Small Signal Devices Transistors

ONTENTS MOSFETs P. 2 Small Signal MOSFET Series P. 2 Middle Power MOSFET Series P. Selector Guide for Automotive MOSFETs (AE-Q1) P. 1 Bipolar (Surface mount type) P. 16 Transistor Array P. 18 omplex Bipolar P. 19 Digital P. 21 omplex Digital P. 22 s P. 2 Part No. Explanation P. 25 ISO/TS 1699-approved

MOSFETs MOSFETs Quick Reference for Small Signal MOSFET Series Single Type Dual Type VDSS V V 0.9 1.2 20 IDA 0.1 / 0.15 0.2 0.25 0.3 0.6 0.7 1 RV02UN(N) RV01ZP(P) RV1002UN (N) RV1001ZP (P) 1 2 5 6 RYM002N05 (N) 11 VMT3 RE1J002YN (N) 2 EMT3F RU1J002YN (N) 38 UMT3F RY002N05 (N) 9 SST3 RV2001ZP(P) 9 RV2002UN(N) 8 RV20UN (N) 7 VML06 RUM001L02 (N) RZM001P02 (P) RE1001UN (N) RE1001ZP (P) RU1001UN (N) RU1001ZP (P) 12 15 22 26 36 0 RUM002N02 (N) RZM002P02 (P) RE1002UN (N) RE1002ZP (P) RU1002UN (N) RU1002ZP (P) 13 16 23 27 37 1 RUM002N05 (N) 1 VMT3 RU002N05 (N) 7 SST3 RV06B (P) VML060 1.8 20 RV2012B(P) VML06 RV3E007AJ (N) 3 VML060 RSM002N06 (N) 17 VMT3 2.5 RE1L002SN (N) 25 EMT3F 60 RU1L002SN (N) 39 UMT3F RK7002BM (N) 8 SST3 RSM002P03 (P) 18 VMT3 RE1E002SP (P) 28 EMT3F RU1E002SP (P) 2 UMT3F RS002P03 (P) SST3 EM6K3 (N+N) 29 EMT6 0.9 UM6K3N (N+N) 3 UMT6 1.2 20 VT6K1 (N+N) VT6J1 (P+P) VT6M1 (N+P) 19 20 21 EM6K7 (N+N) EM6J1 (P+P) EM6M2 (N+P) 32 33 EM6K33 (N+N) 31 EMT6 UM6K33N (N+N) UMT6 1.8 20 EM6K6 (N+N) 3 EMT6 EM6K31 (N+N) 35 EMT6 2.5 60 UM6K31N (N+N) 5 UMT6 UM6J1N (P+P) 6 UMT6 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. Under development VML060 VML0806 VMT3 EMT3F UMT3F VMT6 EMT6 2

MOSFETs Small Signal MOSFET Series VML060 060 VML0806 0806 VML06 06 Switching Polarity ch VDSSV IDA PDW Ta25 RDSonTyp. Application No. Part No. VGSV 0.9 1.2 1.5 1.8 2.5.5 1 RV02UN N 20 0.15 0.1 3.8 2.7 1.7 1. 2 RV01ZP P -20-0.1 0.1 6 3. 2.5 1.2 3 RV3E007AJ N 0.7 0.1 0.375 0.275 2.5 RV06B P -20-0.6 0.1 0.6.5 0.39 1.8 5 RV1002UN N 20 0.15 0.1 3.8 2.7 1.7 1. 6 RV1001ZP P -20-0.1 0.1 6 3. 2.5 7 RV20UN N 20 1 0.1 0.7 0.5 0. 0.3 1.2 8 RV2002UN N 20 0.18 0.1 3.8 2.7 1.7 1. 9 RV2001ZP P -20-0.1 0.1 6 3. 2.5 VMT3 1212 VMT6 1212 EMT3F 1616 S-89 EMT6 1616 S-7 UMT3F 2021 S-85 UMT6 2021 S-88 SOT-363 SST3 292 SOT-23 V RV2012B P -20 1.2 0.1 0.370.3 0.23 1.8 11 RYM002N05 0.2 0.15 3 2.2 2 1.7 1.6 0.9 12 RUM001L02 20 0.1 0.15 6.5 3.8 3 2.5 13 RUM002N02 N 20 0.2 0.15 1.6 0.8 1 RUM002N05 0.2 0.15 2. 1.7 1.6 1.2 15 RZM001P02-20 -0.1 0.15 6.8 3. 2.5 P 16 RZM002P02-20 -0.2 0.15 2. 1 0.8 17 RSM002N06 N 60 0.25 0.15 3 2.3 2.1 1.7 2.5 18 RSM002P03 P - -0.2 0.15 1.6 1. 0.9 19 VT6K1 N+N 20 0.1 0.15 6.5 3.8 3 2.5 20 VT6J1 P+P -20-0.1 0.15 6.8 3. 2.5 1.2 N 20 0.1 0.15 6.5 3.8 3 2.5 21 VT6M1 P -20-0.1 0.15 6.8 3. 2.5 22 RE1001UN 20 0.1 0.15 6.5 3.8 3 2.5 1.2 23 RE1002UN 20 0.2 0.15 1.6 0.8 N 2 RE1J002YN 0.2 0.15 3 2.2 2 1.7 1.6 0.9 25 RE1L002SN 60 0.25 0.2 3 2.3 2.1 1.7 2.5 26 RE1001ZP -20-0.1 0.15 6.8 3. 2.5 27 RE1002ZP P -20-0.2 0.15 2. 1 0.8 1.2 28 RE1E002SP - -0.2 0.15 1.6 1. 0.9 29 EM6K3 0.2 0.15 3 2.2 2 1.7 1.6 0.9 EM6K7 NN 20 0.2 0.15 1.6 0.8 31 EM6K33 0.2 0.15 2. 1.7 1.6 32 EM6J1 PP -20-0.2 0.15 2. 1 0.8 1.2 33 EM6M2 N 20 0.2 0.15 1.6 0.8 0.7 P -20-0.2 0.15 2. 1 0.8 3 EM6K6 20 0.3 0.15 1 0.8 0.7 1.8 NN 35 EM6K31 60 0.25 0.15 3 2.3 2.1 1.7 2.5 36 RU1001UN 20 0.1 0.2 6.5 3.8 3 2.5 1.2 37 RU1002UN 20 0.2 0.2 1.6 0.8 N 38 RU1J002YN 0.2 0.2 3 2.2 2 1.7 1.6 0.9 39 RU1L002SN 60 0.25 0.2 3 2.3 2.1 1.7 2.5 0 RU1001ZP -20-0.1 0.15 6.8 3. 2.5 1 RU1002ZP P -20-0.2 0.15 2. 1 0.8 1.2 2 RU1E002SP - -0.2 0.2 1.6 1. 0.9 3 UM6K3N 0.2 0.15 3 2.2 2 1.7 1.6 0.9 UM6K33N NN 0.2 0.15 2. 1.7 1.6 1.2 5 UM6K31N 60 0.25 0.15 3 2.3 2.1 1.7 2.5 6 UM6J1N PP - -0.2 0.15 1.6 1. 0.9 7 RU002N05 0.2 0.2 2. 1.7 1.6 1.2 8 RK7002BM N 60 0.25 0.2 3 2.3 2.1 1.7 2.5 9 RY002N05 0.2 0.2 3 2.2 2 1.7 1.6 0.9 RS002P03 P - -0.2 0.2 1.6 1. 0.9 Under development 3

MOSFETs MOSFETs Quick Reference for Middle Power MOSFET Series 1 Single Type VDSS V V 1.5 12 IDA 0.5 to 1.6 2 / 2.5 3 / 3.5 /.5 5 / 5.5 6 / 6.5 7 / 7.5 8 / 8.5 9 to 15 RW1A013ZP (P) 6 RW1A020ZP (P) 5 RW1A0AP (P) 3 RW1A025AP (P) WEMT6 RZF013P01 (P) 16 RZF020P01 (P) 15 RZF0P01 (P) 1 RAF00P01 (P) 13 TUMT3 RAL025P01 (P) 28 RAL035P01 (P) 27 RAL05P01 (P) 26 TUMT6 RT1A05AP (P) 8 RT1A0ZP (P) 7 RT1A060AP (P) 6 TSST8 RZR020P01 (P) RZR025P01 (P) RW1015UN (N) 2 RW1020UN (N) RW1025ZP (P) RUF020N02 (N) RUF025N02 (N) 66 65 1 7 12 11 RZR00P01 (P) 6 TSMT3 RAQ05P01 (P) 89 RZQ0P01 (P) 88 TSMT6 RQ1A060ZP (P) 115 RQ1A070ZP (P) 11 TSMT8 RQ1A070AP (P) 121 20 RUL035N02 (N) 25 TUMT6 RT1060UN (N) 1 TSST8 RUR020N02 (N) 61 RUR00N02 (N) 60 TSMT3 RQ60UN (N) 87 TSMT6 RQ1065UN (N) 113 RQ1075UN (N) 112 TSMT8 1.8 20 RUF015N02 (N) 17 TUMT3 RF1E015AJ (N) 19 RTF025N03 (N) 18 TUMT3 RTL035N03 (N) 32 RF6E05AJ (N) 33 TUMT6 RTR025N03 (N) 68 RQ5E0AJ (N) 63 RQ5E00AJ (N) 62 TSMT3 RTR00N03 (N) 67 2.5 RTQ020N03 (N) 93 RTQ035N03 (N) 92 RTQ05N03 (N) 91 TSMT6 RTF016N05 (N) 20 TUMT3 RTR020N05 (N) 72 RTR0N05 (N) 70 5 TSMT3 RTR025N05 (N) 71 RTQ020N05 (N) 96 TSMT6 5 RW1E01SN (N) 8 RW1E015RP (P) RSF01N03 (N) RRF015P03 (P) 21 23 RW1E025RP (P) 9 RRL025P03 (P) 37 RRL035P03 (P) 36 TUMT6 RRR015P03 (P) 80 RSR025N03 (N) 7 RRR0P03 (P) 79 RRR00P03 (P) 78 TSMT3 RXR035N03 (N) 73 RSQ020N03 (N) 2 RRQ020P03 (P) 7 RRQ0P03 (P) 6 RXQ00N03 (N) 0 RSQ05N03 (N) 1 RRQ05P03 (P) 5 RT1E00RP (P) RT1E0RP (P) 9 RT1E060XN (N) 2 TSST8 RQ1E0RP (P) 13 RQ1E070RP (P) 135 RQ1E075XN (N) 122 RQ1E0XN (N) 120 TSMT8 RSF0P05 (P) 2 TUMT3 RQ5H020SP (P) RSR025N05 (N) 83 75 RVQ00N05 (N) 3 TSMT6 RSF015N06 (N) 22 TUMT3 60 RQ5L015SP (P) 8 RSR020N06 (N) 77 RSR0N06 (N) 76 TSMT3 RSQ015N06 (N) TSMT6 0 RSR0N (N) 85 TSMT3 RQ6P015SP (P) 111 TSMT6 RQ5E025AT (P) 82 RQ5E035BN (N) 69 RQ5E035AT (P) 81 TSMT3.5 RQ6E0AT (P) 1 RQ6E05BN (N) 95 RQ6E055BN(P) 9 RQ6E035AT (P) 9 RQ6E0AT (P) 8 TSMT6 RQ7E055AT (P) 136 TSMT8 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. Under development WEMT6 TUMT3 WEMT6 TUMT3 TSMT6 TSMT3

MOSFETs Quick Reference for Middle Power MOSFET Series 2 Dual Type VDSS V V 1.5 1.5 / 2.5 12 20 12 / 20 20 / IDA 0.5 to 1.6 2 / 2.5 3 / 3.5 /.5 5 / 5.5 6 / 6.5 7 / 7.5 8 / 8.5 9 to 15 US6J11 (P+P) US6J12 (P+P) 29 TUMT6 TT8J13 (P+P) 52 TT8J11 (P+P) 51 TSST8 QS6J11 (P+P) 90 TSMT6 QS8J11 (P+P) 118 QS8J2 (P+P) 119 QS8J13 (P+P) 116 TSMT8 QS8J12 (P+P) 117 TT8K1 (N+N) TT8J21 (P+P) TT8M1 (N+P) TT8M3 (N+P) 3 53 5 55 US6M11 (N+P) 0 TUMT6 TT8M2 (N+P) 56 TSST8 1.8 20 US6K (N+N) 31 TUMT6 20 / US6M2 (N+P) 35 TUMT6 QS6M (N+P) 99 TSMT6 QS6K1 (N+N) 97 TSMT6 2.5 QS8K2 (N+N) 132 QH8KA (N+N) 133 TSMT8 US6K1 (N+N) 3 TUMT6 TT8K2 (N+N) TSST8 QS5K2 (N+N) 86 TSMT5 5 QS6K21 (N+N) 98 TSMT6 US6M1 (N+P) US6K2 (N+N) 39 38 TT8J2 (P+P) 58 TT8K11 (N+N) 5 TT8J3 (P+P) 59 TSST8 TT8M11 (N+P) 57 QS8K11 (N+N) 127 QS8J (P+P) 12 QS8J5 (P+P) 123 QS8K13 (N+N) 125 QS8K12 (N+N) 126 QS8M13 (N+P) 137 QS8M12 (N+P) 138 5 QS8K21 (N+N) 1 TSMT8 60 QS8M31 (N+P) 12 0 QS8K51 (N+N) 131 QS8M51 (N+P) 13.5 QH8KA1 (N+N) 129 QH8MA2 (N+P) 11 QH8KA2 (N+N) 128 QH8MA3 (N+P) 10 QH8MA (N+P) 139 TSMT8 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. Under development TSST8 TUMT6 5

MOSFETs Middle Power MOSFET Series 1 MOSFETs Application No. Part No. RDSonTyp.m Polarity PDW Qgn VDSSV IDA VGSV ch Ta25 VGS.5V 1.5 2.5.5 V 1 RW1020UN 20 2 0.7 170 95 75 2 N 2 RW1015UN 20 1.5 0.7 0 170 1 1.8 3 RW1A0AP -12-3 0.7 75 0 22 RW1A025AP -12-2.5 0.7 90 55 16 1.5 WEMT6 1616 5 6 RW1A020ZP RW1A013ZP P -12-12 -2-1.3 0.7 0.7 200 5 5 280 75 190 6.5 2. 7 RW1025ZP -20-2.5 0.7 120 65 8 21 TUMT3 2021 TUMT6 2021 TSST8 19 1VGS1.8V 2VGS5V Load switch Switching 9 RW1E025RP - -2.5 0.7 95 85 55 5.2 P RW1E015RP - -1.5 0.7 190 170 115 3.2 *2 8 RW1E01SN N 1. 0.7 270 2 170 1. *2 11 RUF025N02 20 2.5 0.8 80 9 39 5 N 12 RUF020N02 20 2 0.8 170 95 75 2 13 RAF00P01-12 - 0.8 0 27 22 37 1.5 1 RZF0P01-12 -3 0.8 72 39 28 18 P 15 RZF020P01-12 -2 0.8 200 5 75 6.5 16 RZF013P01-12 -1.3 0.8 5 280 190 2. 17 RUF015N02 20 1.5 0.8 220 170 1 1.8 1.8 18 RTF025N03 2.5 0.8 70 8 3.7 19 RF1E015AJ 1.5 0.8 20 170 0.7 2.5 N 20 RTF016N05 5 1.6 0.8 200 1 10 2.3 22 RSF015N06 60 1.5 0.8 255 20 2 2 *2 23 RRF015P03 - -1.5 0.8 190 170 115 3.2 P 2 RSF0P05-5 -1 0.8 90 325 2. *2 21 RSF01N03 1. 0.8 270 2 170 1. *2 25 RUL035N02 N 20 3.5 1 66 38 31 5.7 26 RAL05P01-12 -.5 1 28 22 0 27 RAL035P01 P -12-3.5 1 75 0 22 28 RAL025P01-12 -2.5 1 90 55 16 1.5 29 US6J12-12 -2 1 200 5 75 7.6 PP US6J11-12 -1.3 1 5 280 190 2. 31 US6K NN 20 1.5 1 220 170 1 1.8 1.8 32 RTL035N03 3.5 1 56 2 0.6 N 33 RF6E05AJ.5 1 21 15 5.3 3 US6K1 NN 1.5 1 20 180 170 1.6 2.5 35 US6M2 N 1.5 1 20 180 170 1.6 P -20-1 1 570 3 280 2.1 36 RRL035P03 - -3.5 1 60 55 0 8.0 P 37 RRL025P03 - -2.5 1 95 85 55 5.2 *2 38 US6K2 NN 1. 1 270 2 170 1. *2 39 US6M1 N 1. 1 270 2 170 1. *2 P -20-1 1 570 3 280 2.1 2.5 0 US6M11 N 20 1.5 1 0 170 1 1.8 P -12-1.3 1 5 280 190 2. 1.5 1 RT1060UN 20 6 1.25 33 2 20 11 N 2 RT1E060XN 6 1.25 23 21 16 6.8 *2 3 TT8K1 20 2.5 1.25 0 65 52 3.6 1.5 TT8K2 NN 2.5 1.25 95 70 65 3.2 2.5 5 TT8K11 3 1.25 78 67 51 2.5 *2 6 RT1A060AP -12-6 1.25 27 17 1 80 7 RT1A0ZP -12-5 1.25 8 26 19 3 1.5 8 RT1A05AP P -12 -.5 1.25 28 22 0 9 RT1E0RP - -5 1.25 0 36 26 13 *2 RT1E00RP - - 1.25 52 5 32.5 51 TT8J11-12 -3.5 1.25 75 1 31 22 52 TT8J13 PP -12-2.5 1.25 90 55 16 53 TT8J21-20 -2.5 1.25 10 68 9 12 5 TT8M1 N 20 2.5 1.25 0 65 52 3.6 1.5 P -20-2.5 1.25 10 68 9 12 55 TT8M3 N 20 2.5 1.25 0 65 52 3.6 P -20-2. 1.25 180 5 80 6.7 56 TT8M2 N 2.5 1.25 95 70 65 3.2 2.5 P -20-2.5 1.25 10 68 9 12 1.5 N 3 1.25 78 67 51 2.5 57 TT8M11 P - -2.5 1.25 115 95 60.8 *2 58 TT8J2 - -2.5 1.25 115 95 60.8 PP 59 TT8J3 - -2.5 1.25 120 0 65.8 *2 Under development 6

MOSFETs Middle Power MOSFET Series 2 Application No. Part No. RDSonTyp.m Polarity PDW Qgn VDSSV IDA VGSV ch Ta25 VGS.5V 1.5 2.5.5 V 60 RUR00N02 20 1 55 33 25 8 1.5 61 RUR020N02 20 2 1 170 95 75 2 N 62 RQ5E00AJ 1 39 27 2.9 2.5 63 RQ5E0AJ 3 1 77 59 2.2 6 RZR00P01-12 - 1 55 22 65 RZR025P01 P -12-2.5 1 1 60 13 1.5 66 RZR020P01-12 -2 1 200 5 75 6.5 67 RTR00N03 1 7 36 3 5.9 68 RTR025N03 2.5 1 95 70 66 3.3 2.5 69 RQ5E035BN 3.5 1 6 38 1.5.5 70 RTR0N05 5 3 1 68 53 8 6.2 71 RTR025N05 5 2.5 1 125 0 95 3.2 2.5 72 RTR020N05 N 5 2 1 180 135 1 2.9 73 RXR035N03 3.5 1 5 35 3.3 * TSMT3 2928 S-96 TSMT5 2928 TSMT6 2928 S-95 VGS5V 7 RSR025N03 2.5 1 83 7 2.9 * 75 RSR025N05 5 2.5 1 5 95 70 3.6 76 RSR0N06 60 3 1 75 70 60 5 * 77 RSR020N06 60 2 1 1 10 120 2.7 * 78 RRR00P03 - - 1 52 5 32.5 * 79 RRR0P03 - -3 1 95 85 55 5.2 * 80 RRR015P03 - -1.5 1 190 170 115 3.2 * 81 RQ5E035AT P - -3.5 1 5 38 5.2 82 RQ5E025AT - -2.5 1 116 76 2.5.5 83 RQ5H020SP -5-2 1 200 180 1 5 8 RQ5L015SP -60-1.5 1 255 20 200 5 85 RSR0N N 0 1 1 70 60 0 3 * Load switch Switching 86 QS5K2 NN 2 1.25 1 76 71 2.8 2.5 87 RQ60UN N 20 5 1.25 0 27 22 12 88 RZQ0P01-12 -5 1.25 26 19 35 P 89 RAQ05P01-12 -.5 1.25 28 22 0 1.5 90 QS6J11 PP -12-2 1.25 200 5 75 6.5 91 RTQ05N03.5 1.25 2 32 7.6 92 RTQ035N03 3.5 1.25 55 0 38.6 2.5 93 RTQ020N03 2 1.25 138 9 89 2. N 9 RQ6E055BN 5.5 1.25 19..5 95 RQ6E05BN.5 1.25 35 21.7 96 RTQ020N05 5 2 1.25 200 1 10 2.3 97 QS6K1 1 1.25 260 180 170 1.7 NN 98 QS6K21 5 1 1.25 15 3 0 1.5 2.5 99 QS6M N 1.5 1.25 260 180 170 1.6 P -20-1.5 1.25 3 170 155 3 0 RXQ00N03 1.25 5 35 3.3 * 1 RSQ05N03.5 1.25 0 36 27 6.8 * 2 RSQ020N03 N 2 1.25 168 18 96 2.2 * 3 RVQ00N05 5 1.25 53 7 38 6.3 RSQ015N06 60 1.5 1.25 255 20 2 2 * 5 RRQ05P03 - -.5 1.25 38 3 25 1 * 6 RRQ0P03 - -3 1.25 95 85 55 5.2 * 7 RRQ020P03 - -2 1.25 190 170 115 3.2 * 8 RQ6E0AT P - -5 1.25 20 9 RQ6E035AT - -3.5 1.25 5 38 5.2.5 1 RQ6E0AT - -3 1.25 116 76 2.5 111 RQ6P015SP -0-1.5 1.25 00 380 3 17 * Under development 7

MOSFETs Middle Power MOSFET Series 3 Application No. Part No. RDSonTyp.m Polarity PDW Qgn VDSSV IDA VGSV ch Ta25 VGS.5V 1.5 2.5.5 V 112 RQ1075UN 20 7.5 1.5 20 1 11 18 N 113 RQ1065UN 20 6.5 1.5 29 19 16 11 11 RQ1A070ZP -12-7 1.5 19 11 8 58 P 115 RQ1A060ZP -12-6 1.5 39 22 16 3 1.5 116 QS8J13-12 -5.5 1.5 29 19 15 60 117 QS8J12-12 -.5 1.5 9 27 21 0 PP 118 QS8J11-12 -3.5 1.5 75 1 31 22 119 QS8J2-12 - 1.5 66 36 26 20 120 RQ1E0XN N 1.5 9.5 7.5 12.7 * 121 RQ1A070AP P -12-7 1.5 2 13 80 1.5 122 RQ1E075XN N 7.5 1.5 19 17 12 6.8 * 123 QS8J5 - -5 1.5 5 0 28 PP 12 QS8J - - 1.5 60 55 0 8. * 125 QS8K13 6 1.5 28 25 20 5.5 * 126 QS8K12 1.5 5 0 3. * 127 QS8K11 3.5 1.5 5 35 3.3 * 128 QH8KA2 5 1.5 0 25 2.5 129 QH8KA1 NN 3 1.5 86 56 1.5 Load 1 QS8K21 5 1.5 53 8 38 5. TSMT8 switch 131 QS8K51 0 2 1.5 260 2 20.7 28 Switching 132 QS8K2 3.5 1.5 55 0 38.6 Moter 2.5 133 QH8KA 8 1.5 17 13 6.2 13 RQ1E0RP - -5 1.5 36 32 22 13 * 135 RQ1E070RP P - -7 1.5 19 17 12 26 * 136 RQ7E055AT - -5.5 1.5 20 137 QS8M13 N 6 1.5 28 25 20 5.5 * P - -5 1.5 5 0 28 * 138 QS8M12 N 1.5 5 0 3. * P - -3.5 1.5 60 55 0 8. * 139 QH8MA N 9 1.5 18 12 2 P - -7.5 1.5 20.3 10 QH8MA3 N 6 1.5 3.2 28.6 2 P - -5.5 1.5 60 0 3.7.5 11 QH8MA2 N.5 1.5 35 21.7 P - -3 1.5 80 55.3 12 QS8M31 N 60 3 1.5 98 93 80 * P -60-2 1.5 190 180 1 7.2 * 13 QS8M51 N 0 2 1.5 260 2 20.6 * P -0-1.5 1.5 00 380 3 17 * * VGS5V MOSFETs Under development 8

MOSFETs Quick Reference for Multiple Schottky Barrier Diodes Middle Power MOSFET Series <WEMT TUMT TSST TSMT > Built-in Diode V 1.5 V DSS V IDA 0.7 1 1.3 / 1. / 1.5 2 2. / 2.5 12 ES6U1(P) 3 WEMT6 20 ES6U2(N) 1 WEMT6 TT8U1(P) TT8U2(P) 13 1 TSST8 QS5U36(N) 15 TSMT5 1.8 20 QS5U3(N) 16 TSMT5 ES6U2(P) 5 WEMT6 2.5 20 US5U(P) US5U38(P) 8 9 QS5U21(P) QS5U23(P) QS5U26(P) QS5U27(P) 23 25 22 2 TUMT5 TSMT5 QS5U28(P) 21 QS6U22(P) 27 TSMT6 ES6U1(N) WEMT6 US5U1(N) US5U3(N) 6 7 TUMT5 US6U37(N) 12 TUMT6 QS5U12(N) QS5U13(N) QS5U16(N) QS5U17(N) ES6U3(N) 2 WEMT6 US5U2(N) TUMT5 QS5U33(P) 26 TSMT5 QS6U2(P) 28 TSMT6 5 US5U35(P) 11 TUMT5 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. 19 17 18 20 TSMT5 Multiple Schottky Barrier Diodes Middle Power MOSFET Series Application No. Part No. WEMT6 1616 TUMT5 2021 TUMT6 2021 TSST8 19 TSMT5 2928 TSMT6 2928 S-95 Load switch Switching Polarity ch VDSSV IDA PDW Ta25 RDSonTyp.m VGSV 1.5 2.5.5 Qgn VGS.5V (V) 1 ES6U2 NSBD0.5A 20 1.5 0.8 0 170 1 1.8 1.5 2 ES6U3 NSBD0.5A 1. 0.8 270 2 170 1. 3 ES6U1 PSBD0.5A -12-1.3 0.8 5 280 190 2. 1.5 ES6U1 NSBD0.5A 1.5 0.8 20 180 170 1.6 5 ES6U2 PSBD0.5A -20-1 0.8 570 3 280 2.1 2.5 6 US5U1 NSBD0.5A 1.5 1 20 180 170 1.6 7 US5U3 NSBD0.7A 1.5 1 20 180 170 1.6 8 US5U PSBD0.5A -20-1 1 570 3 280 2.1 2.5 9 US5U38 PSBD0.7A -20-1 1 570 3 280 2.1 US5U2 NSBD0.5A 1. 1 270 2 170 1. 11 US5U35 PSBD0.1A -5-0.7 1 00 900 600 1.7 12 US6U37 NSBD0.7A 1.5 1 20 180 170 1.6 2.5 13 TT8U1 PSBD1A -20-2. 1.25 180 5 80 6.7 1 TT8U2-20 -2. 1.25 180 5 80 6.7 1.5 15 QS5U36 NSBD0.7A 20 2.5 1.25 120 7 58 3.5 16 QS5U3 NSBD0.5A 20 1.5 1.25 220 *6 170 1 1.8 1.8 17 QS5U13 *2 2 1.25 1 76 71 2.8 NSBD0.5A 18 QS5U16 *2 2 1.25 1 76 71 2.8 19 QS5U12 *3 2 1.25 1 76 71 2.8 NSBD1A 20 QS5U17 *3 2 1.25 1 76 71 2.8 21 QS5U28 PSBD1A -20-2 1.25 175 97 90.8 2.5 22 QS5U26 *5 PSBD0.5A -20-1.5 1.25 260 180 160.2 23 QS5U21 * -20-1.5 1.25 260 180 160.2 PSBD1A 2 QS5U27 * -20-1.5 1.25 260 180 160.2 25 QS5U23 *5 PSBD0.5A -20-1.5 1.25 260 180 160.2 26 QS5U33 PSBD1A - -2 1.25 160 15 95 3. 27 QS6U22 PSBD0.7A -20-1.5 1.25 3 170 155 3 2.5 28 QS6U2 PSBD0.7A - -1 1.25 600 0 0 1.7 1 VGS5V 2, 3,, 5 Please note that, although the internal circuit configuration may differ between part numbers, the electrical specifications remain the same. 6 VGS1.8V 9

MOSFETs MOSFETs Quick Reference for Middle Power MOSFET Series <MPT3 > Single Type VDSS V V 2.5 60 RJP020N06 (N) 1 IDA 2 3 RHP0N03 (N) 2 60 RHP020N06 (N) 3 haracter "N" in parentheses indicates "N-channel" respectively. MPT3 <HUML2020L8 > Single Type VDSS V V IDA 3/3.5 /.5 5/5.5 7 8 9 11 1.5 20 RF0AP (P) 9 2.5 RFE0AJ (N) 8.5 RFE075AT (P) RFE070BN (N) 7 RFE070GN (N) 13 RFE080BN (N) RFE080GN (N) 0 RFG090GN(N) 1.5 20 UT6J3 (P+P) 1 6 12 RFE1BN (N) 5 RFE1GN (N) 11 HUML2020L8 Dual Type 2.5 UT6K1 (N+N) 15 UT6K3 (N+N) 16 UT6MA3 (N+P) 17 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. UT6MA2 (N+P) 18 Under development <HSMT8 > Single Type IDA VDSS V V 7 8/8.5 12 13 15/16 18 1.5 12 RQ3A070AP(P) 29 RQ3A085AP(P) 28 2.5 RQ3E180AJ(N) 27 RQ3E070BN(N) 26 RQ3E080BN(N) 25 RQ3E0BN(N) 2 RQ3E120BN(N) 23 RQ3E1BN(N) 22 RQ3E160AD(N) 19 RQ3E180BN(N) 20 HSMT8 RQ3E080GN(N) 35 RQ3E0GN(N) 3 RQ3E120GN(N) 33 RQ3E1BN(N) 21 RQ3E180GN(N) 31.5 RQ3E120AT(P) RQ3E1GN(N) 32 0 RQ3G0GN(N) 37 RQ3G1MN(N) 36 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. <HSMLL > Dual Type VDSS IDA V V 9 11 HS8K11 (N+N).5 HS8K1 (N+N) 0 HS8K21 (N+N) 0 haracter "N" in parentheses indicates "N-channel" respectively. Under development 39 38 HSMLL Under development

MOSFETs Middle Power MOSFET Series <MPT3HUML2020L8HSMT8HSMLL > MPT3 S-62 SOT-89 HUML2020L8 Single 2020 HUML2020L8 Dual 2020 HSMT8 3333 HSMLL Application No. Part No. D-D onverter Motor D-D onverter Load switch Switching D-D onverter D-D onverter Switching Load switch Switching D-D onverter Switching D-D 1 RJP020N06 Polarity ch VDSSV IDA PDW Ta25 RDSonTyp.m VGSV 1.5 2.5.5 2 RHP0N03 N 3 2 160 90 Qgn VGS5V V 60 2 2 2 170 165 2.5 3 RHP020N06 60 2 2 20 200 1 RFG090GN 0 9 2 17 1 3.7 5 RFE1BN 11 2 11.8 8.5 12.5 N 6 RFE080BN 8 2 18.9 13.5 7.2 7 RFE070BN 7 2.8 22.6 8 RFE0AJ 2 15 11 13 2.5 9 RF0AP -20-5 2 32 22 18 22 1.5 P RFE075AT - -7.5 2 28 19 11.5 11 RFE1GN 11 2 11.7 8.7.8 12 RFE080GN N 8 2 17.6 13.5 2.8.5 13 RFE070GN 7 2 23 16. 2.3 1 UT6J3 P+P -20-3 2 1 70 6.7 1.5 15 UT6K1 NN 2 80 60 1.3 16 UT6K3 NN 5.5 2 5 32 2.5 2.5 N 5.5 2 5 32 2.5 17 UT6MA3 P -20 -.5 2 65 9 5.0 18 UT6MA2 N 5.5 2 35 21 2 P - - 2 80 55.3.5 19 RQ3E160AD N 16 2 5 3.5 26 20 RQ3E180BN 18 2 3.7 2.8 37 21 RQ3E1BN 15 2 5.3 3.8 23 22 RQ3E1BN 13 2 6.7. 16.5 23 RQ3E120BN 12 2 8.6 6.6 1 N 2 RQ3E0BN 2 11 7.7.5 25 RQ3E080BN 8 2 16 11 7.2 26 RQ3E070BN 7 2 29 20.6 27 RQ3E180AJ 18 2.5 3.5 39 2.5 28 RQ3A085AP -12-8.5 2 13 0 29 RQ3A070AP P -12-7 2 19 15 27 1.5 RQ3E120AT - -12 2 8.7 6.1 33 31 RQ3E180GN 18 2.3 3.3 11.6 32 RQ3E1GN 15 2 6.2.7 7. 33 RQ3E120GN 12 2 9.1 6.7.8 3 RQ3E0GN N 2 12 8.9 3.9.5 35 RQ3E080GN 8 2 17.5 12.9 2.8 36 RQ3G1MN 0 13 2 7.9 6 8.5 37 RQ3G0GN 0 2 1.1 11 5.6 38 HS8K1 39 HS8K11 0 HS8K21 NN 2 1.7 11.2 2.7 11 2 11.9 9.1 3.3 7 2 20.8 12.8 5.7 11 2 13.3.2 9 0 8 2 22.1 17.3 3.1 0 9 2 18.0 1.1 3.8 VGS.5V Under development.5 11

MOSFETs MOSFETs Quick Reference for Middle Power MOSFET Series <SOP8 > (Single Type) Single Type VDSS V V 1.5 IDA / 5 6.5 7 / 7.5 9 12.5 / 13 1 20 RUS0N02 (N) 1 RRH00P03 (P) 13 RRH0P03 (P) 12 RRH075P03 (P) 11 RXH070N03 (N) 5 5 RSH070N05 (N) 6 60 RSH065N06 (N) 7 RRH090P03 (P) RXH090N03 (N) RRH0P03 (P) RXH0N03 (N) 9 3 RXH125N03 (N) 2 RRH10P03 (P) 8 SOP8 5 RSH070P05 (P) 15.5 RS3E075AT (P) 1 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. <SOP8 > (Dual Type) Dual Type VDSS Polarity V V Nch + Nch or Pch + Pch Nch + Pch IDA 2.5 / 2.6 3 / 3. / 3.5 /.5 5 / 5.5 6 7 9 SH8K11 (N+N) 20 SH8J62 (P+P) 31 SH8K12 (N+N) 19 SH8K13 (N+N) 18 SH8K1 (N+N) SH8J65 (P+P) 0 SH8K25 (N+N) 25 SH8K26 (N+N) 2 5 SH8K22 (N+N) 26 60 80 SH8K1 (N+N) 28 SH8K32 (N+N) SH8J31 (P+P).5 SH8KA1 (N+N) 23 SH8KA2 (N+N) 22 SH8KA (N+N) 21 27 32 SH8M11 (N+P) 36 SH8M12 (N+P) 35 SH8M13 (N+P) 3 5 SH8M2 (N+P) 37 80 SH8M1 (N+P) 38 0 SP8M51 (N+P) 39 haracter "N", "P" in parentheses indicates "N-channel", "P-channel" respectively. 17 SH8K15 (N+N) SH8J66 (P+P) 16 29 SH8M1 (N+P) 33 SOP8 Under development 12

MOSFETs Middle Power MOSFET Series <SOP8 > (Single Type) Application No. Part No. RDSonTyp.m Polarity PDW Qgn VDSSV IDA ch Ta25 VGSV VGS5V 1.5 2.5.5 (V) Switching 1 RUS0N02 20 2 13 11 9 8 2 1.5 2 RXH125N03 12.5 2 9.5 7.5 12.7 D-D 3 RXH0N03 2 13 12 9.5 11 RXH090N03 N 9 2 19 17 12 6.8 onverter 5 RXH070N03 7 2 28 25 20 5.8 Switching 6 RSH070N05 5 7 2 25 23 18 12 7 RSH065N06 60 6.5 2 31 28 2 11 SOP8 8 RRH10P03 - -1 2 7.3 6.7 5 80 60 9 RRH0P03 - - 2 1 12.5 9 39 RRH090P03 - -9 2 17 15 11 Load switch 11 RRH075P03 - -7.5 2 25 22 15 21 P Switching 12 RRH0P03 - -5 2 58 52 36 9.2 13 RRH00P03 - - 2 95 85 55 5.2 1 RS3E075AT - -7.5 2 23.3 15. 5..5 15 RSH070P05-5 -7 2 28 25 19 3 <SOP8 > (Dual Type) SOP8 60 Application No. Part No. Polarity VDSSV IDA PDW RDSonTyp.m Qgn ch Ta25 VGSV VGS5V.5 16 SH8K15 9 2 19 18 15 8.5 17 SH8K1 7 2 28 25 20 5.8 18 SH8K13 6 2 35 22 5 19 SH8K12 5 2 5 0 20 SH8K11 3.5 2 0 90 70 1.9 21 SH8KA 7 2 19.5 16.7 8 22 SH8KA2 NN 5.5 2 0 32.5 23 SH8KA1 3.5 2 85 70 0.8 2 SH8K26 0 6 2 35 27 2.9 25 SH8K25 0 2 80 60 1.7 26 SH8K22 5.5 2 6 1 33 6.8 27 SH8K32 60.5 2 55 52 6 7 28 SH8K1 80 3. 2 120 1 90 6.6 1VGS.5V 2VGSV D-D onverter Switching Moter Load switch Switching Moter 29 SH8J66 - -9 2 19 17.5 13.5 35 SH8J65 - -7 2 31 29 21.5 18 P+P 31 SH8J62 - -.5 2 60 55 0 8 32 SH8J31-60 -.5 2 60 55 21 33 SH8M1 N 9 19 18 15 8.5 2 P - -7 31 29 21.5 18 3 SH8M13 N 6 35 22 5 2 P - -7 31 29 21.5 18 35 SH8M12 N 5 5 0 2 P - -.5 60 55 0 8 36 SH8M11 N 3.5 0 90 70 1.9 2 P - -3.5 120 0 65.2 37 SH8M2 N 5.5 6 1 33 6.8 2 P -5-3.5 66 60 5 13 38 SH8M1 N 80 3. 120 1 90 6.6 2 P -80-2.6 2 220 165 8.2 39 SP8M51 N 0 3 135 1 120 8.5 2 P -0-2.5 20 2 2 12.5 *2 (V).5 Under development 13

Selector Guide for Automotive MOSFETs (AE-Q1) Selector Guide for Automotive MOSFETs (AE-Q1) 1 (Dimension:mm) UMT32021 S-70 SOT-323 Part No. Single/ Dual Polarity Maximum Rating RDSonm typ. VGS(th)V Qg typ. iss typ. ID VGS A V VGS=V VGS=.5V VGS=2.5V VGS=1.5V min. max. VGS=5V VDS=V n pf VDS V Selector Guide for Automotive MOSFETs (AE-Q1) RJU003N03 FRA T6 Single N 0.3 12 800 100 0.8 1.5 2 RJU002N06 FRA T6 Single N 60 0.2 12 1600 2200 0.5 1.5 18 RHU003N03 FRA T6 Single N 0.3 20 800 1200 1 2.5 20 RHU002N06 FRA T6 Single N 60 0.25 20 1700 2800 1 2.3 2.2 15 RJK005N03 FRA T16 Single N 0.5 12 00 6 0.8 1.5 2 *2 60 SMT32928 S-59 SOT-36 RHK005N03 FRA T16 Single N 0.5 20 3 5 1 2.5 5 RHK003N06 FRA T16 Single N 60 0.3 20 700 1 2.5 3 33 SST3292 SOT-23 RK7002A FRA T116 Single N 60 0.3 20 700 10 1 2.5 3 33 TUMT3 2021 TUMT6 2021 TSMT3 2928 S-96 TSMT6 2928 S-95 TSMT828 1 VGS=V 2 VGS=.5V 3 VDS=25V VDS=6V RUF025N02 FRA TL Single N 20 2.5 39 9 1.5 0.3 1.3 5 *2 370 RTF025N03 FRA TL Single N 2.5 12 8 70 0.5 1.5 3.7 *2 270 RTF016N05 FRA TL Single N 5 1.6 12 10 200 0.5 1.5 2.3 *2 1 RSF015N06 FRA TL Single N 60 1.5 20 2 20 1 2.5 2 1 RUL035N02 FRA TR Single N 20 3.5 31 38 66 0.3 1 5.7 *2 60 RTL035N03 FRA TR Single N 3.5 12 0 56 0.5 1.5.6 *2 3 RTL020P02 FRA TR Single P 20 2 12 0 180-0.7-2.9 *2 RSL020P03 FRA TR Single P 2 20 80 125-1 -2.5 3.9 3 RRL035P03 FRA TR Single P 3.5 20 36 52-1 -2.5 8 800 RUR00N02 FRA TL Single N 20 25 33 55 0.3 1.3 8 *2 680 RTR025N03 FRA TL Single N 2.5 12 66 95 0.5 1.5 3.3 *2 220 RTR00N03 FRA TL Single N 12 3 7 0.5 1.5 5.9 *2 75 RTR020N05 FRA TL Single N 5 2 12 1 180 0.5 1.5 2.9 *2 200 RTR025N05 FRA TL Single N 5 2.5 12 95 125 0.5 1.5 3.2 *2 2 RTR0N05 FRA TL Single N 5 3 12 8 68 0.5 1.5 6.2 *2 5 RSR025N03 FRA TL Single N 2.5 20 7 1 2.5 2.9 165 RSR025N05 FRA TL Single N 5 2.5 20 70 95 1 3 3.6 260 RSR020N06 FRA TL Single N 60 2 20 120 10 1 2.5 2.7 180 RSR0N06 FRA TL Single N 60 3 20 60 70 1 2.5 5 380 RSR0N FRA TL Single N 0 1 20 370 00 1 2.5 3.5 10 RTR020P02 FRA TL Single P -20-2 12 0 180-0.7-2.9 *2 RTR025P02 FRA TL Single P -20-2.5 12 70 115-0.7-2 7 *2 6 RTR0P02 FRA TL Single P -20-3 12 55 90-0.7-2 9.3 *2 80 RSR025P03 FRA TL Single P - -2.5 20 70 0-1 -2.5 5. 60 RRR0P03 FRA TL Single P - -3 20 55 85-1 -2.5 5.2 80 RRR00P03 FRA TL Single P - - 20 32 5-1 -2.5.5 00 RSR020P05 FRA TL Single P -5-2 20 1 180-1 -3 9.5 0 RSR015P06 FRA TL Single P -60-1.5 20 200 20-1 -3 1 0 RUQ0N02 FRA TR Single N 20 5 22 27 0 0.3 1 12 *2 900 RTQ035N03 FRA TR Single N 3.5 12 38 55 0.5 1.5.6 *2 285 RTQ05N03 FRA TR Single N.5 12 2 0.5 1.5 7.6 *2 RTQ020N05 FRA TR Single N 5 2 12 10 200 0.5 1.5 2.3 *2 1 RSQ020N03 FRA TR Single N 2 20 96 18 1 2.5 2.2 1 RSQ035N03 FRA TR Single N 3.5 20 60 1 2.5 5.3 290 RSQ05N03 FRA TR Single N.5 20 27 36 1 2.5 6.8 520 RVQ00N05 FRA TR Single N 5 21 38 7 1 2.5 6.3 5 RSQ015N06 FRA TR Single N 60 1.5 20 2 20 1 2.5 2 1 RSQ035N06 FRA TR Single N 60 3.5 20 58 1 3 6.5 RTQ025P02 FRA TR Single P -20-2.5 12 72 10-0.7-2 6. *2 580 RTQ035P02 FRA TR Single P -20-3.5 12 80-0.7-2.5 *2 1200 RSQ025P03 FRA TR Single P - -2.5 20 80 120-1 -2.5. 320 RRQ0P03 FRA TR Single P - -3 20 55 85-1 -2.5 5.2 80 RSQ035P03 FRA TR Single P - -3.5 20 5 65-1 -2.5 9.2 780 RRQ05P03 FRA TR Single P - -.5 20 25 3-1 -2.5 1 13 RSQ015P FRA TR Single P -0-1.5 20 3 380-1 -2.5 17 9 QS6K1 FRA TR Dual N+N 1 12 170 260 0.5 1.5 1.7 *2 77 QS6K21 FRA TR Dual N+N 5 1 12 0 15 0.5 1.5 1.5 *2 95 RQ1075UN FRA TR Single N 20 7.5 11 1 20 0.3 1 18 *2 100 RQ1A070ZP FRA TR Single P -12-7 8 11 19-0.3-1 58 *2 700 * RQ1E0RP FRA TR Single P - -5 20 22 32-1 -2.5 13 10 RQ1E070RP FRA TR Single P - -7 20 12 17-1 -2.5 26 2700 QS8K2 FRA TR Dual N+N 3.5 12 38 55 0.5 1.5.6 *2 285 QS8J FRA TR Dual P+P - - 20 0 55-1 -2.5 8. 800 QS8M51 FRA TR Dual N+P 0 2 20 20 2 1 2.5.7 290 *3-0 -1.5 20 3 380-1 -2.5 17 9 *3 1

Selector Guide for Automotive MOSFETs (AE-Q1) Selector Guide for Automotive MOSFETs (AE-Q1) 2 (Dimension:mm) Part No. Single/ Dual Polarity Maximum Rating RDSonm typ. VGS(th)V Qg typ. iss typ. ID VGS A V VGS=V VGS=.5V VGS=2.5V VGS=1.5V min. max. VGS=5V VDS=V n pf VDS V RJP020N06 FRA T0 Single N 60 2 12 165 2 0.8 1.5 5 *2 160 MPT3 S-62 SOT-89 SOP8 60 1 VGS=V 2 VGS=.5V 3 VDS=25V VDS=6V RHP0N03 FRA T0 Single N 3 20 90 160 1 2.5 6.5 160 RHP020N06 FRA T0 Single N 60 2 20 1 200 1 2.5 7 10 RSS090N03 FRA TB Single N 9 20 11 15 1 2.5 11 8 RSS0N03 FRA TB Single N 20 9.5 12.5 1 2.5 1 70 RSS1N03 FRA TB Single N 13 20 5.9 7. 1 2.5 25 2000 RSS070N05 FRA TB Single N 5 7 20 18 23 1 2.5 12 00 RSS085N05 FRA TB Single N 5 8.5 20 13 16 1 2.5 15.3 10 RSS095N05 FRA TB Single N 5 9.5 20 11 1 1 2.5 18.9 18 RSS065N06 FRA TB Single N 60 6.5 20 2 28 1 2.5 11 900 RRS00P03 FRA TB Single P - - 20 55 85-1 -2.5 5.2 80 RRS0P03 FRA TB Single P - -5 20 36 52-1 -2.5 9.2 8 RRS075P03 FRA TB Single P - -7.5 20 15 22-1 -2.5 21 1900 RRS090P03 FRA TB Single P - -9 20 11 15-1 -2.5 00 RRS0P03 FRA TB Single P - - 20 9 12.5-1 -2.5 39 3600 RRS10P03 FRA TB Single P - -1 20 5 6.7-1 -2.5 80 8000 RSS060P05 FRA TB Single P -5-6 20 26 35-1 -2.5 23 2700 RSS070P05 FRA TB Single P -5-7 20 19 25-1 -2.5 3 0 SP8K5 FRA TB Dual N+N 3.5 20 59 93 1 2.5 2.5 10 SP8K1 FRA TB Dual N+N 5 20 36 52 1 2.5 3.9 2 SP8K2 FRA TB Dual N+N 6 20 21 1 2.5 7.2 520 SP8K3 FRA TB Dual N+N 7 20 17 23 1 2.5 8. 600 SP8K22 FRA TB Dual N+N 5.5 20 33 1 1 2.5 6.8 5 SP8K23 FRA TB Dual N+N 5 5 20 26 33 1 2.5 8.6 700 SP8K2 FRA TB Dual N+N 5 6 20 18 2 1 2.5 15. 100 SP8K31 FRA TB Dual N+N 60 3.5 20 85 0 1 2.5 3.7 2 SP8K32 FRA TB Dual N+N 60.5 20 6 52 1 2.5 7 0 SP8K33 FRA TB Dual N+N 60 5 20 3 38 1 2.5 8 620 SP8K52 FRA TB Dual N+N 0 3 20 120 1 1 2.5 8.5 6 *3 SP8J5 FRA TB Dual P+P - -7 20 20 25 1 2.5 2.5 2600 SP8J66 FRA TB Dual P+P - -9 20 13.5 17.5-1 -2.5 35 00 SP8M1 FRA TB Dual N+P 20 36 52 1 2.5 3.9 2 - - 20 0 57-1 -2.5 8.5 8 SP8M3 FRA TB Dual N+P 5 20 36 52 1 2.5 3.9 2 - -.5 20 0 57-1 -2.5 8.5 8 SP8M FRA TB Dual N+P 9 20 12 16 1 2.5 15 1190 - -7 20 20 25-1 -2.5 25 2600 SP8M5 FRA TB Dual N+P 6 20 21 1 2.5 7.2 520 - -7 20 20 25-1 -2.5 25 2600 SP8M6 FRA TB Dual N+P 5 20 36 52 1 2.5 3.9 2 - -3.5 20 65 0-1 -2.5 5.5 90 SP8M8 FRA TB Dual N+P 6 20 21 1 2.5 7.2 520 - -.5 20 0 57-1 -2.5 8.5 8 SP8M FRA TB Dual N+P 7 20 17 23 1 2.5 8. 600 - -.5 20 0 57-1 -2.5 8.5 8 SP8M21 FRA TB Dual N+P 5 6 20 18 2 1 2.5 15. 100-5 - 20 33 3-1 -2.5 20 200 SP8M2 FRA TB Dual N+P 5.5 20 33 1 1 2.5 6.8 5-5 -3.5 20 5 60-1 -2.5 13 1700 SP8M1 FRA TB Dual N+P 80 3. 20 90 1 1 2.5 6.6 600-80 -2.6 20 165 220-1 -2.5 8.2 00 SP8M51 FRA TB Dual N+P 0 3 20 120 1 1 2.5 8.5 6-0 -2.5 20 2 2-1 -2.5 12.5 15 15

Bipolar (Surface mount type) Bipolar (Surface mount type) 1 Polarity Application General Purpose Amplification Low VEsat VMT31212 S-5AA PD0.15W EMT3F1616 S-89 PD0.15W EMT31616 S-75ASOT-16 PD0.15W PNP NPN PNP NPN PNP NPN VEO V I A hfe *2 Automotive Grade Available 2SAR522M 2SR522M 2SAR522EB 2SR522EB 20 0.2 120 to 560 2SAR523M 2SR523M 2SAR523EB 2SR523EB 0.1 120 to 560 2SA2029 2S5658 2SA177EB 2S617EB 2SA177 2S617 0.15 120 to 390 Yes 2SA20 2S5663 2SA2018 2S5585 12 0.5 270 to 680 2SD2696 0. 270 to 680 r 2SAR2EB 2SR2EB 0.5 200 or more High hfe muting 2SD2707 2SD265 0.15 820 to 2700 2S5659 2S618 25 0.05 82 to 180 (ft0mhz) High Frequency 2S5661 2S725 20 0.05 82 to 180 (ft10mhz) 2S5662 2S726 11 0.05 56 to 180 (ft3200mhz) Notes : 1. With reference land installed2.*2 For hfe, please see the technical specifications.3.pnp (-)symbol omitted. Bipolar (Surface mount type) Bipolar (Surface mount type)for oversea customer only Polarity Application General Purpose Amplification & Pre Amp r Switching UMT32012 S-70SOT-323 PD0.2W SMT32916 / SST32913 S-59SOT-36/ SOT-23 PNP NPN PNP NPN PD0.2W VEO V I A UMT3 SMT3 SST3 P(W) (Ta=25) hfe *2 Automotive Grade Available B858BW B88BW B858B *3 B88B *3 0.1 0.2 200 to 800 BX71H *3 BX70J,K *3 5 0.2 0.2 10 to 6 B857B *3 B87B *3 5 0.1 0.2 200 to 800 SST6839 *3 SST6838 *3 0 0.2 0.2 0 or more BX17 *3 BX19 *3 5 0.5 0.2 0 to 600 UMT3906 UMT390 SSTA56 *3 MMSTA56 SST3906 MMST3906 SST03 *3 MMST03 UMT2222A UMT2907A SST2907A *3 MMST2907A Darlington * SSTA06 *3 MMSTA06 SST390 *3 MMST390 SST01 *3 MMST01 SST2222A *3 MMST2222A 80 0.5 0.2 0 or more 0 0.2 0.2 0 to 0 0 0.6 0.2 0 to 0 0 0.6 0.2 0 to 0 60 0.6 0.2 0 to 0 SSTA13 *3 MMSTA13 SSTA28 *3 MMSTA28 (VES) 80 (VES) 0.5 0.2 5k or more 0.3 0.2 k or more Notes: 1. With reference land isstalled2. *2 For hfe, please see the technical specifications.3. *3 SST3 package. * For internal circuit, please see the technical specifications. 5. PNP (-) symbol omitted. 16

Bipolar (Surface mount type) Bipolar (Surface mount type) 2 Polarity Application UMT3F2021 S-85 PD0.2W UMT32021 S-70SOT-323 PD0.2W SMT32928 S-59SOT-36 PD0.2W V EO V I A hfe *2 Automotive Grade Available PNP NPN PNP NPN PNP NPN 2SAR522UB 2SR522UB 20 0.2 120 to 560 General 2SAR523UB 2SR523UB 0.1 120 to 560 Purpose 2SA1576UB 2S081UB 2SA1576A 2S081 2SA37AK 2S212K 0.15 120 to 390 Yes Amplification 2SA1579 2S2 2SA151K 2S3906K 120 0.05 180 to 560 Yes 2SA2119K 12 0.5 270 to 680 2SD1757K 15 0.5 120 to 560 2SB1590K 2SD2K 15 1 120 to 270 Low 180 to 390 V E sat 2SB1689 2SD2652 12 1.5 270 to 680 2SB1690K 2SD2653K 12 2 270 to 680 2SB169 2SD2656 1 270 to 680 Yes 2SB1695K 2SD2657K 1.5 270 to 680 2SAR2UB 2SR2UB 0.5 200 to 0 Only SMT3 2SA1577 2S097 2SA36K 2S211K 32 0.5 120 to 390 Yes r 2SB1197K 2SD1781K 32 0.8 120 to 390 Yes 2SD199 2SD18K 0.5 120 to 390 Yes 2SB1198K 2SD1782K 80 0.5 120 to 390 Yes High speed SW 2SA2088 2S5876 60 0.5 120 to 270 120 to 390 Yes High hfe Muting 2SD270K 25 VEBO 0.3 820 to 2700 2SD211K 20 0.5 820 to 2700 2SD2351 2SD2226K 0.15 820 to 2700 High 2S061K 0 0.1 56 to 120 2S098 2S213K 25 0.05 82 to 180 (ft0mhz) High Frequency 2S77 2S713K 6 0.05 180 to 560 (ft800mhz) 2S082 2S3837K 20 0.05 82 to 180 (ft10mhz) 2S083 2S3838K 11 0.05 56 to 180 (ft3200mhz) Darlington *3 2SB852K 2SD1383K 32 0.3 5k or more 2SD212K 0.3 5k or more VES Notes : 1. With reference land installed2.*2 For hfe, please see the technical specifications. 3.*3 For internal circuit, please see the technical specifications..pnp (-)symbol omitted. Bipolar (Surface mount type) 3 Polarity Application TUMT32021 PD0.W TUMT62021 PD0.W TSMT32928 S-96 PD0.5W TSMT62928 S-95 PD0.5W PNP NPN PNP NPN PNP NPN PNP NPN 2SB1732 2SD2702 2SB1709 2SD267 12 1.5 270 to 680 2SB17 2SD2700 2SB1690 2SD2653 12 2 270 to 680 US6T US6X3 2SB1705 2SD2670 12 3 270 to 680 2SB1707 2SD2672 12 270 to 680 QST2 QSX1 12 6 270 to 680 Low 2SB1733 2SD2703 2SB17 2SD2675 1 270 to 680 VEsat 2SB1731 2SD2701 2SB1695 2SD2657 1.5 270 to 680 US6T5 US6X 2SB1706 2SD2671 2 270 to 680 2SB1708 2SD2673 3 270 to 680 2SB1708Q5 3 270 to 680 QST3 QSX2 5 270 to 680 2SAR512R 2SR512R 2 200 to 0 2SAR513R 2SR513R 1 180 to 2SAR553R 2SR553R 2 180 to r 2SAR53R 2SR53R 3 180 to 2SAR51R 2SR51R 80 0.7 120 to 390 2SAR55R 2SR55R 80 1.5 120 to 390 2SAR5R 2SR5R 80 2.5 120 to 390 2SARQ 2SR31Q 00 0.1 82 to 270 Yes High speed SW 2SA209 2S5866 60 2 120 to 270/ 120 to 390 Notes : 1. With reference land installed2.*2 For hfe, please see the technical specifications. 3.*3 For internal circuit, please see the technical specifications..pnp (-)symbol omitted. VEO V I A hfe *2 Automotive Grade Available 17

Bipolar (Surface mount type) Polarity Application Low VEsat r High speed SW HUML2020L32020 PD0.5W MPT3 S-62SOT-89 PD0.5W Bipolar (Surface mount type) Transistor Array Bipolar (Surface mount type) PT3 S-63SOT-28 PD1W LPT S-83 * PDW PNP NPN PNP NPN PNP NPN PNP NPN VEO V I A 2SB1697 2SD2661 12 2 270 to 680 2SB1698 2SD2662 1.5 270 to 680 2SAR293P 2SR293P 1 270 to 680 Yes 2SAR293P5 2SR293P5 1 270 to 680 2SAR512P 2SR512P 2 200 to 0 Yes 2SAR552P 2SR552P 3 200 to 0 Yes 2SAR52F3 2SR52F3 3 200 to 0 2SAR52P 2SR52P 2SAR572D 2SR572D 5 200 to 0 Yes 2SAR562F3 2SR562F3 6 200 to 0 2SAR513P 2SR513P 1 180 to Yes 2SAR553P 2SR553P 2 180 to Yes 2SAR553P5 2SR553P5 2 180 to 2SAR533P 2SR533P 2SAR573D 2SR573D 3 180 to Yes 2SB1561 2SD2391 60 2 120 to 270 2SAR51P 2SR51P 80 0.7 120 to 390 Yes 2SB1260 2SD1898 2SB1181 2SD1733 80 1 120 to 390 2SAR55P 2SR55P 80 1.5 120 to 390 Yes 2SAR57D 2SR57D 80 2 120 to 390 Yes 2SAR5P 2SR5P 80 2.5 120 to 390 Yes 2SB16J 80 0 to 320 Yes 2SR372P 120 0.7 120 to 390 Yes 2SR375P 120 1.5 120 to 390 Yes 2SB1275 2SD1918 160 1.5 hfe *2 Automotive Grade Available Only MPT3 Yes 82 to 180/ 120 to 270 2SARP 2SR36P 00 0.1 82 to 270 2SA2071 2S582 60 3 120 to 270/ 120 to 390 2SA2071P5 60 3 120 to 270 High h FE 2SD2537 25 1.2 820 to 1800 2SB127 20 2 390 to 820 2SD2153 25 2 820 to 1800 2SD183 60 VES 1 2k or more Darlington *3 2SD213 60 2 1k to k 2SB1316 2SD1980 0 2 1k to k Notes :1. With reference land installed2.*2 For hfe, please see the technical specifications.3.*3 For internal circuit, please see the technical specifications..* T=25 5.PNP (-) symbol omitted. Under development Transistor Array The following products are belonging to Is. (Refer P.A20) Please ask I product group for inquiry. Transistor Array Part No. Number of bit Output Withstand (V) Output Saturation (V) Output urrent (ma) Input Resistance (k) Input/output relation Input Active Level Input/output relation ircuit onstruction BA12003B 7 60 1.6 0 2.7 Inverting type H Sink Darlington BA12003BF 7 60 1.6 0 2.7 Inverting type H Sink Darlington BA1200B 7 60 1.6 0.5 Inverting type H Sink Darlington BA1200BF 7 60 1.6 0.5 Inverting type H Sink Darlington Output urrent=3ma Features Built-in surge absorbing diode Built-in surge absorbing diode Built-in surge absorbing diode Built-in surge absorbing diode DIP16 SOP16 DIP16 SOP16 18

omplex Bipolar omplex Bipolar omplex Bipolar 1 onfiguration Item Application Pre Amp. Equivalent circuit diagram(top View) VMT6 1212 EMT5 / EMT6 UMT5 / UMT6 SMT5 / SMT6 TSMT5 / TSMT6 20212021 29282928 TUMT5 / TUMT6 16161616 29282928 S-88A S-88 S-7A S-7 S-7BB S-7 20212021 SOT-353SOT-363 SOT-57 S-95 Part No. Equivalent element transistors V EO V I ma EMT51 2SAR522EB2-20 -200 120 to 560 EMT52 2SAR523EB2 - -0 120 to 560 EMT1 UMT1N IMT1A 2SA37AK2 - -1 120 or more Yes EMT18 UMT18N IMT18 2SA20182-12 -0 270 to 680 VT6T1 2SAR522M2-20 -200 120 to 560 VT6T2 2SAR523M2 - -0 120 to 560 h FE Automotive Grade Available PNP2 EMT2 UMT2N IMT2A 2SA37AK2 - -1 120 to 560 r Suitable for current mirror circuit Pre Amp. EMT3 IMT3A 2SA37AK2 - -1 120 to 560 IMT 2SA151K2-120 - 180 or more Yes US6T8 QST8 2SB17092-12 -1.5A270 to 680 US6T9 QST9 2SB172 - -1A270 to 680 VT6T11 2SAR522M2-20 -200 120 to 560 VT6T12 2SAR523M2 - -0 120 to 560 EMX51 2SR522EB2 20 200 120 to 560 EMX52 2SR523EB2 0 120 to 560 EMX1 UMX1N IMX1 2S212K2 1 120 or more Yes EMX26 2SD2652 1 820 to 2700 EMX18 UMX18N 2S55852 12 0 270 to 680 IMX25 2SD270K2 20 0 820 to 2700 VT6X1 2SR522M2 20 200 120 to 560 VT6X2 2SR523M2 0 120 to 560 EMX2 UMX2N IMX2 2S212K2 1 120 to 560 NPN2 High Frequency r Suitable for current mirror circuit EMX3 UMX3N IMX3 2S212K2 1 120 to 560 IMX8 2S3906K2 120 180 or more Yes EMX UMXN 2S3837K2 20 56 to 180 EMX5 UMX5N 2S3838K2 11 56 to 120 US6X7 QSX7 2SD2672 12 1.5A270 to 680 US6X8 QSX8 2SD26752 1A270 to 680 VT6X11 2SR522M2 20 200 120 to 560 VT6X12 2SR523M2 0 120 to 560 PNP NPN D-D onverter QS5W1 3A200 to 0 QS5W2 2SR533P2 3A180 to Amplifier EMY1 UMY1N FMY1A Inverter r Pre Amp. FMYA EMZ51 EMZ52 EMZ1 UMZ1N IMZ1A EMZ7 QS6Z5 EMZ2 UMZ2N IMZ2A EMZ8 VT6Z1 VT6Z2 No.1 Pin is located on the upper right of equivalent circuit diagram for VMT6, EMT5, EMT6, UMT5, UMT6, TUMT5, TUMT6, TSMT5 and TSMT6 packages. No.1 Pin is located on the lower right of equivalent circuit diagram for SMT5 and SMT6 packages. 2SA37AK 2S212K 2SA37AK 2S212K 2SAR522EB 2SR522EB 2SR523EB 2SR523EB 2SA37AK 2S212K 2SA2018 2S5585 2SAR513P 2SR513P 2SA37AK 2S212K 2SA2018 2S212K 2SAR522M 2SR522M 2SR523M 2SR523M - - -20 20 - - -12 12 - - -12-20 20 - -1 1-1 1-200 200-0 0-1 1-0 0-1A 1A -1 1-0 1-200 200-0 0 120 or more 120 or more 120 to 560 120 to 560 120 to 560 120 to 560 120 to 560 120 to 560 120 or more 120 or more 270 to 680 270 to 680 180 to 180 to 120 to 560 120 to 560 270 to 680 120 to 560 120 to 560 120 to 560 120 to 560 120 to 560 Yes 19

omplex Bipolar omplex Bipolar 2 onfiguration PNP NPN Item Application D-D onverter Equivalent circuit diagram(top View) VMT6 1212 EMT5 / EMT6 UMT5 / UMT6 SMT5 / SMT6 20212021 29282928 TUMT5 / TUMT6 TSMT5 / TSMT6 16161616 29282928 S-88A S-88 S-7A S-7 S-7BB S-7 20212021 SOT-353SOT-363 SOT-57 Part No. omplex Bipolar QSZ1 QSZ2 S-95 Equivalent element transistors 2SB1690 2SD2653 2SB1695 2SD2657 QS5Y1 QSZ 2SB1706 2SD2671 VEO V I ma hfe -12-2A 270 to 680 12 2A 270 to 680 - -1.5A 270 to 680 1.5A 270 to 680 - -3A 200 to 0 3A 200 to 0 - -2A 270 to 680 2A 270 to 680 Automotive Grade Available QS5Y2 2SAR533P 2SR533P - -3A 180 to 3A 180 to No.1 Pin is located on the upper right of equivalent circuit diagram for VMT6, EMT5, EMT6, UMT5, UMT6, TUMT5, TUMT6, TSMT5 and TSMT6 packages. No.1 Pin is located on the lower right of equivalent circuit diagram for SMT5 and SMT6 packages. omplex Bipolar 3 onfiguration Item EMT5 / EMT6 1616 1616 S-7BBS-7 UMT5 / UMT6 2021 2021 S-88A S-88 SOT-353SOT-363 Equivalent element transistors VEO V I ma hfe Automotive Grade Available Application Equivalent circuit diagram(top View) Part No. PNP DTR Power Manegement EMF5 UMF5N UMF28N 2SA2018 DT1E 2SA177 DT12X -12 - -0 0-1 0 270 to 680 68 or more 180 to 390 68 or more PNP Di NPN Di D-D onverter UML1N UMLN UML2N UML6N 2SA177 DAN202K 2SA2018 RB521S- 2S617 DAN202K 2S5585 RB521S- - 80-12 80 12-1 0-0 200 1 0 0 200 120 or more 270 to 680 120 or more 270 to 680 NPN Di Shunt Regulator EML22 No.1 Pin is located on the upper right of equivalent circuit diagram for EMT5, EMT6, UMT5 and UMT6 packages. UML23N 2S212K VDZ6.8B Vz6.8 1 Iz5 120 to 270 20

Digital Digital Specifications Digital Item Part No. PNP NPN EMT3 UMT3 SMT3 MPT3 VMT3 EMT3F UMT3F 1616 2021 2928 1212 1616 2021 S-75A S-70S-59 S-62 S-5AAS-89 S-85 V IO R1 R2 SOT-16 SOT-323SOT-36 SOT-89 VEO I k k V ma GI hfe Type Pd1mW Pd200mW Pd0mW DTA123ExA DT123ExA 2.2 2.2 0 20 or more Yes DTA023Ex DT023Ex 2.2 2.2 0 20 or more DTA13ExA DT13ExA.7.7 0 20 or more Yes DTA03Ex DT03Ex.7.7 0 20 or more DTA11ExA DT11ExA or more Yes 0mA DTA01Ex DT01Ex or more DTA12ExA DT12ExA 22 22 56 or more Yes DTA02Ex DT02Ex 22 22 56 or more DTA1ExA DT1ExA 7 7 68 or more Yes DTA0Ex DT0Ex 7 7 80 or more DTA115ExA DT115ExA 0 0 20 82 or more DTA015Ex DT015Ex 0 0 20 80 or more DTB53Ex DTD53Ex.7.7 12 0 115 or more DTB113Ex DTD113Ex 1 1 0 33 or more 0mA DTB123Ex DTD123Ex 2.2 2.2 0 39 or more DTB13Ex DTD13Ex.7.7 0 7 or more DTB11Ex DTD11Ex 0 56 or more DTA113ZxA DT113ZxA 1 DTA only 0 33 or more Yes DTA013Zx DT013Zx 1 0 or more DTA123YxA DT123YxA 2.2 0 33 or more Yes DTA023Yx DT023Yx 2.2 0 33 or more DTA123JxA DT123JxA 2.2 7 0 80 or more Yes DTA023Jx DT023Jx 2.2 7 0 80 or more DTA13XxA DT13XxA.7 0 or more Yes DTA03Xx DT03Xx.7 0 35 or more 0mA DTA13ZxA DT13ZxA.7 7 0 80 or more Yes DTA03Zx DT03Zx.7 7 0 80 or more DTA11WxA DT11WxA.7 0 2 or more DTA11YxA DT11YxA 7 70 68 or more Yes DTA01Yx DT01Yx 7 70 68 or more DTA12XxA DT12XxA 22 7 68 or more Yes DTA02Xx DT02Xx 22 7 80 or more DTA1VxA DT1VxA 7 DT only 0 33 or more DTA1WxA DT1WxA 7 22 56 or more DTB513Zx DTD513Zx 1 12 0 10 or more DTB523Yx DTD523Yx 2.2 12 0 10 or more 0mA DTB53Xx DTD53Xx.7 12 0 10 or more DTB53Zx DTD53Zx.7 7 12 0 10 or more DTB113Zx DTD113Zx 1 DTD only 0 56 or more DTB123Yx DTD123Yx 2.2 DTB only 0 56 or more 1A DTDG23YP * 2.2 60 00 0 or more Yes DTA113TKA 1 None 0 0 to 600 DT123TKA 2.2 None 0 0 to 600 DTA13TxA DT13TxA.7 None 0 0 to 600 Yes DTA03Tx DT03Tx.7 None 0 0 to 600 DTA11TxA DT11TxA None 0 0 to 600 Yes 0mA DTA01Tx DT01Tx None 0 0 to 600 DTA12TxA DT12TxA 22 None 0 0 to 600 Yes DTA1TxA DT1TxA 7 None 0 0 to 600 Yes DTA0Tx DT0Tx 7 None 60 0 to 600 DTA115TxA DT115TxA 0 None 0 0 to 600 DTA015Tx DT015Tx 0 None 0 0 to 600 DTA125TxA DT125TxA 200 None 0 0 to 600 DTB123TK DTD123TK 2.2 None 0 0 0 to 600 0mA DTB13TK DTD13TK.7 None 0 0 0 to 600 DTB11TK None 0 0 0 to 600 DT61Tx None 20 600 820 to 2700 DT623Tx 2.2 None 20 600 820 to 2700 DT63Tx.7 None 20 600 820 to 2700 For muting DT923TUB 2.2 None 0 VEBO 00 820 to 2700 DT93TUB.7 None 0 00 820 to 2700 R1=R2 Potential Divider Type R1 R2 Leak Absorption Type Type using R1 alone as input Resistor Type using R2 alone as Bleeder Resistor 0mA R1 R2 R1 R2 DT91TUB None VEBO 0 VEBO Automotive Grade Available 00 820 to 2700 DTA11GxA DT11GxA None 0 or more DTA12GxA DT12GxA None 22 DT only 0 68 or more DTA1GxA DT1GxA None 7 DT only 0 68 or more DTA115GxA DT115GxA None 0 0 68 or more 0mA DTB11GK DTD11GK None 0 56 or more 1A DTDG1GP * None 60 00 0 or more Yes xpackaging designation symbol M EB E UB U K P Notes : 1.*For internal circuit, please see the technical specifications. 2. VMT3, EMT3F,EMT3 and UMT3F without suffix A. 3. PNP (-) symbol omitted. Only UMT3 Yes Only UMT3 Yes Only UMT3 Yes 21

omplex Digital omplex Digital 1 onfiguration Equivalent circuit diagram (TOP View) EMT5 / 6 1616 S-7BBS-7 UMT5 / 6 2021 S-88AS-88 SOT-353SOT-363 SMT5 / 6 2928 S-7AS-7 SOT-57 omplex Digital TUMT5 / 6 2021 TSMT6 2928 S-95 Equivalent element transistors R1 k Automotive R2 Grade k Available Part No. EMA5 UMA5N FMA5A DTA123J2 2.2 7 UMA9N FMA9A DTA11E2 UMA1N FMA1A DTA12E2 22 22 EMA2 UMA2N FMA2A DTA1E2 7 7 EMA3 UMA3N FMA3A DTA13T2.7 PNP 2 0mA EMA UMAN FMAA DTA11T2 EMB UMBN IMBA DTA123J2 2.2 7 Yes EMB60 DTA023J2 2.2 7 EMB75 DTA03Z2.7 7 EMB59 DTA01Y2.7 EMB11 UMB11N IMB11A DTA11E2 Yes EMB61 DTA01E2 EMB51 DTA02E2 22 22 EMB2 UMB2N IMB2A DTA1E2 7 7 Yes EMB52 DTA0E2 7 7 EMB6 UMB6N DTA1E2 7 7 NPN 2 0mA NPN 2 muting EMB3 UMB3N IMB3A DTA13T2.7 Yes EMB53 DTA03T2.7 EMB UMBN DTA11T2 Yes EMG11 UMG11N DT123J2 2.2 7 EMG8 UMG8N DT13Z2.7 7 EMG9 UMG9N FMG9A DT11E2 EMG5 UMG5N DT11Y2 7 EMG1 UMG1N FMG1A DT12E2 22 22 EMG2 UMG2N FMG2A DT1E2 7 7 EMG3 UMG3N FMG3A DT13T2.7 EMG UMGN FMGA DT11T2 EMG6 UMG6N FMG6A DT1T2 7 EMH UMHN DT123J2 2.2 7 Yes EMH60 DT023J2 2.2 7 EMH25 DT13Z2.7 7 Yes EMH75 DT03Z2.7 7 EMH11 UMH11N IMH11A DT11E2 Yes EMH61 DT01E2 EMH9 UMH9N IMH9A DT11Y2 7 Yes EMH59 DT01Y2 7 EMH1 UMH1N IMH1A DT12E2 22 22 Yes EMH51 DT02E2 22 22 EMH2 UMH2N IMH2A DT1E2 7 7 Yes EMH52 DT0E2 7 7 UMH5N IMH5A DT12E2 22 22 EMH6 UMH6N IMH6A DT1E2 7 7 EMH3 UMH3N IMH3A DT13T2.7 Yes EMH53 DT03T2.7 EMH UMHN IMHA DT11T2 Yes EMH15 IMH15A DT1T2 7 Yes UMH8N IMH8A DT11T2 UMH1N IMH1A DT1T2 7 UMH33N DT923TUB2 2.2 IMH23 US6H23 DT63T2.7 UMH32N DT93TUB2.7 IMH21 DT61T2 UMH37N DT91TUB2 NPN 2 r QSH29 60V/0mA 2 22

omplex Digital omplex Digital 2 onfiguration Equivalent circuit diagram (TOP View) UMT5 / 6 EMT5 / 6 2021 1616 S-88A S-88 S-7BBS-7 SOT-353SOT-363 SMT5 / 6 2928 S-7A S-7 SOT-57 Equivalent element transistors R1 k Automotive R2 Grade k Available Part No. EMD22 UMD22N DTA13Z DT13Z.7.7 7 7 Yes EMD72 DTA03Z DT03Z.7.7 7 7 EMD3 UMD3N IMD3A DTA11E DT11E Yes EMD53 DTA01E DT01E EMD9 UMD9N IMD9A DTA11Y DT11Y 7 7 Yes PNPNPN 0mA complimentary EMD59 EMD2 UMD2N IMD2A DTA01Y DT01Y DTA12E DT12E 22 22 7 7 22 22 Yes EMD52 DTA02E DT02E 22 22 22 22 EMD12 UMD12N DTA1E DT1E 7 7 7 7 Yes EMD62 DTA0E DT0E 7 7 7 7 EMD6 UMD6N IMD6A DTA13T DT13T.7.7 Yes PNPNPN 0mA different type EMD38 EMD5 UMD5N EMD UMDN DTA113Z DT11Y DTA13X DT1E DTA11Y DT1E 1.7 7 7 7 7 7 7 EMD29 DTB513Z DT11E 1 PNPNPN Power management EMD IMDA DTB713Z DT11E V/0.5A DT11T 1 0.1 IMD16A No.1 Pin is located on the upper right of equivalent circuit diagram for EMT5, EMT6, UMT5 and UMT6 packages. No.1 Pin is located on the lower right of equivalent circuit diagram for SMT5 and SMT6 packages. V/0.5A DT115T 2.2 0 23

0.35 s s Dimensions Unit : mm VML060 VML0806 VML06 VMT3 VMT6 S-5AA EMT3F S-89 EMT3 S-75A EMT5 S-7BB 0.6 0. 0. 0.2 0.3 0.12 0.2 0.36 0.0.35 0.05 0.8 0.5 0.15 0.35 0.00 0.6 0.36 0.5 0.05 0.35 0.2 0.2 1.0 0.65 0.6 0.5 0.15 0.35 0.25 0.25 0.00 0.05 0.37 0.03 1.2 0.1 0.92 0.1 1.2 0.5 6 5 1 2 3 0.16 0.13 0. 0. 0.80.1 EMT6 S-7 UMT3F S-85 UMT3 S-70 UMT5 S-88A UMT6 S-88 SST3 SMT3 S-59 SMT5 S-7A SMT6 S-7 TSST8 TUMT3 TUMT5 TUMT6 WEMT6 TSMT3 S-96 TSMT5 TSMT6 S-95 TSMT8 HUML2020L3 HUML2020L8 (Single) HUML2020L8 (Dual) 2.0 2.0 0.6 0.3 1.3 (1) (2) (3) 0.25 1.5 1.0 0. 0.25 2.0 1.3 0.65 0.65 2.0 0.6 0.3 (1) (2) (3) 0.275 1.1 0.5 0.8 0.6 0.275 (6) (5) () 0.175 1.0 0.175 0.25 2.0 1.3 0.65 0.65 2.0 0.6 0.3 (1) (2) (3) 0.9 0.55 0.275 0.275 0.25 (6) (5) () 0.65 0.3 0.65 HSMT8 HSMLL 3.0 3.0 0.6 0.57 0.99 0.52 0.57 0.65 0. (1) (2) (3) () () (9) (8) (7) (6) (5) 2. 0.32 0.32 MPT3 S-62 SOP8 PT3 (D-PAK) S-63 LPT(S) (D2-PAK) S-83 Notes: 1. haracters in under package designation denotes JEITA No. haracters in < > under package designation denotes ode No. 2. For details of dimensions, please refer to the technical specifications. 2

Part No. Explanation Part No. Explanation MOSFET Part No. Explanation <Single-hip Type> Tape code Example: R T Q 0 3 5 P 0 2 T R ROHM ID (Unit: 0mA) Polarity ex.) 03530mA3.5A N Nch P Pch Type of MOSFET Low IGSS Type General use type Low capacitance type High ESD resistance type Stripe Low IGSS V Symbol M VMT3 E EMT3 U UMT3 F TUMT3 L TUMT6 SST3 K SMT3 R TSMT3 Q TSMT6 P MPT3 H SOP8 S SOP8 D PT3 J LPTS Symbol 01 12 02 20 03 0 0 05 5 06 60 0 15 1 19 190 20 200 25 2 0 60 600 <Single-hip Type> Tape code <Dual-hip Type> Tape code Example: R T 1 A 0 0 Z P T L Example: S H 8 M 3 T B Symbol V3 VML060 V1 VML0806 V2 VML06 M1 VMT3 EB EMT3F UB UMT3F W1 WEMT6 T1 TSST8 Q5 TSMT3 Q6 TSMT6 Q1 TSMT8 Q7 TSMT8 F HUML2020L8 Q3 HSMT8 S3 SOP8 Symbol SN UN YN XN MN BN AD GN AJ SP RP ZP AP AT AB A Symbol VT6 EM6 UM5 UM6 ES6 US5 US6 TT8 SM6 QS5 QS6 QH6 QS8 QH8 UT6 HS8 SH8 SP8 HP8 VMT6 EMT6 UMT5 UMT6 WEMT6 TUMT5 TUMT6 TSST8 SMT6 TSMT5 TSMT6 TSMT6 TSMT8 TSMT8 HUML2020L8 HSMLL SOP8 SOP8 HSOP8 Polarity K NchNch J M U PchPch NchPch MOSSBD S NchNchSBD Serial No. Note) N is put to UMT5 & UMT6 packages 25

Part No. Explanation Bipolar Transistor Part No. Explanation Part No. Tape code Example: 2 S 2 1 2 K T 1 6 R 2 S R 5 2 3 E B T L Part No. Explanation Digital Transistor Part No. Explanation Example : DT Digital Transistor 0 General use M VMT3 EB EMT3F E EMT3 hfe Ranking ode ode hfe Range A 16 to 32 B 25 to 0 to 80 D 60 to 120 E 0 to 200 F 160 to 320 M 39 to 82 N 56 to 120 P 82 to 180 Q 120 to 270 R 180 to 390 S 270 to 560 E 390 to 820 U 560 to 1200 V 820 to 1800 W 1200 to 2700 1 General use 5 Low VE(sat) 12V 6 Muting 20V 9 Muting VEB 0V Exponent Specification D 1 T Polarity A B D PNP NPN A 2 1 3 3 3 5 5 Exponent of R1 resistance value 2 5 Basic R1 resistance value 1 1.0 Resistance Ratio R1/R2 2 2.2 E R1/R =1/1 2.7 X R1/R2 =1/2 6 6.8 Y R1/R =1/5 2 Z R1/R =1/ 2 J R1/R2 T E V R1/R2 R1 only G R2 only K 6 7 =1/20 W R1/R2 =2/1 =5/1 A 8 UB UMT3F U UMT3 K SMT3 P MPT3 Tape code T 1 6 Suffix except VMT3, EMT3F, EMT3, UMT3F ( ) Note: and 5 together represent the R1 resistance value Example 2 2.2 Ω = 22kΩ 3 3.7 Ω =.7kΩ Packaging type ode Packaging style Direction Basic ordering unitpcs VML060 T2L,T2L Embossed tape Terminal No.1 on opposite side from sprocket hole side 8,000 VML0806 T2L,T2L Embossed tape Terminal No.1 on opposite side from sprocket hole side 8,000 VML06 T2L,T2L Embossed tape Terminal No.1 on opposite side from sprocket hole side 8,000 VMT3 T2L,T2L Embossed tape One terminal on sprocket hole side 8,000 VMT6 T2R,T2R Embossed tape Terminal No.1 on sprocket hole side 8,000 EMT3F TL,TL Embossed tape One terminal on sprocket hole side 3,000 EMT3 TL,TL Embossed tape One terminal on sprocket hole side 3,000 EMT5 T2R,T2R Embossed tape Three terminals on sprocket hole side 8,000 EMT6 T2R,T2R Embossed tape Terminal No.1 on sprocket hole side 8,000 UMT3F TL,TL Embossed tape One terminal on sprocket hole side 3,000 UMT3 T6,T6 Embossed tape One terminal on sprocket hole side 3,000 UMT5 TR,TR Embossed tape Three terminals on sprocket hole side 3,000 UMT6 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 TN,TN Embossed tape Non-direction 3,000 WEMT6 T2R,T2R Embossed tape Terminal No.1 on sprocket hole side 8,000 TUMT3 TL,TL Embossed tape One terminal on sprocket hole side 3,000 TUMT5 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 TUMT6 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 SST3 T116,T316 Embossed tape One terminal on sprocket hole side 3,000 SMT3 T16 Embossed tape One terminal on sprocket hole side 3,000 SMT5 T18 Embossed tape Three terminals on sprocket hole side 3,000 SMT6 T8 Embossed tape Terminal No.1 on opposite side from sprocket hole side 3,000 T1 Embossed tape Non-direction 3,000 TSST8 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 TSMT3 TL,TL Embossed tape One terminal on sprocket hole side 3,000 TSMT5 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 TSMT6 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 TSMT8 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 HUML2020L3 TL,TL Embossed tape Terminal No.1 on opposite side from sprocket hole side 3,000 HUML2020L8 TR,TR Embossed tape Terminal No.1 on sprocket hole side 3,000 HSMT8 TB,TB Embossed tape Terminal No.1 on sprocket hole side 3,000 HSMLL TB Embossed tape Terminal No.1 on sprocket hole side 3,000 SOP8 TB Embossed tape Terminal No.1 on sprocket hole side 2,0 HSOP8 TB Embossed tape Three terminals on sprocket hole side 2,0 MPT3 T0 Embossed tape Three terminals on sprocket hole side 1,000 PT3 TL Embossed tape Fin on sprocket hole side 2,0 LPT TL Embossed tape Fin on sprocket hole side 1,000 26