TRIAC(NON-ISOLATED TYPE) TMG10C60 TMG10C60 are non-isolated triac suitable for wide range of applications like copier, microwave oven, solid state switch, motor control, light and heater control. 10A ● High surge capability 110A ● Non-isolated type D F ● IT (RMS) H J L T1 * B G M A DIM G K 1 I 2 E C 3 1. T1 2. T2 3. Gate A B C D E F G H I J K L M Millimeters Min 5.58 8.38 4.40 1.15 0.35 9.66 ― ― 0.75 1.14 ― 12.70 14.48 Typ 6.40 8.60 4.50 1.27 0.45 10.10 16.25 3.83 0.85 1.27 2.54 13.50 15.00 Unit:A T2 ■Maximum Ratings (Tj=25℃ unless otherwise specified) Symbol Item VDRM Repetitive Peak Off-State Voltage Symbol Item Ratings 600 Tc=103℃ ITSM Surge On-State Current One cycle, 50Hz/60Hz, peak, non-repetitive I2t 1ms∼10ms PGM V Conditions R.M.S. On-State Current PG(AV) Unit TMG10C60 IT(RMS) I2t Max 7.49 8.90 4.70 1.39 0.60 10.28 ― ― 0.95 1.40 ― 14.27 15.87 Peak Gate Power Dissipation Average Gate Power Dissipation Ratings Unit 10 A 100/110 50 A2S A 5 W 0.5 W IGM Peak Gate Current 2 A VGM Peak Gate Voltage 10 V Operating Junction Temperature −40 to +125 ℃ Storage Temperature −40 to +125 ℃ 2 g Tj Tstg Mass ■Electrical Characteristics Symbol Item IDRM Reptitive Peak Off-State Current VD=VDRM, Single phase, half wave, Tj=125℃ VTM + I GT1 Peak On-State Voltage IT=15A, Inst. measurement 1 − I GT1 2 + Ratings Mon. Typ. Max. 2 mA V 30 Gate Trigger Current 30 VD=6V,RL=10Ω 3 − I GT3 4 ― 30 + V GT1 1 1.5 − V GT1 2 + V GT3 3 − V GT3 4 〔dv/dt〕c IH Unit 1.4 I GT3 VGD Gate Trigger Voltage 1.5 VD=6V,RL=10Ω ― 1.5 mA V Non-Trigger Gate Voltage Tj=125℃,VD=1/2VDRM 0.2 V Critical Rate of Rise off-State Voltage at commutation Tj=125℃, 〔di/dt〕 c=−5A/ms,VD=2/3VDRM 10 V/μs Holding Current Rth(j-c) Thermal Impedance 15 Conditions 20 Junction to case mA 1.8 ℃/W TMG10C60 Gate Characteristics Av er ag eG ate 2 Gate Distribution 100 Pe Po we ( r0 . 5W 10 ak Ga te Po we ( r5 W ) 5 2 ) 5 2 101 5 2 100 102 5 2 5 103 2 2 0. 5 5 1. 0 1. 5 On State Current vs. Maximum Power Dissipation On State Current vs. Allowable Case Temperature 130 θ=180゜ θ=150゜ 2 10 θ=120゜ 。 360 θ=90゜ : Conduction Angle 8 θ=60゜ θ=30゜ 6 4 0 0 1 2 3 4 6 5 7 8 9 θ=30゜ 。 360 : Conduction Angle 0 0 1 2 3 60HZ 50HZ 40 20 101 2 102 5 Time(cycles) IGT(t℃) ×100(%) IGT(25℃) 10 6 7 8 9 10 11 5 1Sec∼100Sec 2 100 10mSec∼1Sec 5 Junction to case 2 10−1 10−2 2 10 103 5 2 2 10 5 Transient Thermal Impedance 0 Gate trigger current vs. Junction temperature I+GT1 (1+) I−GT1 (1−) 5 − I (3 ) GT3 − 2 10−1 5 1 5 10 Time t(sec) 2 5 100 2 5 102 Gate trigger voltage vs.Junction temperature 5 2 V−GT3 (3−) 2 10 V+GT1 (1+) (1−) V−GT1 5 2 2 101 −50 Transient Thermal Impedance θj-c(℃/W) 80 101 VGT(t℃) ×100(%) VGT(25℃) Surge On-State Current(A) Tj=25℃ start 5 4 RMS On-State Current(A) 100 2 θ=60゜ θ=90゜ θ=120゜ θ=150゜ θ=180゜ 2 10 11 Surge On-State Current Rating (Non-Repetitive) 0 100 3. 5 110 RMS On-State Current(A) 60 3. 0 120 100 2 3 2. 5 On-State Voltage(V) 12 120 2. 0 Gate Current(mA) Allowable Case Temperature(℃) 14 2 T j=25℃ T j=125℃ 5 Maximum Gate Non-Trigger Voltage 101 Power Dissipation(W) On-State Current(A) 5 On-State Voltage 2 Peak Forward Gate Voltage(10V) 101 Gate Voltage(V) 2 Peak Gate Current(2A) 2 0 50 100 Junction Temp. Tj(℃) 150 101 −50 0 50 100 150 Junction Temp. Tj(℃) 16