOSFETs / Junction FETs MOSFET / 接合形 FET Low Voltage MOSFETs / 低耐圧 MOSFET Mid-High Voltage MOSFETs / 中高耐圧 MOSFET Automotive MOSFETs / 車載 MOSFET Junction FETs / 接合形 FET SiC MOSFETs / SiC MOSFET Radio-Frequency MOSFETs / 高周波 MOSFET SCA0004N

Low Voltage MOSFETs / MOSFET High-Speed Switching / (Single N-Channel) / N.8.6 VS-6 VDSS VGSS ID (A) TPC6008 -H 0 5.9 TPC6009 -H 40 5. PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc). () 60 74 6 68 4.8 U-MOSVI-H. () 8 98 5 54 4.7 U-MOSVI-H (6A).4 (/5).0.9 5 TPC600 -H 60 6.. () 59 6 640 4 95 U-MOSVI-H PS-8.8.4 TPCP8007 -H 60 5.68 () 57 64 640 5 90 U-MOSVI-H (8A).4.9 TPCC8067 -H 9 5 5 690 8 0 9.5 U-MOSVII-H TPCC8066 -H 7 5 9 00 49 90 5 U-MOSVII-H TPCC8065 -H 8.4 4.5 50 6 40 0 U-MOSVII-H TPCC8068 -H 7.6 6 980 57 0 4 U-MOSVII-H TPCC8064 -H 9 0 8. 600 78 90 U-MOSVII-H TPCC806 -H 7 9 5.6 7. 400 0 40 4 U-MOSVII-H TPN00 NL () 9 6 50 8 00 7.5 U-MOSVIII-H 0 TPN8R90 NL 7 () 8.9.7 60 50 9.8 U-MOSVIII-H TPN6R00 NL 56 () 6 8. 050 7 600 7 U-MOSVIII-H TPN4R0 NL 6 () 4 4. 6. 0 9 640 4.8 U-MOSVIII-H TPN5R0 PL 76 () 6 5. 6.4 50 55 55 U-MOSIX-H TPNR70 NL 90 () 4.7 4. 600 5 890 U-MOSVIII-H TPNR90 PL () 75.9 4. 780 60 60 6 U-MOSIX-H TPNR60 PL 88 () 04.6.5 970 0 850 4 U-MOSIX-H TSON Advance TPN7R504 PL 68 () 6 7.5 0 570 5 80 4 U-MOSIX-H (8A) TPNR704 PL 40 9 () 86.7 6 90 4 470 7 U-MOSIX-H TPNR04 PL 00 () 04. 4 750 66 650 4 U-MOSIX-H. 5 TPNR805 PL 45 9 () 04.8 50 56 60 9 U-MOSIX-H. TPN006 NH () 8 70 4 5 U-MOSVIII-H TPN4006 NH () 0 4 000 5 0 5 U-MOSVIII-H TPN006 NL 7 () 0.4 7 500 50 U-MOSVIII-H TPN7R506 NH 60 5 () 4 7.5 40 8 480 U-MOSVIII-H TPN006 PL 54 () 6.4 8. 50 5 5 7 U-MOSIX-H TPN7R006 PL 76 () 75 7.40 5 00 0 U-MOSIX-H TPN4R806 PL 05 () 04 4.8 9. 0 45 60 9 U-MOSIX-H TPN0008 NH () 7 0 70 0 70 U-MOSVIII-H 80 TPN008 NH 40 () 4. 0 0 90 8 U-MOSVIII-H TPN00 ANH () 7 680 8.8 0 U-MOSVIII-H TPN600 ANH 00 6 () 4 6 0 8 0 9 U-MOSVIII-H TPN00 APL * 66 () 04.5 0 45 5 0 U-MOSIX-H (8B) TPN5900 CNH 50 8 () 9 59 460 80 7 U-MOSVIII-H TPN0 ENH 00 () 9 4 460 55 7 U-MOSVIII-H (8A) TPN00 FNH 50 9.9 () 9 98 460 45 7 U-MOSVIII-H.. Note (): ID (DC) (Silicon Limit) (): Device mounted on a glass board. t = 5 seconds. / t = 5 0...65 Top View (6A) (8A) (8B) 6 4 4

(Single N-Channel) / N 6.0 5.0 6.0 5.0 DSOP Advance 5.0 Note (): ID (DC) (Silicon Limit) VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) TPWR850 NL 00 () 4 5. 500 0 700 74 U-MOSVIII-H 0 TPWR600 PL 4 () 70 4 7700 0 70 0 U-MOSIX-H TPWR8004 PL 40 40 () 70.5 770 58 90 0 U-MOSIX-H TPWR005 PL 45 00 () 70 0.99.65 7700 76 860 U-MOSIX-H TPWR06 PL 60 60 () 70.9. 650 80 60 9 U-MOSIX-H TPWR508 NH 75 70 () 4.5 4600 50 00 7 U-MOSVIII-H TPW4R008 NH 80 6 4 4 400 890 59 U-MOSVIII-H TPW4R50 ANH 9 4 4.5 4000 700 58 U-MOSVIII-H 00 TPWR70 APL * 50 () 70.7 6. 4850 9 640 67 U-MOSIX-H TPW500 CNH 50 50 () 4 5.4 700 7 80 U-MOSVIII-H TPW900 ENH 00 6 () 4 9 700 7 80 U-MOSVIII-H TPW500 FNH 50 7 () 4 5 700 7 40 U-MOSVIII-H TPCA8068 -H 5.6 6 980 57 0 4 U-MOSVII-H TPCA8065 -H 6 5.4 4.5 50 6 40 0 U-MOSVII-H TPCA8064 -H 0 8. 600 78 90 U-MOSVII-H TPCA806 -H 5 6.8 8.7 900 9 40 7 U-MOSVII-H TPCA806 -H 8 4 5.6 7. 400 0 40 4 U-MOSVII-H TPCA8059 -H 45.8 4.8 900 50 50 4 U-MOSVII-H TPH00 NL () 6 50 8 00 7.5 U-MOSVIII-H TPCA809 -H 5 5 6 8.4 40 0 80 0 U-MOSVII-H TPCA8058 -H 8 5.8 600 00 680 5 U-MOSVII-H TPH8R90 NL 8 () 4 8.9.7 60 50 9.8 U-MOSVIII-H TPCA8057 -H 4 57.6. 400 40 80 6 U-MOSVII-H TPCA8056 -H 48 6..7 500 90 000 74 U-MOSVII-H 0 TPCA8055 -H 56 70.9. 6400 60 00 9 U-MOSVII-H TPH6R00 NL 57 () 4 6 8. 050 7 600 7 U-MOSVIII-H SOP Advance TPH4R00 NL 68 () 6 4 6. 0 9 640 4.8 U-MOSVIII-H TPHR0 NL 84 () 44. 4.7 600 5 890 U-MOSVIII-H TPH4R80 PL * 90 () 69 4.8 6. 50 55 55 U-MOSIX-H TPHR90 PL 4 () 8.9 4. 780 60 60 6 U-MOSIX-H TPHR00 PL 4 () 90 4. 940 88 850 50 U-MOSIX-H 5.0 5. TPHR40 NL 50 () 64.4. 400 9 800 46 U-MOSVIII-H TPHR00 PL 80 () 6.6 490 55 86 U-MOSIX-H TPHR900 NL 0 () 78 0.9.4 500 0 700 74 U-MOSVIII-H TPHR90 PL 80 () 0.9.9 5800 90 750 8 U-MOSIX-H TPHR650 PL 9 () 70 9 7700 0 70 0 U-MOSIX-H TPCA805 -H 0 0.. 60 85 80 5 U-MOSVI-H TPCA8047 -H 45 7. 8.5 590 40 4 U-MOSVI-H TPCA8046 -H 8 45 5.4 6. 545 85 600 55 U-MOSVI-H TPCA8045 -H 46 45.6 4. 5800 05 950 90 U-MOSVI-H TPH7R04 PL 7 () 69 7. 9.7 570 5 80 4 U-MOSIX-H TPH6R004 PL 87 () 8 6 8.4 00 50 470 0 U-MOSIX-H 40 TPHR704 PL 9 8.7 6 90 4 470 7 U-MOSIX-H TPHR704 PC 8 () 90.7 5.8 780 60 640 47 U-MOSIX-H TPHR04 PL 80 () 6.. 4790 70 050 78 U-MOSIX-H TPHR04 PB 40 (). 4400 55 00 6 U-MOSIX-H TPHR04 PL 46 ().4. 5500 9 00 74 U-MOSIX-H (Continued on next page) TPHR8504 PL 40 () 70 5.4 770 58 90 0 U-MOSIX-H (8A) (8A) 5 5.7 4.7 5 5.7 4.7.05.75 4.8.05.45.75 4.8 (/5).45 Top View (8A) 4

(Single N-Channel) / N 6.0 5.0 Note (): ID (DC) (Silicon Limit) VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) (Continued from previous page) TPHR805 PL 50 () 6.8.9 980 45 980 7 U-MOSIX-H TPHR405 PL 45 ().4. 480 66 0 74 U-MOSIX-H TPHR005 PL 80 () 70.04.7 7700 76 860 U-MOSIX-H TPCA805 -H 5 0. 4 60 60 00 5 U-MOSVI-H TPCA8049 -H 8 45. 545 0 40 55 U-MOSVI-H TPH4006 NH 4 () 4 000 5 0 6 U-MOSVIII-H TPCA8048 -H 5 6.6 7. 5800 0 650 90 U-MOSVI-H TPH006 NL 40 () 4.4 7 500 50 U-MOSVIII-H TPH7R506 NH 55 () 45 7.5 780 575 U-MOSVIII-H TPH9R506 PL 68 () 8 9.5 70 0 70 U-MOSIX-H TPH5R906 NH 60 7 () 57 5.9 40 50 745 8 U-MOSVIII-H TPH7R006 PL 79 () 8 7.40 5 00 U-MOSIX-H TPH4R606 NH 85 () 6 4.6 050 60 990 49 U-MOSVIII-H (8A) TPHR06 NH 0 () 78. 4700 55 500 7 U-MOSVIII-H TPHR506 PL 5 () 6.5 6.7 400 50 600 55 U-MOSIX-H TPHR506 PL 60 ()..4 480 60 770 60 U-MOSIX-H SOP Advance TPHR06 PL 60 () 70.4. 650 80 60 9 U-MOSIX-H TPHR06 P * 60 () 70.8. 650 80 60 9 U-MOSIX-H TPHR608 NH 75 68 () 4.6 4600 50 00 7 U-MOSVIII-H TPCA805 -H 8 45 9.4 9.8 5800 50 50 9 U-MOSVI-H TPH008 NH 44 80 48. 490 6 0 U-MOSVIII-H 5.0 TPH8R008 NH 6 () 6 8 00 50 5 U-MOSVIII-H 5. TPH4R008 NH 00 () 78 4 400 890 59 U-MOSVIII-H TPH400 ANH 4 () 48.6 440 5 60 U-MOSVIII-H TPH8R80 ANH 59 () 6 8.8 80 40 U-MOSVIII-H TPH6R0 ANL 66 () 54 6. 0. 00 7 40 55 U-MOSVIII-H (8B) TPH4R0 ANL 00 9 () 67 4. 6.6 4850 9 640 75 U-MOSVIII-H TPH4R50 ANH 9 () 78 4.5 4000 700 58 U-MOSVIII-H (8A) TPH5R60 APL * 06 () 5.6 9.5 00 7 40 5 U-MOSIX-H (8B) TPHR70 APL * 50 () 70.7 6. 4850 9 640 67 U-MOSIX-H TPH5900 CNH 8 () 4 59 460 80 7 U-MOSVIII-H TPH00 CNH 50 9 () 57 80 40 U-MOSVIII-H TPH500 CNH 50 () 78 5.4 700 7 80 U-MOSVIII-H TPH0 ENH () 4 4 460 55 7 U-MOSVIII-H TPH6400 ENH 00 () 57 64 80 90. U-MOSVIII-H TPH900 ENH 6 () 78 9 700 7 80 U-MOSVIII-H TPH00 FNH 0 () 4 98 460 45 7 U-MOSVIII-H TPH0 FNH 50 5 () 57 80 75 U-MOSVIII-H TPH500 FNH 7 () 78 5 700 7 40 U-MOSVIII-H TPC8067 -H 9.9 5 690 8 0 9.5 U-MOSVII-H TPC8066 -H.9 6 9 00 49 90 5 U-MOSVII-H SOP-8 TPC8065 -H.9.6 4.7 50 6 40 0 U-MOSVII-H TP89R0 NL 5.9 9..9 60 50 9.8 U-MOSVIII-H TPC8064 -H 6.9 8.4 600 78 90 U-MOSVII-H TPC806 -H 7.9 7 8.9 900 9 40 7 U-MOSVII-H 0 TPC8055 -H 8.9..5 6400 60 00 9 U-MOSVII-H 4.9.68 TPC8056 -H 8.9.4.9 500 90 000 74 U-MOSVII-H TPC8057 -H 8.9.8.4 400 40 80 6 U-MOSVII-H TPC8058 -H 8.9. 4 600 00 680 5 U-MOSVII-H TPC8059 -H 8.9 4 5 900 50 50 4 U-MOSVII-H (Continued on next page) TPC806 -H 8.9 5.8 7. 400 0 40 4 U-MOSVII-H 6.0.9 (8A) (8A) 5 5 5.5.7 4.7.7.05.75 4.8 (/5).45.0 Top View (8A) (8B) 4 4 4

(Single N-Channel) / N VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) (Continued from previous page) TP86R0 NL 0 9 ().9 6. 8.5 050 7 600 7 U-MOSVIII-H 6.0.9 SOP-8 4.9.68 DPAK+ TPC8089 -H 7..9 6 850 40 4 U-MOSVI-H TPC805 -H.9.5. 60 85 80 5 U-MOSVI-H TPC8047 -H 40 6.9 7.6 8.8 590 40 4 U-MOSVI-H TPC8045 -H 8.9.9 4.4 5800 05 950 90 U-MOSVI-H TPC8046 -H 8.9 5.7 6.6 545 85 600 57 U-MOSVI-H TPC805 -H 9.9.. 60 60 00 5 U-MOSVI-H TPC8050 -H.9 4.5 5.6 590 95 00 4 U-MOSVI-H 60 TPC8049 -H.9.5 545 0 40 56 U-MOSVI-H TPC8048 -H 6.9 6.9 7.4 5800 0 650 87 U-MOSVI-H TPC805 -H 80.9 9.7 0. 5800 50 50 85 U-MOSVI-H (8A) 5.5.7 6.0 (4/5).0 9.5 5.5 TKS0N H 00 5 9.7 050 40 070 8 U-MOSVIII-H (B).0.0 6.0 6.5.4.6.6.. 0.0 6. DPAK 6.6 TK40P0M 40 4.4 50 85 60 7.5 U-MOSVI-H TK45P0M 0 45 9 9.7 500 00 0 5 U-MOSVI-H TK50P0M 50 47 7.5 9.8 700 5 80 5. U-MOSVI-H TK0P04M 0 7 9 4 985 7 59 5 U-MOSVI-H TK40P04M 40 47.4 90 90 0 9 U-MOSVI-H 40 TK50P04M 50 60 8.7 0. 600 0 40 8 U-MOSVI-H TKRP04 PL * 0 () 87. 4. 4670 70 000 60 U-MOSIX-H TK6R7P06 PL * 74 () 66 6.7. 990 45 50 6 U-MOSIX-H 60 TK4R4P06 PL * 06 () 87 4.4 7. 80 60 600 48. U-MOSIX-H TK0P0 PL * 60 () 75 6 040 0 U-MOSIX-H 00 TK7R7P0 PL * 79 () 9 7.7.5 800 50 44 U-MOSIX-H.7 (A) 6.0.0.0 6.0.6.6.. DPAK 0.5 4.46 8.8 5. TK65G0N 00 6 () 56 4.5 5400 4 950 8 U-MOSVIII-H (A) 6. 5.0 4.0 9.5.0.0 TKRA04 PL 40 8 6..8 4670 70 000 6.4 U-MOSIX-H TO-0SIS TK0A06N 4 () 5 5 050 400 6 U-MOSVIII-H 0.0 TK8RA06 PL 50 6 8..4 990 45 50 8 U-MOSIX-H TK40A06N 60 () 0 700 40 580 U-MOSVIII-H TK5RA06 PL * 6 () 6 5. 9. 80 50 470 6 U-MOSIX-H 60 TK4RA06 PL 68 6 4. 7. 80 60 600 48. U-MOSIX-H TKRA06 PL * 88 () 4. 4.9 5000 55 950 7 U-MOSIX-H TK58A06N 05 () 5 5.4 400 45 0 46 U-MOSVIII-H TK00A06N 6 () 45.7 0500 50 500 40 U-MOSVIII-H (Continued on next page) TK5A08N 80 55 () 0. 700 8 440 5 U-MOSVIII-H Note (): ID (DC) (Silicon Limit) (A_I).6.54.54 (A) (A_I) (B) (8A) Source Source 4 Source 5

(Single N-Channel) / N 5.0.0.0 Note (): ID (DC) (Silicon Limit) VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) (Continued from previous page) TK46A08N 80 () 5 8.4 500 60 7 U-MOSVIII-H TK7A08N 80 57 () 4.5 5500 8 00 8 U-MOSVIII-H TK00A08N 4 () 45. 9000 5 00 0 U-MOSVIII-H TK0A0 PL * 4 () 6 6 040 0 U-MOSIX-H TK7R4A0 PL * 50 4 7.4. 800 50 44 U-MOSIX-H TO-0SIS TKA0N 5 () 0.8 800 8 0 8 U-MOSVIII-H 0.0 TK6R7A0 PL * 56 4 6.7 0. 455 0 50 58 U-MOSIX-H TK4A0N 75 () 5 9.5 600 450 8 U-MOSVIII-H 00 TK4RA0 PL * 85 () 54 4. 5.9 60 45 950 04 U-MOSIX-H TK40A0N 90 () 5 8. 000 9 50 49 U-MOSVIII-H TKRA0 PL * 06 () 54. 4. 9500 65 500 6 U-MOSIX-H TK65A0N 48 () 4.8 5400 4 950 8 U-MOSVIII-H TK00A0N 07 () 45.8 8800 6 500 40 U-MOSVIII-H 5..9.85 TO-0 TKAN 60 () 0.8 000 0 4 U-MOSVIII-H TK4AN 88 () 5 9.4 00 6 490 5 U-MOSVIII-H 0 TK56AN () 45 7.5 400 9 650 69 U-MOSVIII-H TK7AN 79 () 4.5 800 0 00 0 U-MOSVIII-H TKRE0 GL 0 47 () 04. 4. 450 60 70 67 U-MOSVII-H TKRE04 PL 40 8 () 87..8 4670 70 000 6.4 U-MOSIX-H TK0E06N 4 () 5 5 050 400 6 U-MOSVIII-H TK40E06N 60 () 67 700 40 580 U-MOSVIII-H (A) TKRE06 PL * 60 () 68. 4.7 5000 55 950 7 U-MOSIX-H TK8RE06 PL 75 () 8 8..4 990 45 50 8 U-MOSIX-H 60 TK5RE06 PL * 98 () 87 5. 8.8 80 50 470 6 U-MOSIX-H (A_I) TK58E06N 05 () 0 5.4 400 45 0 46 U-MOSVIII-H TK4RE06 PL 06 () 87 4. 7. 80 60 600 48. U-MOSIX-H TK00E06N 6 () 55. 0500 50 500 40 U-MOSVIII-H TK5E08N 55 7. 700 8 440 5 U-MOSVIII-H TK46E08N 80 0 8.4 500 60 7 U-MOSVIII-H 80 TK7E08N 57 () 9 4. 5500 8 00 8 U-MOSVIII-H (A) TK00E08N 4 () 55. 9000 5 00 0 U-MOSVIII-H TKE0N 5 7.8 800 8 0 8 U-MOSVIII-H TK0E0 PL * 64 () 87 6 040 0 U-MOSIX-H TK4E0N 75 0 9.5 600 450 8 U-MOSVIII-H TK40E0N 90 6 8. 000 9 50 49 U-MOSVIII-H TK7RE0 PL * 94 () 7. 800 50 44 U-MOSIX-H 00 TK6R4E0 PL * 5 6.4 9.7 455 0 50 58 U-MOSIX-H (A_I) TK65E0N 48 () 9 4.8 5400 4 950 8 U-MOSVIII-H (A) TKR9E0 PL * 80 () 0.9 5.8 60 45 950 96 U-MOSIX-H (A_I) TK00E0N 07 () 55.4 8800 6 500 40 U-MOSVIII-H (A) TKR9A0 PL * 40 () 00.9 4. 9500 65 500 6 U-MOSIX-H (A_I) TKEN 60 98.8 000 0 4 U-MOSVIII-H TK4EN 88 40 9.4 00 6 490 5 U-MOSVIII-H 0 TK56EN () 68 7 400 9 650 69 U-MOSVIII-H (A) TK7EN 79 () 5.4 800 0 00 0 U-MOSVIII-H (A_I) (5/5) (A) (A_I) Source Source 6

(Dual Channel) / VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) PS-8.8.4 TPCP805 -H 0 6.5.48 () 6 9 80 5 77.8 U-MOSVI-H (8AA).4.9 SOP-8 TPC84 -H 8.5 6 4 690 8 0 9.5 U-MOSVII-H 0 TPC8 -H 9.5 7 90 55 0 7 U-MOSVII-H.0 6.0.9 TPC87 -H 40 5..5 40 640 5 5 0 U-MOSVI-H (8AA) 5.5 4.9.68 TPC88 -H 60.8.5 57 64 640 5 90 U-MOSVI-H TPC89 -H 80..5 80 87 640 7 75 U-MOSVI-H.7 Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 Top View (8AA) 4 x (Built-in schottky Barrier Diode) / SBD VDSS VGSS ID (A) PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) SOP Advance TPCA8A -H 5 5.6 4.6 00 70 600 46 U-MOSVII-H 5 5.05 6.0 5.0 TPCA8A0 -H 0 40 58.8 4000 00 80 57 U-MOSVII-H (8D) 4.7.75 4.8 5.0 5. TPCA8A09 -H 5 70..8 5900 50 00 8 U-MOSVII-H.7.45 Top View (8D) 4 + SBD 7

Low On-Resistance / (Single N-Channel) / N VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (/4).0 UDFN6B SSM6K504 NU 9.5 9.5 6 60 4 0 4.8 U-MOSVII-H (6B) 0 SSM6K5 NU * 5.5 8.9 0 5 50 7.5 U-MOSIX-H (6A) SSM6K54 NU * 40.5.6 7. 0 6 45 7.5 U-MOSIX-H.875 0.5 0. 0.5 5.5.0 5 SSM6K4 NU * 60 6.5 6 5 550 5 00 9. U-MOSVIII-H SSM6K6 NU * 00.5.5 69 9 40 60. U-MOSVIII-H (6B) 5 VS-8 TPCF800 0 7.5 () 8 4 500 55 5 9.5 U-MOSIV.9.5 (8A_V).5.9 TPCF8004 0 7.5 () 4 0 60 4 0 9 U-MOSVII VS-6 TPC60 0 6. () 0 8 60 50 80 9 U-MOSIV.0.8.6 (6A).4.9 5 TPC6067 0 6. () 9 60 4 0 8 U-MOSVII.8.4.. PS-8.9 TSON Advance.. 5 Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 (): ID (DC) (Silicon Limit) TPCP80 5 TPCP800 40 6 TPCP8009 0 TPCP80 4 60 TPCP80 8.96 ().8 5. 505 66 5.8 U-MOSIV.96 ().8 8.4 600 75. U-MOSIV.0 ().8 9.5 50 65 65 5. U-MOSIV.96 () 5.8 77.9 58 86 U-MOSIV.0 () 0. 9. 60 0 00 6.6 U-MOSIV TPCC809 0 0 5.8 9.5 860 40 65 6 U-MOSVII TPCC8074 0 0 6. 8.5 800 88 0 5 U-MOSVII TPCC807 7 9 4.5 5.9 600 0 470 7 U-MOSVII TPN6R0 NC 4 () 9 6. 8.4 70 0 40 4 U-MOSVIII TPN4R0 NC 0 5 () 4. 6.4 70 0 40 4 U-MOSVIII TPNR50 NC 85 () 5.5 4. 0 60 650 40 U-MOSVIII TPNR0 NC 00 () 4..6 0 60 650 4 U-MOSVIII TPCC8084 6.7 9 900 98 00 7 U-MOSVII TPCC8076 7 9 4.6 6. 500 0 40 4 U-MOSVII (8B) (8A) (8B).4 0...65 Top View (6A) (6B) (8A) (8A_V) (8B) 6 6 4 4 4 8

(Single N-Channel) / N VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (/4) 6.0 5.0 6.0.9 0.0 6. SOP Advance 5.0 5. SOP-8 4.9.68 DPAK 6.6.7 Note (): ID (DC) (Silicon Limit) TPCA808 45.8 4.8 900 50 50 4 U-MOSVII TPCA808 8 5.8 600 00 680 5 U-MOSVII TPCA8080 4 57.6. 400 40 80 6 U-MOSVII TPCA8088 0 48 6..7 500 90 000 74 U-MOSVII TPCA8087 56 70.9. 6400 60 00 9 U-MOSVII TPHR900 NC 0 () 78 0.9.4 500 0 700 75 U-MOSVIII TPCA8075 48 6.4. 500 00 970 70 U-MOSVII TPCA8078 54 70..6 6400 70 00 90 U-MOSVII TPC809 5.9 9. 800 88 0 5 U-MOSVII TPC8074 7.9 6.5 8.7 800 88 0 5 U-MOSVII TPC8086 7.9 6.4 8.5 900 90 0 6 U-MOSVII (8B) TPC807 8.9 4.7 6. 600 0 470 7 U-MOSVII TPC8080 8.9.8.4 400 40 80 6 U-MOSVII 0 TPC808 8.9. 4 600 00 680 5 U-MOSVII TPC808 8.9 4 5 900 50 50 4 U-MOSVII TPC8085 8.9 4.7 6. 600 0 470 7 U-MOSVII (8B) TPC8087 8.9..5 6400 60 00 9 U-MOSVII TPC8088 8.9.4.9 500 90 000 74 U-MOSVII TPC8084 7.9 6.9 9. 900 98 00 7 U-MOSVII (8B) TPC8075 8.9.6. 500 00 970 70 U-MOSVII (8A) TPC8076 8.9 4.9 6.5 500 0 40 4 U-MOSVII (8B) TPC8078 8.9..8 6400 70 00 90 U-MOSVII (8A) TK8P5 DA 50 7.5 55 500 550 5. 40 6 π-mosvii TKP5 D 96 50 00 8 66 5 π-mosvii (8A) (8A) (8A) (8A) (A) 5 5 4.7.7.75.05.45 4.8 5.5.0.7 6.0.0.0 6.0.6.6.. (A) (8A) (8B) 4 4 Source 9

(Single N-Channel) / N VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (/4) 9.5 5.5 DPAK+ 6.5 TK0S04K L 0 5 8 54 40 55 00 0 U-MOSIV TK5S04N L 6 7.8 7 60 50 90 0 U-MOSVIII-H TK0S04K L 0 8 4 6 80 0 90 8 U-MOSIV TK5S04K L 5 58 0. 5 70 80 0 8 U-MOSIV (B) TK50S04K L 50 68 5.4 0 00 5 U-MOSIV 40 TK65S04K L 65 88 4.5 7.9 800 440 680 6 U-MOSIV TK65S04N L 65 07 4. 7.8 550 0 40 9 U-MOSVIII-H TK80S04K L 80 00. 4.8 440 570 90 87 U-MOSIV TK00S04N L 00 80. 4.5 5490 0 000 76 U-MOSVIII-H TKR4S04 PB 0 80.5.9 5500 490 400 0 U-MOSIX-H (A) TK8S06K L 8 5 54 80 400 40 80 0 U-MOSIV TK0S06K L 0 8 9 40 780 75 6 8 U-MOSIV TK5S06N L 5 57 8.5 6.8 855 69 490 5 U-MOSVIII-H TK0S06K L 0 58 8 0 50 0 0 8 U-MOSIV (B) TK40S06N L 60 40 88. 8 650 07 85 6 U-MOSVIII-H TK45S06K L 45 68 6.4 950 85 U-MOSIV TK60S06K L 60 88 8. 900 80 460 60 U-MOSIV TK80S06K L 80 00 5.5 7.8 400 400 650 85 U-MOSIV TK90S06N L 90 57. 5. 5400 50 60 8 U-MOSVIII-H (A) TK7S0N Z 7 50 48 470 6 60 7. U-MOSVIII-H TKS0N L * 65 8 50 850 67 70 5 U-MOSVIII-H TKS0N L 5 9.7 6. 50 45 00 U-MOSVIII-H (B) 00 TKS0N Z 5 9.7 050 40 070 8 U-MOSVIII-H TK40S0K Z 40 9 8 0 400 6 U-MOSIV TK55S0N 55 57 6.5 80 0 50 49 U-MOSVIII-H (A).4 6.0.0.0 6.0.6.6.. (A) (B) Source Source 0

(Single N-Channel) / N VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (4/4) TO-0SIS 5.0.0.0 0.0 TK50A04K 50 4.5 4500 900 00 0 U-MOSIV (A_I) 40 TK80A04K L 80 48.4.5 9400 00 900 90 U-MOSIV (B_I) TK80A08K 75 80 40 4.5 800 770 40 75 U-MOSIV TK9A0 DA 8.5 0 400 550 5.6 40 4 π-mosvii TK5A0 D 5 5 80 050 9 80 6 π-mosvii 00 TK0A0 D 0 45 09 650 4 0 4 π-mosvii TK5A0 D 5 70 550 80 60 π-mosvii TK8A5 DA 7.5 0 500 550 5. 40 6 π-mosvii (A_I) TKA5 D 5 50 00 8 66 5 π-mosvii 50 TK7A5 D 7 45 50 650 0 4 π-mosvii TK0A5 D 0 45 00 550 4 50 55 π-mosvii TK8A0 D 00 8 45 9 600 7 40 60 π-mosvii TO-0 TK8E0K 00 8 7 4 580 5 00 U-MOSIV 5. (A).9.85 TKE5 D 50 0 50 00 8 66 5 π-mosvii 0.0.7 TO-P(N) 5.5 Heat Sink Anode Anode Cathode TK70J04K Z 70. 4500 800 50 00 U-MOSIV 40 TK75J04K Z 75 50 8450 480 060 90 U-MOSIV SK 60 50 5400 90 600 70 L -π-mosv 60 TK70J06K 70 5 6 4500 600 800 98 U-MOSIV TK40J0 D 40 60 44 400 0 80 00 π-mosvii 00 TK70J0 D 70 40 7 6950 50 450 60 π-mosvii TK0J5 D 0 60 60 400 0 50 00 π-mosvii 50 TK60J5 D 60 40 8 7000 44 400 60 π-mosvii TK50J0 D 00 50 40 5 7000 50 45 60 π-mosvii (B) (A) (A) (A_I) (B) (B_I) Source Source Source Source

(Single P-Channel) / P VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (/4).0.9.5.8.6.8.4 UDFN6B.0 5 VS-8.9 VS-6.9 PS-8.9 5 SSM6J5 NU * SSM6J505 NU 6.5 6 700 800 800 7.6 U-MOSVI Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 0 0.5 8.7 5.7 40. 400 5 50 9.5 U-MOSVII SSM6J5 NU * 0 4.5 0.5 9. 50 570 590 47 U-MOSVII SSM6J50 NU 8 6. 8. 8.4 800 90 0.8 U-MOSVI SSM6J50 NU 8 6.4 4.7 57.9 840 99 8.8 U-MOSVI SSM6J50 NU 8 0 5. 9 6.5 600 80 90 9.9 U-MOSVI SSM6J507 NU * 0 +0/ 5 TPCF805 6 TPCF808 7 TPCF807 0 +0/ 5 TPC60 0.5 0 8 50 85 0.6 U-MOSVI 6 TPC6 5.5 () 0 4 00 00 60 90 7 U-MOSVI.5 () 6 7 95 0 80 0 9 U-MOSVI.5 () 8 8 970 70 00 U-MOSVI.8. () 06 64 60 47 6 5. U-MOSVI. () 55 85 690 9 7 0 U-MOSVI TPC6 8 5.5. () 40 57 80 700 00 40 0 U-MOSV (6b) TPC60 0 +0/. 4.5 5 () 56 77 50 85 0 4 U-MOSVI (6a) TPCP805 7..68 () 7 60 80 96 40 8 U-MOSVI (8b) TPCP806 0 +0/.68 5. 5 () 44 870 50 90 9 U-MOSVI (8a) TPCP809 TPCP807 TPCP8 TPCP80 40 60 +0/.96 4.5 () 5. 76.8 80 85 0 8 U-MOSVI +0/ +0/ +0/ 8 5.0 () 8 6.8 60 8 9 44.6 U-MOSVI.96 () 7 58.4 760 60 90 7 U-MOSVI.0 () 9.5 5. 075 50 05 U-MOSVI (6b) (8a_V) (6a) (8b) 0.5 0. 0.5.875 5 5.5.5.4.4.0 Top View (6a) (6b) (8a) (8a_V) (8b) 6 6 4 4 4 Pch Pch Pch Pch Pch

(Single P-Channel) / P VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (/4) TPCC86 9.4 8 6 60 50 0 60 6 U-MOSVI.. TSON Advance.. 5 TPCC87 0 0 6 5 990 400 4 U-MOSVI TPCC88 8 9 7.5 4 465 575 60 6 U-MOSVI TPN4R7 MD 6 4 4.7 8. 400 640 700 65 U-MOSVI TPCC8 +0/ 5 0 0 7.6 700 80 0 40 U-MOSVI TPCC80 8 7 600 40 490 8 U-MOSV TPCC804 0 +0/ 5 7 8.8.4 60 40 485 58 U-MOSVI TPCC805 +0/ 5 0 7.8 40 50 580 76 U-MOSVI (8a). 0..65 6.0 5.0 SOP Advance 5.0 5. TPHR7 MD 60 78.7.7 0900 550 00 8 U-MOSVI TPCA8 TPCA809 TPCA88 TPCA80 0 +0/ 5 +0/ 5 +0/ 5 +0/ 5 7 7 700 80 0 40 U-MOSVI 4 0 9 400 400 460 56 U-MOSVI 4 4.8 6.7 4800 800 900 5 U-MOSVI 45 4 740 80 440 90 U-MOSVI (8a) 5 5 4.7.7.75.05.45 4.8 Top View (8a) 4 Pch

(Single P-Channel) / P (/4) VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) TPC89 +0/ 5 9.9 8 650 60 00 9 U-MOSVI TPC85 +0/ 5 0.9 7 580 40 490 64 U-MOSVI TPC8 +0/ 5.9 9.5 940 460 50 68 U-MOSVI SOP-8 TPC86 TPC87 0 +0/ 5.9 0 4 400 400 460 56 U-MOSVI +0/.9 6.5 8.9 800 60 70 9 U-MOSVI 5.0 6.0.9 TPC88 +0/ 5 6.9 5 6.9 4800 800 900 5 U-MOSVI (8a) 5.5 4.9.68 TPC80 TPC84 +0/ 5 +0/ 5 8.9. 4. 740 80 440 80 U-MOSVI 5.9 5 66 890 00 0 0 U-MOSVI.7 TPC8 TPC8 40 +0/ 5 +0/ 5 7.9 5 580 90 0 4 U-MOSVI 9.9 5 8 900 50 40 64 U-MOSVI TPC84 +0/ 5.9 8 0 4750 540 60 04 U-MOSVI TJ0S04M L +0/ 0 7 44 6 90 90 40 9 U-MOSVI TJ0S04M L +0/ 4. 850 80 50 7 U-MOSVI TJ40S04M L 40 +0/ 40 68 9. 440 40 50 8 U-MOSVI 9.5 5.5 DPAK+ 6.5.4 TJ60S04M L TJ80S04M L TJ8S06M L TJ5S06M L TJ0S06M L 60 +0/ +0/ +0/ +0/ +0/ 60 90 6. 9.4 650 570 780 5 U-MOSVI 80 00 5. 7.9 7770 740 970 58 U-MOSVI 8 7 04 0 890 60 00 9 U-MOSVI 50 6 770 0 80 6 U-MOSVI 0 68.8 8 950 70 60 80 U-MOSVI (b) 6.0.0.0 6.0.6.6.. TJ50S06M L +0/ 50 90.8 7.4 690 40 560 4 U-MOSVI TJ60S06M L +0/ 60 00. 4.5 7760 50 690 56 U-MOSVI TJ5S0M 00 +0/ 5 75 0 00 5 90 69 U-MOSVI (a) (a) (b) (8a) 4 Source Source Pch Pch Pch 4

(Single P-Channel) / P VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) (4/4) DPAK 6.0 0.0 6. TJ5P04M 40 5 9 6 48 00 0 70 6 U-MOSVI (a).0.0 6.0 6.6.7.6.6.. TO-0SIS 0.0 TJ9A0M 9 9 70 900 0 50 47 U-MOSVI 5.0 00 (a_i).0.0 TJA0M 4 0 00 5 90 69 U-MOSVI (a) (a_i) Source Source Pch Pch 5

(Dual Channel / Complementary) / / Polarity VDSS VGSS VGS = 0 V VGS = 6 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) VS-8 TPCF805 4.5 58 8 65 680 85 08 9. U-MOSVI.9.5 P-ch x (8aa).5.9 TPCF806 0 +0/..5 7 0 90 65 85 0 U-MOSVI 5 N-ch x TPCP806 0 6 TPCP804 0 4..48 () 4 5 60 47 44 5.8 U-MOSVII.48 () 50 77 90 45 6.6 U-MOSIV (8AA) TPCP807 40 5.77 () 6. 6.8 505 66 5.8 U-MOSIV (8BB) TPCP80 8.8.48 () 46 60 90 640 00 40 0 U-MOSV (8bb) PS-8 P-ch x TPCP806 4 TPCP805 6.48 () 58 8 65 680 85 08 9. U-MOSVI.48 () 0 4 500 5 50.5 U-MOSVI (8aa).8.4.9 N-ch + P-ch TPCP8404 TPCP8405 TPCP8407 TPCP8406 0 4 0 4 0 6.5 0 6 40 5 40 +0/ 4 40 6 40 5.48 () 50 80 90 45 60 4.6 U-MOSIV.48 () 50 80 50 0 70 U-MOSV.48 () 6 9 80 5 77.8 U-MOSVI-H.48 (). 4 075 90 4 4. U-MOSVI.77 () 6. 6.8 505 66 5.8 U-MOSIV.77 () 56.8 8. 80 85 0 8 U-MOSVI.48 () 6 850 40 4.7 U-MOSVI-H.48 () 4. 5.4 05 66 4. U-MOSVI (8Aa) (8Bb) (8Aa).4 6.0.9 SOP-8 4.9.68 N-ch + P-ch TPC8407 TPC8408 0 9.5 7 90 55 0 7 U-MOSVII-H 0 7.4.5 9 650 60 00 9 U-MOSVI 40 6..5 6 850 40 4 U-MOSVI-H 40 5.. 5 05 5 6 U-MOSVI (8Aa) 5.5.7.0 Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 Top View (8AA) (8BB) (8aa) (8bb) (8Aa) 4 4 4 4 4 x x Pch x Pch x + Pch (8Bb) 4 + Pch 6

Small- / (Semi-Power Type : Single N-Channel) / : N (/) VDSS VGSS VGS = 0 V VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).0 CST SOT-88 0.8 SSMK56 CT 8 5 00 480 840 55 6 6 U-MOSVII-H 0 SSMK56 ACT 8.4 5 00 480 840 55 6 6 U-MOSVII-H (B_S) 0. 0.9 0.9 0.5 0.5 CSTB. 8 SSMK59 CTB * 40 8 68 40 0 7.5 6. U-MOSVII-H (B_S) 0.5 0.5 0.5 0.5. VESM SOT-7. SSMK56 MFV 0 8 5 00 480 840 55 6 6 U-MOSVII-H (B_S).5 5 5.0 WCSP6C.5 SSM6K78 G * 8 7.6 8. 47.4 4 600 0 50 5.4 U-MOSVII-H (6A_W) 0.5 SSM SOT-46.6 SSMK56 FS * 0 8 5 00 480 840 55 6 6 U-MOSVII-H (B_S).4.6 5 ES6 SOT-56 SSM6K04 FE 0 6 64 4 07 95 9 5.4 U-MOSIII 0 SSM6K FE 0. 47 59 8 8 50 85 98 U-MOSIII 0. 5.6.6 5 SSM6K08 FE.9 77 96 8 4.9 U-MOSIII 0 SSM6K0 FE. 85 0 45 70 47 56 U-MOSIII SSM6K7 FE 40.8 08 48 400 0 7.5 6. U-MOSVII-H (6B).5 Top View (B_S) (6A_W) (6B) A B C 6 A B C 7

(Semi-Power Type : Single N-Channel) / : N (/) VDSS VGSS VGS = 0 V VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).4.0...8. UDFN6B SSM6K504 NU 9.5 9.5 6 60 4 0 4.8 U-MOSVII-H (6B) 0 SSM6K5 NU * 5.5 8.9 0 5 50 7.5 U-MOSIX-H (6A) SSM6K54 NU * 40.5.6 7. 0 6 45 7.5 U-MOSIX-H.0 5 SSM6K4 NU * 60 6.5 6 5 69 550 5 00 9. U-MOSVIII-H (6B) SSM6K6 NU * 00.5.5 69 9 40 60. U-MOSVIII-H SSMK6 TU * 8 57 68 89 9 77 7 5 U-MOSVII-H (C_S) SSMK TU 0 6 04 95 9 5.4 U-MOSIII 0 SSMK TU 0. 48 6 9 40 400 60 68 5.9 U-MOSIII UFM.0 UF6.0 SOT-F.9 TSOP6F SSMK TU 0 4. 8 4 66 00 50 6.6 U-MOSIII SSMK7 TU 67 86 8 4.5 U-MOSIII SSMK6 TU. 00 5 45 4 U-MOSIII 0 SSMK9 TU.5 74 90 4 70 47 56 U-MOSIII SSMK TU 6 7.6 4.5 450 77 0 0. U-MOSIV (A_S) SSMK65 TU * 00 440 50 5 70 6 π-mosv (C_S) 60 SSMK4 TU * 6 6 5 69 550 5 00 9. U-MOSVIII-H (B_S) SSMK6 TU * 00.5 69 9 40 60. U-MOSVIII-H SSM6K40 TU 0 4. 8 4 66 050 60 75 6.8 U-MOSIII SSM6K404 TU 0 0 55 70 00 47 400 60 68 5.9 U-MOSIII SSM6K405 TU 0 6 64 4 07 95 9 5.4 U-MOSIII SSM6K406 TU 0 4.4 5 8.5 490 0.4 U-MOSIV SSM6K407 TU 60 00 440 50 5 70 6 π-mosv SSMK44 R * 8 7 9 9 5 5 7 U-MOSVII-H 0 SSMK45 R * 8 4 45 74 08 40 40 85.6 U-MOSVI SSMK6 R * 90 6 8 6.7 U-MOSVII-H SSMK9 R.5 6 70 89 8 4.5 U-MOSIII SSMK4 R 0 4 56 7 09 00 40. U-MOSVII-H SSMK R 6 8 4 46 8 77.4 U-MOSVII-H (A_S) SSMK5 R 6 8 56 40 0 60.7 U-MOSVII-H (B_S) SSMK7 R * 8 50 76 00 0 7. U-MOSIV (ZC_) SSMK9 R * 40 98 8 90 0 7.5 6. U-MOSVII-H (B_S) SSMK65 R SSMK8 R 60.5 07 45 5 7 U-MOSIV (B_S) (6B) (B_S) 00 440 50 5 70 6 π-mosv (C_S) SSMK4 R * 6. 6 5 69 550 5 00 9. U-MOSVIII-H SSMK6 R * 00.5. 69 9 40 60. U-MOSVIII-H SSM6K809 R ** 60 6.5 6 5 69 550 5 00 9. U-MOSVIII-H (B_S) (6B) 0.5 0. 0.5.875 5 5.5.9 5.9. 0.9.5.9 SSM6K80 R ** 00.5.5 69 9 40 60. U-MOSVIII-H **: Under Development / Top View (A_S) (B_S) (C_S) (6A) (6B) (ZC_) 6 6 + ZD 8

(Semi-Power Type : Single P-Channel) / : P (/) VDSS VGSS VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CSTC SSMJ64 CTC * 0 70 560 890 0 50 7.5 U-MOSVII 0. 0.8 SSMJ65 CTC * 0 500 700 070 550 48 4.6 8.9 U-MOSVII (c_s) 0.5 0.5 0.5 0..0 CST SOT-88 0.8 SSMJ56 ACT 8.4 90 480 660 900 00 0 6.6 U-MOSVI (c_s) 0. 0.9 0.9 0.5 0.5 CSTB. 8 SSMJ46 CTB 8 0 78 50 90 44 4.7 U-MOSVI (b_s) 0.5 0.5 0.5 0.5. VESM SOT-7. SSMJ56 MFV 8 90 480 660 900 00 0 6.6 U-MOSVI (b_s).5 5 5.0 WCSP6C.5 SSM6J77 G 5.6 5 47.5 870 0 50 9.8 U-MOSVI (6a_W) 0.5.6.0 ES6 SOT-56.6 UDFN6B 5.0 5 SSM6J6 FE 8 4.8 9. 56 88. 040 80 00.7 U-MOSVI SSM6J FE 8.6 0 78 50 90 44 4.7 U-MOSVI SSM6J5 FE 8.4 59 79 04 54 60 60 75 U-MOSVI SSM6J FE 8 4 4 49 65.4 94 970 09 7 4. U-MOSVI SSM6J07 FE.4 49 7 0 9 U-MOSII 0 SSM6J4 FE.6 57 77.6 49.6 560 65 80 7.9 U-MOSVI SSM6J5 NU * 0 0.5 8.7 5.7 40. 400 5 50 9.5 U-MOSVII SSM6J505 NU 6.5 6 0 700 800 800 7.6 U-MOSVI SSM6J5 NU * 0 4.5 0.5 9. 50 570 590 47 U-MOSVII SSM6J50 NU 8 6. 8. 8.4 6 800 90 0.8 U-MOSVI SSM6J50 NU 8 6.4 4.7 57.9 89.6 840 99 8.8 U-MOSVI SSM6J50 NU 8 0 5. 9 6. 600 80 90 9.9 U-MOSVI SSM6J507 NU * 0 +0/ 5 0.5 8 50 85 0.6 U-MOSVI (6b) (6b).875.5 0. 0.5 0. 0.5 5 5 5.5 Top View (b_s) (c_s) (6a_W) (6b) A B C 6 A B C Pch Pch Pch Pch 9

(Semi-Power Type : Single P-Channel) / : P (/) VDSS VGSS VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).. UFM.0 UF6.0 USM SOT- SSMJ TU 6 5.4 7 9 9 700 55 55 U-MOSVI SSMJ5 TU 8 0 80 60 70 40 4.6 U-MOSVI SSMJ4 TU 8. 9 68 40 90 44 4.7 U-MOSVI SSMJ0 TU 8 4.4 5.8 4. 6. 800 90 0.8 U-MOSVI SSMJ TU 8 5.5 9.8 9.7 56 88.4 840 99 8.8 U-MOSVI SSM6J50 TU 0.5 64 00 800 0 60 U-MOSIV SSM6J4 TU 8 4 4.7 5.4 67.8 99.6 840 99 8.8 U-MOSVI SSM6J44 TU 8 6.5 6 6 54 650 90 0. U-MOSVI SSM6J40 TU 5 80 45 80 5. U-MOSII SSM6J40 TU 0. 9 0.9 U-MOSIII SSM6J40 TU.5 45 70 90 0 6 U-MOSIII SSMJ TU. 790 86 4 5 U-MOSII (b_s) (6b).9 5.9.0. SSMJ8 TU 0.4 480 7 0 9 U-MOSII (b_s).9 SSMJ7 TU 5 80 45 80 U-MOSII.4.5 SOT-F.9 S-Mini SOT-46 SSMJ8 R 0 6 0. 7.9 45. 400 5 50 9.5 U-MOSVII SSMJ7 R 8.9 9 68 40 90 44 4.6 U-MOSVI SSMJ R 8 4 55 75 00 50 60 60 75 U-MOSVI SSMJ8 R 8 6 9.8 9.7 56 88.4 840 99 8.8 U-MOSVI SSMJ55 R * 0 6 0. 8.8 5. 00 94 6.6 U-MOSVII SSMJ58 R * 0 6 5..8 49. 8 5 8.5 U-MOSVII SSMJ4 R SSMJ40 R 0 4 05 6 80 40 55 5.9 U-MOSVI +0/ 5 4 7 86 49 75 97 6. U-MOSVI SSMJ R 6 50 7 44 560 65 80 8. U-MOSVI SSMJ56 R * SSMJ5 R * SSMJ5 F 60 +0/ 60 400 0 0 8. U-MOSVI +0/.5 64 84 660 50 70 5. U-MOSVI 8 50 79 70 40 4.6 U-MOSVI SSMJ5 F * 6 99 44 0 9 5. U-MOSVI (b_s) (b_s)..4 0.9.0.9.5 SSMJ5 F * 0 +0/ 5 74 59 0.4 U-MOSVI.8. TSOP6F SSM6J80 R * +6/ 8 6.5.5 9.7 56 88.4 840 99 8.8 U-MOSVI (6b).5.9 SSM6J808 R ** 40 +0/ 7.5 54 05 66 4. U-MOSVI (6a) **: Under Development / Top View (b_s) (6a) (6b) 6 6 Pch Pch Pch 0

(Semi-Power Type: Dual Channel/Complementary) / : / Polarity VDSS VGSS VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) ES6 SOT-56 N-ch x SSM6N56 FE 0 8 0.5 5 00 480 840 55 6 6 U-MOSVII-H (6BB) P-ch x SSM6P4 FE 8 0.5 00 440 670 040 0 0 8.76 U-MOSV (6bb) 0. 5.6.6 5 N-ch + P-ch SSM6L4 FE 0 0 0.0 0 450 600 90 5 U-MOSIII 8 0.5 00 440 670 040 0 0 8.76 U-MOSV (6Cb).5.0 UDFN6 SOT-8 SSM6N6 NU * 0 8 4 45 74 08 40 40 85.6 U-MOSVII-H SSM6N55 NU 4 64 80 0 5.5 U-MOSVII-H N-ch x SSM6N57 NU 0 4 9. 5 8 0 0 5. U-MOSVII-H SSM6N58 NU 4 84 7 80 9 4.8 U-MOSVII-H P-ch x SSM6P47 NU 8 4 95 5 70 4 90 44 4.6 U-MOSVI SSM6P49 NU 4 56 76 57 480 76 90 6.74 U-MOSVI (6BB) (6bb) 0. 5..0 5 UF6.0 N-ch + P-ch N-ch x P-ch x N-ch + P-ch SSM6L6 NU 0 4 SSM6L6 NU ** 0 4 0 8 4 45 74 08 40 40 85.6 U-MOSVII-H 4 56 76 57 480 76 90 6.74 U-MOSVI 48 () 80 () 80 0 5.5 U-MOSVII-H 80 40 55 5.9 U-MOSVII-H SSM6N6 TU 8 85 98 0 7 77 7 5 U-MOSVII-H 0 SSM6N9 TU 0.6 9 9 90 47 60 7 45 7.5 U-MOSIII SSM6N40 TU 0.6 8 80 7 4 5. U-MOSIII SSM6P54 TU 8. 8 50 555 9 48 7.7 U-MOSIV SSM6P9 TU 8.5 94 40 50 6.4 U-MOSIII SSM6P40 TU 0.4 40 0.9 U-MOSIII SSM6L9 TU SSM6L TU 0 0.6 9 9 90 47 60 7 45 7.5 U-MOSIII 8.5 94 40 50 6.4 U-MOSIII 0 45 80 45 4 U-MOSIII 60 40 8 4 5 U-MOSIII (6Bb) (6Cc) (6BB) (6bb) (6Bb) (6Cc).875 0.9 5.9 SSM6L40 TU 0.6 8 80 7 4 5. U-MOSIII 0.4 40 0.9 U-MOSIII (6Bb) TSOP6F SSM6N8 R *.5.5 54 4 7 06.6 U-MOSVIII-H (6CC).8. N-ch x 00.5.9 SSM6N85 R *.4 4 80 90 6 08. U-MOSVIII-H (6BB) **: Under Development / 6 Top View (6BB) (6CC) (6bb) (6Bb) (6Cc) (6Cb) 6 6 6 6 6 Q Q Q Q Q Q Q Q Q Q Q Q x x Pch x + Pch + Pch + Pch

(Semi-Power Type: Built-in Diode) / : Polarity VDSS VGSS VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UDFN6 SOT-8 N-ch + SBD SSM6H9 NU 40 98 8 90 0 7.5 6. U-MOSVII-H (6SB) 0..0 5.875 0.9.0 5 P-ch + SBD SSM6G8 NU 8 4 85 6 70 40 4.6 U-MOSVI (6Sb). UFV.0 SSM5H08 TU 0.5 60 0 5 7 4 U-MOSIII N-ch + SSM5H0 TU.4 450 06 5 8 U-MOSIII SBD SSM5H TU 0.6 8 80 7 4 5. U-MOSIII (5BS) SSM5H6 TU.9 77 96 8 4.9 U-MOSIII SSM5G0 TU P-ch + 60 40 0 70 0 U-MOSII SBD SSM5G09 TU 8.5 0 00 550 55 70 U-MOSIII SSM5G TU 0.4 40 0.9 U-MOSIII (5bS) N-ch + Switching SSM5H90 ATU 0 0.4 65 89 00 40. U-MOSVII-H (5BW) Diode.9 5 5 Top View (5BS) (5bS) (5BW) (6SB) (6Sb) 4 5 4 5 4 6 6 + SBD Pch + SBD + Switching Diode + SBD Pch + SBD

(Semi-Power Type: Built-in Zener Diode) / : ZD Polarity VDSS VGSS VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UFM..0 N-ch + Zener SSMH7 TU * 4 80 95 9 8 40 U-MOSIV (ZC_).9 Top View (ZC_) + ZD

(Small-Signal Type: Single N-Channel) / : N (/) VDSS VGSS (Ω) VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).0..6 CSTC CST SOT-88 0.8 0.8 VESM SOT-7. SSM SOT-46.6 5 SSMK6 CTC * 0 0.. 4 5.6 4. 5.5 U-MOSIII 0 SSMK5 CTC 0 0.5..6.4. 8 5 6 U-MOSIII (C_S) SSMK5 ACTC * 0 0..6 6.5 6.5 8 U-MOSIII SSMK7 CTC * 60 0.5 4.7 U-MOSVII-H SSMK6 CT 0 0. 0. 4 5 9. 4.5 9.8 π-mosvi SSMK5 CT 0 0 0.8 0. 4 8 9.. 9.5 π-mosvi SSMK7 CT 0 0. 0...0 4.05 5.6 4. 5.5 U-MOSIII (C_S) SSMK5 ACT 0 0. 0..6 6.5 6.5 8 U-MOSIII SSMK7 KCT * 60.75 6. 5.5 0.9 U-MOSVII-H SSMK6 FV 0 0. 0.5 4 5 9. 4.5 9.8 π-mosvi SSMK5 MFV 0 0.8 0.5 4 8 9.. 9.5 π-mosvi SSMK5 AMFV * 0 0.5 0.5..6.4. 8 5 6 U-MOSIII (C_S) 0 SSMK7 MFV 0 0.5 0.5..0 4.05 5.6 4. 5.5 U-MOSIII SSMK6 MFV 0 0.5 6 5.4.6 7.. U-MOSIII SSMK56 MFV 8 0.5 0.5 0. 8 4 55 6 6 U-MOSVII-H (B_S) SSMK5 AMFV 0. 0.5.6 6.5 6.5 8 U-MOSIII 0 SSMK44 MFV 0. 0.5 4 7 8.5 5. 9.4 π-mosvi (C_S) SSMK6 FS 0 0. 0. 4 5 9. 4.5 9.8 π-mosvi SSMK5 FS 0 0.8 0. 4 8 9.. 9.5 π-mosvi SSMK7 FS 0 0. 0...0 4.05 5.6 4. 5.5 U-MOSIII (C_S) 0 SSMK5 AFS * 0 0.5 0.5..6.4. 8 5 6 U-MOSIII SSMK6 FS 0 0.5 6 5.4.6 7.. U-MOSIII SSMK56 FS 8 0.5 0.5 0. 8 4 55 6 6 U-MOSVII-H (B_S) SSMK5 AFS 0. 0..6 6.5 6.5 8 U-MOSIII 0 SSMK44 FS 0. 0.5 4 7 8.5 5. 9.4 π-mosvi SSMK7 CFS * 0..7 U-MOSVII-H 60 SSMK7 KFS * 0. 0.5.75 6. 5.5 0.9 U-MOSVII-H (C_S).5.4 0.5 0.5 0.5 0.9 0.9 0. 5 0. 0. 0.5 0.5 5 Top View (B_S) (C_S) 4

(Small-Signal Type: Single N-Channel) / : N (/) VDSS VGSS (Ω) VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) ES6 SOT-56 0. 5.6 SSM6K4 FE 0 5 0.8 45 4 U-MOSIII (6B).5.6 5 UFM. SSMK6 TU 0 0 6 5.4.6 7.. U-MOSIII (C_S).9.0. USM SOT- SSMK6 FU 0 0 0. 0.5 4 5 9. 4.5 9.8 π-mosvi SSMK5 AFU 0. 0.5.6 6.5 6.5 8 U-MOSIII SSMK48 FU 0 0. 0.5. 5.4 5. 7.8.4 U-MOSIII SSMK09 FU 0.5. 0 7 6 π-mosvi SSMK7 FU 50 7 0. 0.5 0 40 7 7 π-mosv SSMK700 CFU * 0..7 U-MOSVII-H 60 SSMK700 KFU * 0.5.75 6. 5.5 0.9 U-MOSVII-H (C_S).9.0 SOT TN700 AK * 0. 0. 4.7 U-MOSVII-H.4 60 (C_S).0.9 TN700 BK * 0..75 6. 5.5 0.9 U-MOSVII-H S-Mini SOT-46 SSMK5 F 0 0. 0. 4 7 7.8.6 8.8 π-mosvi.5 (C_S).4.0.9.5 SSMK700 KF * 60.75 6. 5.5 0.9 U-MOSVII-H Top View (C_S) (6B) 6 5

(Small-Signal Type: Single P-Channel) / : P VDSS VGSS (Ω) VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CSTC 0. 0.8 SSMJ5 CTC * 0 0.5.4..9 4 6 U-MOSVII (c_s) 0.5 0.5 0.5 0..0 CST SOT-88 0.8 SSMJ5 CT 0 0. 0. 8. 6.5 π-mosvi SSMJ5 CT 0 0. 0. 9..5 8.6 π-mosvi (c_s) 0. 0.9 0.9 0.5 0.5..6 VESM SOT-7. SSM SOT-46.6 UFM 5 SSMJ6 FV 0 0. 0.5 8 45.7 0 π-mosvi SSMJ5 MFV 0 0. 0.5 8. 6.5 π-mosvi (c_s) SSMJ5 AMFV * 0 0.5.4..9 4 6 U-MOSVII SSMJ56 MFV 8 0.5 0.9 8 6 0.9 00 0 6.6 U-MOSVI (b_s) SSMJ5 FV 0 0. 0.5 9..5 8.6 π-mosvi (c_s) SSMJ5 FS 0 0. 0. 8. 6.5 π-mosvi SSMJ5 AFS * 0 0.5 0.5.4..9 4 6 U-MOSVII (c_s) SSMJ6 FS 8 0. 0.5..7.6 4 6. 0.. U-MOSIII SSMJ5 FS 0 0. 0. 9..5 8.6 π-mosvi.4.5 5 5. SSMJ6 TU 8 0...7.6 4 6. 0.. U-MOSIII (c_s).9.0 USM SOT- SSMJ6 FU 0 0. 0.5 8 45.7 0 π-mosvi. S-Mini SOT-46 SSMJ5 FU 0. 0.5 9..5 8.6 π-mosvi 0 SSMJ09 FU 0. 0.5 4. π-mosvi SSMJ5 F 0 0. 0. 9..5 8.6 π-mosvi (c_s) (c_s).9.5 SJ68 0. 0. 7 8.4.0.9.5 SSMJ68 F * 60 (b_s) +0/.9 8 5.5 U-MOSVI Top View (b_s) (c_s) Pch Pch 6

(Small-Signal Type: Dual Channel/Complementary) / : / (/) Polarity VDSS VGSS (Ω) VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).6 ESV SOT-55 N-ch x SSM5N6 FE 0 0 0. 0.5 4 5 9. 4.5 9.8 π-mosvi SSM5N5 FE 0 0. 0.5 4 7 7.8.6 8.8 π-mosvi (5CC).5 0. 5.6.6 ES6 SOT-56.6 5 5 P-ch x SSM5P6 FE 0 0. 0.5 8 45.7 0 π-mosvi (5cc) SSM6N6 FE 0 0. 0.5 4 5 9. 4.5 9.8 π-mosvi SSM6N5 FE 0 0.8 0.5 4 8 9.. 9.5 π-mosvi SSM6N5 AFE * 0 0.5 0.5..6.4. 8 5 6 U-MOSIII 0 SSM6N7 FE 0 0.5 0.5..0 4.05 5.6 4. 5.5 U-MOSIII N-ch x SSM6N6 FE 0 0.5 6 5.4.6 7.. U-MOSIII SSM6N56 FE * 8 0.5 0.5 0. 8 4 55 6 6 U-MOSVII-H (6BB) SSM6N5 AFE 0. 0.5.6 6.5 6.5 8 U-MOSIII 0 SSM6N44 FE 0. 0.5 4 7 8.5 5. 9.4 π-mosvi SSM6N700 BFE 60 0. 0.5. 7.9.6 U-MOSIV SSM6P5 AFE * 0 0.5 0.5.4..9 4 6 U-MOSVII P-ch x SSM6P6 FE 8 0. 0.5..7.6 4 6. 0.. U-MOSIII N-ch + P-ch SSM6P5 FE 0 0. 0.5 8. 6.5 π-mosvi SSM6P5 FE 0 0. 0.5 9..5 8.6 π-mosvi SSM6L5 FE SSM6L6 FE 0 0 0.8 0.5 4 8 9.. 9.5 π-mosvi 0 0. 0.5 8. 6.5 π-mosvi 0 0 0.5 6 5.4.6 7.. U-MOSIII 8 0. 0.5..7.6 4 6. 0.. U-MOSIII (6CC) (6CC) (6cc) (6Cc).5 0. 5. USV SOT-5 N-ch x SSM5N6 FU 0 0 0. 0. 4 5 9. 4.5 9.8 π-mosvi SSM5N5 FU 0 0. 0. 4 7 7.8.6 8.8 π-mosvi (5CC).9 P-ch x SSM5P5 FU 0 0. 0. 9..5 8.6 π-mosvi (5cc) Top View (5CC) (5cc) (6BB) (6CC) (6cc) 6 6 6 Q Q Q Q Q Q Q Q Q Q x Pch x x x x (6Cc) 6 Q Q + Pch 7

(Small-Signal Type: Dual Channel/Complementary) / : / (/) Polarity VDSS VGSS (Ω) VGS = 4 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).. UF6.0 US6 SOT-6 N-ch x SSM6N6 TU 0 6 5.4.6 7.. U-MOSIII (6CC) 0 SSM6N6 TU 8 0.085 0.098 0. 77 7 5 U-MOSVII-H (6BB) SSM6N4 TU 0 5 0.8 45 4 U-MOSIII P-ch x SSM6P6 TU 8 0...7.6 4 6. 0.. U-MOSIII (6cc) 0 5 0.8 45 4 U-MOSIII SSM6L TU N-ch + 8 4 5 U-MOSIII P-ch 0 0 6 5.4.6 7.. U-MOSIII SSM6L6 TU 8 0...7.6 4 6. 0.. U-MOSIII (6Cc) SSM6N6 FU 0 0. 0. 4 5 9. 4.5 9.8 π-mosvi SSM6N5 FU 0 0.8 0. 4 8 9.. 9.5 π-mosvi SSM6N5 AFU * 0 0 0.5 0.85..6.4. 8 5 6 U-MOSIII SSM6N7 FU 0 0.5 0...0 4.05 5.6 4. 5.5 U-MOSIII SSM6N4 FU 0 0. 6 5.4.6 7.. π-mosvi SSM6N5 AFU 0. 0..6 6.5 6.5 8 U-MOSIII N-ch x (6CC) SSM6N44 FU 0. 0. 4 7 8.5 5. 9.4 π-mosvi 0 SSM6N48 FU 0. 0.. 5.4 5. 7.8.4 U-MOSIII SSM6N09 FU 0.. 0 7 6 π-mosvi SSM6N7 FU 50 7 0. 0. 0 40 7 7 π-mosv SSM6N700 CFU * 0.8.7 U-MOSVII-H 60 SSM6N700 KFU * 0. 0.85.75 6. 5.5 0.9 U-MOSVII-H SSM6P5 FU 0 0. 0. 8. 6.5 π-mosvi P-ch x SSM6P5 AFU * 0 0.5 0.85.4..9 4 6 U-MOSVII (6cc) N-ch + P-ch SSM6P5 FU 0 0. 0. 9..5 8.6 π-mosvi SSM6L09 FU SSM6L5 FU 0 0.. 0 7 6 π-mosvi 0 0. 0. 4. π-mosvi 0 0 0.8 0. 4 8 9.. 9.5 π-mosvi 0 0. 0. 8. 6.5 π-mosvi (6Cc).9.9 5 6 Top View (6BB) (6CC) (6cc) (6Cc) 6 6 6 Q Q Q Q Q Q Q Q x x x x Pch 8

Mid-High Voltage MOSFETs / MOSFET DTMOS / DTMOS (Single N-Channel) / N (/5) 0.0 8.0 6. DFN8x8 8.0 5 DPAK 6.6.7 TK0V60 W VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0 9.7 8. 0.8 700. 0 0 DTMOSIV TKV60 W 0.5 04 0. 890.8 5 DTMOSIV TK6V60 W 0 5.8 9 0.9 50 4 5 8 DTMOSIV TK6V60W5 0 5.8 9 5 50 4 DTMOSIV(HSD) TK0V60 W 0 0 56 680 7 40 48 DTMOSIV TK0V60W5 600 0 0 56 0.9 800 5.5 55 DTMOSIV(HSD) TK5V60 X 0 5 80 0.00 6 60 40 DTMOSIV-H TK5V60X5 0 5 80 0.00 6 60 60 DTMOSIV-H(HSD) TKV60 W 0 40 0.098 000 9.5 70 86 DTMOSIV TKV60W5 0 40 0.09 000 9.5 70 05 DTMOSIV(HSD) TKV60 X 0 40 0.098 000 7 70 65 DTMOSIV-H TK4V65 W 0.7 9 0.8 00 4 5 5 DTMOSIV TK7V65 W 0 7. 56 0. 800 7 40 45 DTMOSIV TKV65X5 650 0 80 400 6 60 50 DTMOSIV-H(HSD) TK8V65 W 0 7.6 40 0. 000 8 70 75 DTMOSIV TK8V65W5 0 7.6 40 000 8 70 90 DTMOSIV(HSD) TK0P50 W 0 9.7 80 700. 0 0 DTMOSIV 500 TKP50 W 0.5 00 890.8 5 DTMOSIV TK5P60W5 0 4.5 60 0.99 70.5 DTMOSIV(HSD) TK5P60 W 0 5.4 60 0.9 80.5 0 DTMOSIV TK6P60 W 0 6. 60 90.7 DTMOSIV TK560P60 Y 0 7 60 6 80.5 8 4.5 DTMOSV TK7P60 W 0 7 60 490.7 5 DTMOSIV TK7P60W5 0 7 60 7 490.7 6 DTMOSIV(HSD) 600 TK8P60 W 0 8 80 570.5 6 8.5 DTMOSIV TK8P60W5 0 8 80 6 590.7 6 DTMOSIV(HSD) TK0P60 W 0 9.7 80 700. 0 0 DTMOSIV TK80P60 Y 0 9.7 80 0.8 590.5 0 DTMOSV TKP60 W 0.5 00 890.8 5 DTMOSIV TK90P60 Y 0.5 00 0.9 70.5 6 5 DTMOSV TK5P65 W 0 5. 60. 80.5 0 DTMOSIV TK6P65 W 0 5.8 60.05 90.7 DTMOSIV TK7P65 W 0 6.8 60 490.7 5 DTMOSIV TK560P65 Y 0 7 60 6 80.5 8 4.5 DTMOSV TK8P65 W 650 0 7.8 80 7 570.5 6 6 DTMOSIV TK9P65 W 0 9. 80 6 700. 0 0 DTMOSIV TK80P65 Y 0 9.7 80 0.8 590.5 0 DTMOSV TKP65 W 0. 00 4 890.8 5 DTMOSIV TK90P65 Y 0.5 00 0.9 70.5 6 5 DTMOSV (5A) (A) 7..0.0.0.0 6.0....0.0 6.0.6.6 4.5.6.0 (A) (5A) * 5 Source Source Source,4 (*) Notice : Please use the source pin for gate input signal return. Make sure that the main current flows into the source pins. (*) 9

(Single N-Channel) / N 8.8 5. 7. 4.. DPAK 0.5 IPAK 6.65 TO-0SIS 5.0.0.0 0.0 4.46 TK6G60 W VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0 5.8 0 0.9 50 4 5 8 DTMOSIV TK6G60W5 600 0 5.8 0 0. 50 4 DTMOSIV(HSD) TK0G60 W 0 0 65 0.55 680 7 40 48 DTMOSIV TK4G65 W 0.7 0 0.5 00 4 5 5 DTMOSIV 650 TK4G65W5 0.7 0 0. 00 4 0 DTMOSIV(HSD) TK5Q60 W 0 5.4 60 0.9 80.5 0 DTMOSIV TK6Q60 W 0 6. 60 90.7 DTMOSIV TK7Q60 W 0 7 60 490.7 5 DTMOSIV 600 TK8Q60 W 0 8 80 570.5 6 8.5 DTMOSIV TK0Q60 W 0 9.7 80 700. 0 0 DTMOSIV TKQ60 W 0.5 00 890.8 5 DTMOSIV TK5Q65 W 0 5. 60. 80.5 0 DTMOSIV TK6Q65 W 0 5.8 60.05 90.7 DTMOSIV TK7Q65 W 0 6.8 60 490.7 5 DTMOSIV 650 TK8Q65 W 0 7.8 80 7 570.5 6 6 DTMOSIV TK9Q65 W 0 9. 80 6 700. 0 0 DTMOSIV TKQ65 W 0. 00 4 890.8 5 DTMOSIV TK0A50 W 0 9.7 0 0.8 700. 0 0 DTMOSIV TKA50 W 500 0.5 5 0. 890.8 5 DTMOSIV TK9A50 W 0 8.0 0.9 50 4 5 8 DTMOSIV TK5A60W5 0 4.5 0 70.5 DTMOSIV(HSD) TK5A60 W 0 5.4 0 0.9 80.5 0 DTMOSIV TK6A60 W 0 6. 0 5 90.7 DTMOSIV TK560A60 Y 0 7 0 6 80.5 8 4.5 DTMOSV TK7A60 W 0 7 0 490.7 5 DTMOSIV TK7A60W5 0 7 0 490.7 6 DTMOSIV(HSD) TK8A60 W 0 8 0 570.5 6 8.5 DTMOSIV TK8A60W5 0 8 0 4 590.7 6 DTMOSIV(HSD) TK0A60 W 0 9.7 0 0.8 700. 0 0 DTMOSIV TK0A60W5 0 9.7 0 5 70 0 5 DTMOSIV(HSD) TK80A60 Y 600 0 9.7 0 0.8 590.5 0 DTMOSV TKA60 W 0.5 5 0. 890.8 5 DTMOSIV TK90A60 Y 0.5 5 0.9 70.5 6 5 DTMOSV TK6A60 W 0 5.8 40 0.9 50 4 5 8 DTMOSIV TK6A60W5 0 5.8 40 0. 50 4 DTMOSIV(HSD) TK0A60 W 0 0 45 0.55 680 7 40 48 DTMOSIV TK0A60W5 0 0 45 5 800 5.5 55 DTMOSIV(HSD) TK5A60 X 0 5 0.00 6 60 40 DTMOSIV-H TK5A60X5 0 5 400 6 60 60 DTMOSIV-H(HSD) TKA60 W 0 45 0.088 000 9.5 70 86 DTMOSIV (Continued on next page) TK9A60 W 0 8.8 50 0.0600 0 90 0 DTMOSIV (A) (A) (A_I) 4.0.6.54.54 (/5) 9.5 6. (A) (A_I) Source Source 0

(Single N-Channel) / N (/5) (Continued from previous page) TO-0SIS 5.0.0.0 5..9.85 0.0 TO-0 TK5A65 W VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0 5. 0. 80.5 0 DTMOSIV TK6A65 W 0 5.8 0 90.7 DTMOSIV TK7A65 W 0 6.8 0 8 490.7 5 DTMOSIV TK560A65 Y 0 7 0 6 80.5 8 4.5 DTMOSV TK8A65 W 0 7.8 0 570.5 6 6 DTMOSIV TK9A65 W 0 9. 0 700. 0 0 DTMOSIV TK80A65 Y 0 9.7 0 0.8 590.5 0 DTMOSV TKA65 W 0. 5 0.9 890.8 5 DTMOSIV TK90A65 Y 0.5 5 0.9 70.5 6 5 DTMOSV 650 TK4A65 W 0.7 40 0.5 00 4 5 5 DTMOSIV TK4A65W5 0.7 40 0. 00 4 0 DTMOSIV(HSD) TK7A65 W 0 7. 45 0. 800 7 40 45 DTMOSIV TK7A65W5 0 7. 45 0. 800 5.5 50 DTMOSIV(HSD) TKA65 X 0 45 0.00 6 60 50 DTMOSIV-H TKA65X5 0 45 400 6 60 50 DTMOSIV-H(HSD) TK8A65 W 0 7.6 45 0. 000 8 70 75 DTMOSIV TK5A65 W 0 5 50 0.08 400 9 90 00 DTMOSIV TK5A65W5 0 5 50 0.0900 9 90 5 DTMOSIV(HSD) TK7A80 W 6.5 5 700. 0 DTMOSIV TK0A80 W 9.0 5 50 7 9 DTMOSIV 800 TKA80 W.5 00 9 DTMOSIV TK7A80 W 7 45 0.9 050 4 DTMOSIV TK0E60 W 0 9.7 00 0.8 700. 0 0 DTMOSIV TKE60 W 0.5 0 0. 890.8 5 DTMOSIV TK6E60 W 0 5.8 0 0.9 50 4 5 8 DTMOSIV TK6E60W5 0 5.8 0 0. 50 4 DTMOSIV(HSD) TK0E60 W 0 0 65 0.55 680 7 40 48 DTMOSIV 600 TK0E60W5 0 0 65 5 800 5.5 55 DTMOSIV(HSD) TK5E60 X 0 5 80 0.00 6 60 40 DTMOSIV-H TK5E60X5 0 5 80 400 6 60 60 DTMOSIV-H(HSD) TKE60 W 0 0 0.088 000 9.5 70 86 DTMOSIV TKE60 X 0 0 0.088 000 7 70 65 DTMOSIV-H TK4E65 W 0.7 0 0.5 00 4 5 5 DTMOSIV TK4E65W5 0.7 0 0. 00 4 0 DTMOSIV(HSD) 650 TK7E65 W 0 7. 65 0. 800 7 40 45 DTMOSIV TK8E65 W 0 7.6 0 0. 000 8 70 75 DTMOSIV TK7E80 W 6.5 0 700. 0 DTMOSIV TK0E80 W 9.5 0 5 50 7 9 DTMOSIV 800 TKE80 W.5 65 00 9 DTMOSIV TK7E80 W 7 80 0.9 050 4 DTMOSIV (A_I) (A) (A) (A_I) Source Source

(Single N-Channel) / N (4/5) 0.0.7 TO-P(N) 5.5 Anode Anode Cathode 0.07 TO-47 4.5 5.94 Heat Sink TKJ60 W VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0.5 0 0. 890.8 5 DTMOSIV TK6J60 W 0 5.8 0 0.9 50 4 5 8 DTMOSIV TK6J60W5 0 5.8 0 0. 50 4 DTMOSIV(HSD) TK0J60 W 0 0 65 0.55 680 7 40 48 DTMOSIV TK0J60W5 0 0 65 5 800 5.5 55 DTMOSIV(HSD) TKJ60 W 600 0 0 0.088 000 9.5 70 86 DTMOSIV TKJ60W5 0 0 0.099 000 9.5 70 05 DTMOSIV(HSD) TK9J60 W 0 8.8 70 0.0600 0 90 0 DTMOSIV TK9J60W5 0 8.8 70 0.074 400 0 90 5 DTMOSIV(HSD) TK6J60 W 0 6.8 400 0.04 6500 0 40 80 DTMOSIV TK6J60W5 0 6.8 400 0.045 6500 6 40 05 DTMOSIV(HSD) TK6N60 W 0 5.8 0 0.9 50 4 5 8 DTMOSIV TK6N60W5 0 5.8 0 0. 50 4 DTMOSIV(HSD) TK0N60 W 0 0 65 0.55 680 7 40 48 DTMOSIV TK0N60W5 0 0 65 5 800 5.5 55 DTMOSIV(HSD) TK5N60 X 0 5 80 0.00 6 60 40 DTMOSIV-H TK5N60X5 0 5 80 400 6 60 60 DTMOSIV-H(HSD) TKN60 W 0 0 0.088 000 9.5 70 86 DTMOSIV TKN60W5 600 0 0 0.099 000 9.5 70 05 DTMOSIV(HSD) TKN60 X 0 0 0.088 000 7 70 65 DTMOSIV-H TK9N60 W 0 8.8 70 0.0600 0 90 0 DTMOSIV TK9N60W5 0 8.8 70 0.074 400 0 90 5 DTMOSIV(HSD) TK9N60 X 0 8.8 70 0.0600 8 90 85 DTMOSIV-H TK6N60 W 0 6.8 400 0.04 6500 0 40 80 DTMOSIV TK6N60W5 0 6.8 400 0.045 6500 6 40 05 DTMOSIV(HSD) TK6N60 X 0 6.8 400 0.04 6500 0 5 DTMOSIV-H TK4N65 W 0.7 0 0.5 00 4 5 5 DTMOSIV TK4N65W5 0.7 0 0. 00 4 0 DTMOSIV(HSD) TK7N65 W 0 7. 65 0. 800 7 40 45 DTMOSIV TK8N65 W 0 7.6 0 0. 000 8 70 75 DTMOSIV TK8N65W5 0 7.6 0 0. 000 8 70 90 DTMOSIV(HSD) 650 TK5N65 W 0 5 70 0.08 400 9 90 00 DTMOSIV TK5N65W5 0 5 70 0.0900 9 90 5 DTMOSIV(HSD) TK49N65 W 0 49. 400 0.055 6500 0 60 DTMOSIV TK49N65W5 0 49. 400 0.057 6500 0 85 DTMOSIV(HSD) TK040N65 Z * 0 57 60 0.04 650 4 40 05 DTMOSVI (A) (A) (A) Source

(Single N-Channel) / N (5/5) VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) TO-47-4L 5.94 TK5Z60 X 0 5 80 0.00 6 60 40 DTMOSIV-H TKZ60 X 0 0 0.088 000 7 70 65 DTMOSIV-H 600 (4A) 0. 4. TK9Z60 X 0 8.8 70 0.0600 8 90 85 DTMOSIV-H TK6Z60 X 0 6.8 400 0.04 6500 0 5 DTMOSIV-H TO-P(L) 0.0 0.0 6.0.5 TK00L60 W 600 0 00 797 0.08 5000 50 0 60 DTMOSIV (A) (A) (4A) * 4 Source Source Source (*) Notice : Please use the source pin for gate input signal return. Make sure that the main current flows into the source pins. (*)

π-mos / π-mos (Single N-Channel) / N (/4) VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 9.5 5.5 New PW-Mold TK5P50D5 500 0 5 80.890 55 π-mosvii (HSD) TKP60 D 600 0 60 4. 80.5 0 7 π-mosvii (A) 6.0.0.0 6.0 6.5.4 TKP90 A 900 0 0 9 0 0 5 π-mosiv (B).6.6.. TKP50 D 0 60 80.5 0 7 π-mosvii 0.0 6. DPAK 6.6.7 TK4P50 D 0 4 80 80 45 9 π-mosvii 500 TK5P50 D 0 5 80.90 55 π-mosvii TK7P50 D 0 7 00. 600 4 70 π-mosvii TK5P5 D 0 5 80.5 540 60 π-mosvii 55 TK6P5 D 0 6 00. 600 4 70 π-mosvii TK4P55 DA 0.5 80.45 80.5 9 π-mosvii 550 TK4P55 D 0 4 80.88 490 55 π-mosvii TK4P60 DA 0.5 80. 490 55 π-mosvii TK4P60 DB 600 0.7 80 540 60 π-mosvii TK4P60 D 0 4 00.7 600 4 70 π-mosvii TKP80 E 800 0 80 4.9 500 4 40 π-mosviii TKP90 E 900 0 80 5.9 500 4 40 π-mosviii (A) 6.0.0.0 6.0.6.6.. New PW-Mold 6.5 TKQ60 D 0 60 4. 80.5 0 7 π-mosvii 600 (A) 7.0 TK4Q60 DA 0.5 80. 490 55 π-mosvii 5.7.6 TKQ90 A 900 0 0 9 0 0 5 π-mosiv (B) (A) (B) Source Source 4

(Single N-Channel) / N TO-0SIS 5.0.0.0 0.0 TK5A45 DA VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0 4.5 0.75 80.5 9 π-mosvii TK6A45 DA 0 5.5 5.90 55 π-mosvii TK7A45 DA 0 6.5 5. 540 60 π-mosvii TK8A45 D 0 8 5 0.9 700 4 80 6 π-mosvii TK9A45 D 450 0 9 40 7 800 4 00 6 π-mosvii TKA45 D 0 40 050 5 00 0 π-mosvii TKA45 D 0 45 00 6 0 4 π-mosvii TKA45 D 0 45 6 50 6 5 5 π-mosvii TK9A45 D 0 9 50 0.5 600 80 45 π-mosvii TK4A50 D 0 4 0 80.5 9 π-mosvii TK5A50 D 0 5 5.90 55 π-mosvii TK5A50D5 0 5 5. 490 55 π-mosvii (HSD) TK6A50 D 0 6 5.4 540 60 π-mosvii TK7A50 D 0 7 5. 600 4 70 π-mosvii TK7A50D5 0 7 5.68 600 4 70 π-mosvii (HSD) TK8A50 DA 0 7.5 5.04 700 4 80 6 π-mosvii TK8A50 D 0 8 40 5 800 4 00 6 π-mosvii 500 TK0A50 D 0 0 45 050 5 00 0 π-mosvii TKA50 D 0 45 00 6 0 4 π-mosvii TKA50 D 0 45 50 6 5 5 π-mosvii TKA50D5 0 45 8 00 60 0 π-mosvii (HSD) TKA50 DA 0.5 7 550 7 65 8 π-mosvii TKA50 D 0 45 800 9 90 8 π-mosvii TK5A50 D 0 5 50 0. 00 0 50 40 π-mosvii TK8A50 D 0 8 50 600 80 45 π-mosvii TK4A5 D 0 4 5.7 490 55 π-mosvii TK5A5 D 0 5 5.5 540 60 π-mosvii 55 TK6A5 D 0 6 5. 600 4 70 π-mosvii TKA5 D 0 45 8 50 6 5 5 π-mosvii TK4A55 DA 0.5 0.45 80.5 9 π-mosvii TK4A55 D 0 4 5.88 490 55 π-mosvii TK5A55 D 0 5 5.7 540 60 π-mosvii TK6A55 DA 0 5.5 5.48 600 4 70 π-mosvii TK7A55 D 0 7 5.5 700 4 80 6 π-mosvii TK8A55 DA 0 7.0.07 800 4 00 6 π-mosvii TK9A55 DA 550 0 8.0 6 050 5 00 0 π-mosvii TK0A55 D 0 0 45 00 6 0 4 π-mosvii TKA55 D 0 45 50 6 5 5 π-mosvii TKA55 D 0 45 7 550 7 65 8 π-mosvii TKA55 DA 0.5 8 800 9 90 8 π-mosvii TK4A55 D 0 4 50 00 0 50 40 π-mosvii (Continued on next page) TK6A55 D 0 6 50 0. 600 80 45 π-mosvii (A_I) (/4) (A_I) Source 5

(Single N-Channel) / N (/4) (Continued from previous page) TK4KA60 F ** TO-0SIS 5.0.0.0 0.0 VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) 0 0 4. 70.5 8 π-mosix TKA60 DA 0.5 0.8 80.5 9 π-mosvii TK4A60 DA 0.5 5. 490 55 π-mosvii TKKA60 F ** 0.5 0. 450.6 6 π-mosix TK4A60 DB 0.7 5 540 60 π-mosvii TKK9A60 F * 0.7 0.9 490 5. 0 4 π-mosix TK4A60 D 0 4 5.7 600 4 70 π-mosvii TKK7A60 F ** 0 4 5.7 560 5 0 6 π-mosix TK5A60 D 0 5 5.4 700 4 80 6 π-mosvii TK6A60 D 0 6 40.5 800 4 00 6 π-mosvii TKKA60 F * 0 6 5. 740 6.8 9 π-mosix 600 TK8A60 DA 0 7.5 050 5 00 0 π-mosvii TKK0A60 F ** 0 7.0 890 8. 4 π-mosix TK9A60 D 0 9 45 00 6 0 4 π-mosvii TK0A60 D 0 0 45 5 50 6 5 5 π-mosvii TK0A60D5 0 0 45.05 50 5 5 5 π-mosvii (HSD) TK750A60 F * 0 0 40 5 0 8.0 0 π-mosix TKA60 D 0 45 550 7 65 8 π-mosvii TK650A60 F * 0 45 0 0 47 4 π-mosix TKA60 D 0 45 5 800 9 90 8 π-mosvii TKA60 D 0 50 00 0 50 40 π-mosvii TK5A60 D 0 5 50 600 80 45 π-mosvii TKA65 D 0 0.6 80.5 9 π-mosvii TKA65 DA 0.5 5.90 55 π-mosvii TKA65 D 0 5.5 540 60 π-mosvii TK4A65 DA 0.5 5.9 600 4 70 π-mosvii TK5A65 DA 0 4.5 5.67 700 4 70 6 π-mosvii TK5A65 D 0 0.4 800 4 00 6 π-mosvii 650 TK6A65 D 0 6 45. 050 5 00 0 π-mosvii TK7A65 D 0 7 45 0.98 00 6 0 4 π-mosvii TK8A65 D 0 8 4 50 6 5 5 π-mosvii TKA65 D 0 45 700 8 57 0 π-mosvii TKA65 D 0 50 4 00 0 00 40 π-mosvii TKA65 D 0 50 7 600 80 45 π-mosvii TK4A80 E 0 4 5.5 650 6 55 5 π-mosviii TK5A80 E 0 0.4 950 8 75 0 π-mosviii SK40 800 0 6 45.7 400 0 0 45 π-mosiv (B_I) TK6A80 E 0 6 45.7 50 0 0 π-mosviii (Continued on next page) TK0A80 E 0 0 50 000 5 50 46 π-mosviii (A_I) (A_I) **: Under Development / (A_I) (B_I) Source Source 6

(Single N-Channel) / N (4/4) (Continued from previous page) TO-0SIS 5.0.0.0 0.0.7 0.0 TO-P(N) 5.5 Heat Sink Anode Anode Cathode SK566 VDSS VGSS ID (A) PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) SK565 900 0 5.5 50 0 00 8 π-mosiv 0.0 6.4 470 0 50 π-mosiv (B_I) TKA90 E 0.5.6 650 6 55 5 π-mosviii (A_I) SK564 0 40 4. 700 5 75 7 π-mosiv SK798 0 4 40.5 800 0 85 6 π-mosiv TK5A90 E 0 4.0. 950 8 75 0 π-mosviii (A_I) SK74 0 5.5 50 0 0 5 π-mosiv SK404 0 6 45 400 0 0 45 π-mosiv TK7A90 E 0 7 45 50 0 0 π-mosviii (A_I) SK799 0 8 50. 00 45 90 60 π-mosiv (B_I) TK9A90 E 0 9 50. 000 5 50 46 π-mosviii (A_I) TK5J50 D 0 5 0 800 9 90 8 π-mosvii 500 TK0J50 D 0 0 80 600 80 45 π-mosvii TKJ55 D 0 90 7 550 7 65 8 π-mosvii TK6J55 D 550 0 6 50 00 0 50 40 π-mosvii TK9J55 D 0 9 80 0. 600 80 45 π-mosvii SK6 0 7 50.7 500 0 5 π-mosiv (B_I) 800 TK0J80 E 0 0 50 000 5 50 46 π-mosviii (A) SK700 0 5 50.5 50 0 00 8 π-mosiv SK45 0 7 50 650 0 40 45 π-mosiv TK7J90 E 900 0 7 00 50 0 0 π-mosviii TK9J90 E 0 9 50. 000 5 50 46 π-mosviii SK407 0 50 790 5 00 45 π-mosiv (B_I) (B_I) (B_I) (A) (B_I) (A) (A) (A_I) (B_I) Source Source Source 7

Automotive MOSFETs / MOSFET Automotive Power MOSFETs / MOSFET (Single N-Channel) / N 9.5 5.5 DPAK+ 6.5.4 VDSS VGSS ID (A) PD (W) Tch ( C) VGS = 0 V VGS = 6 V VGS = 4.5 V Ciss Crss Coss Qg (nc) TK5S04N L 6 75 7.8 7 60 50 90 0 U-MOSVIII-H TK5S04K L 5 58 75 0. 5 70 80 0 8 U-MOSIV TK65S04N L 40 65 07 7. 7.8 550 0 40 9 U-MOSVIII-H TK00S04N L 00 80 75. 4.5 5490 0 000 76 U-MOSVIII-H TKR4S04 PB 0 80 75.5.9 5500 490 400 0 U-MOSIX-H TK8S06K L 8 5 75 54 80 400 40 80 0 U-MOSIV TK0S06K L 0 8 75 9 40 780 75 6 8 U-MOSIV TK5S06N L 5 57 75 8.5 6.8 855 69 490 5 U-MOSVIII-H TK0S06K L 60 0 58 75 8 0 50 0 0 8 U-MOSIV TK40S06N L 40 88. 75 8 650 07 85 6 U-MOSVIII-H TK60S06K L 60 88 75 8. 900 80 460 60 U-MOSIV TK90S06N L 90 57 75. 5. 5400 50 60 8 U-MOSVIII-H (A) TK7S0N Z 7 50 78 470 6 60 7. U-MOSVIII-H TKS0N L * 65 75 8 50 850 67 70 5 U-MOSVIII-H TKS0N L 5 75 9.7 6. 50 45 00 U-MOSVIII-H 00 TKS0N Z 5 75 9.7 050 40 070 8 U-MOSVIII-H TK55S0N 55 57 75 6.5 80 0 50 49 U-MOSVIII-H TK60S0N L 60 80 75 6. 9.5 40 0 480 60 U-MOSVIII-H (B) (A) (B) (B) (A) 6.0...0.0 6.0.6.6 (A) (B) Source Source 8

(Single P-Channel) / P 9.5 5.5 DPAK+ 6.5.4 TJ0S04M L TJ0S04M L TJ40S04M L TJ60S04M L TJ80S04M L TJ90S04M L TJ8S06M L TJ5S06M L TJ0S06M L TJ50S06M L TJ60S06M L TJ5S0M VDSS 40 60 00 VGSS +0/ +0/ +0/ +0/ +0/ +0/ +0/ +0/ +0/ +0/ +0/ +0/ ID (A) PD (W) Tch ( C) VGS = 0 V VGS = 6 V VGS = 4.5 V Ciss Crss Coss Qg (nc) 0 7 74 6 90 90 40 9 U-MOSVI 4 75. 850 80 50 7 U-MOSVI 40 68 75 9. 440 40 50 8 U-MOSVI 60 90 75 6. 9.4 650 570 780 5 U-MOSVI 80 00 75 5. 7.9 7770 740 970 58 U-MOSVI 90 80 7. 6.0 7700 85 990 7 U-MOSVI (a) 8 7 75 04 0 890 60 00 9 U-MOSVI 75 50 6 770 0 80 6 U-MOSVI 0 68 75.8 8 950 70 60 80 U-MOSVI 50 90 75.8 7.4 690 40 560 4 U-MOSVI 60 00 75. 4.5 7760 50 690 56 U-MOSVI 5 75 75 0 00 5 90 69 U-MOSVI (a) (b) (b) 6.0...0.0 6.0.6.6 (a) (b) Source Source Pch Pch 9