C30T06 SCHOTTKY BARRIER DIODE 33A/60V CSOTOSR-LIA ECGSUADE 480.189) FEATURES Sao 2 mr) ree Pe sae ] w.6t.di7) 4 te - o [SQUARE-PAK | TO-263AB aera (SMD) Packaged in 24mm we BBC 335) | 10.6,.417 Tape and Reel : C30T06Q 0 405i) She 8 ET Tabless TO-220: C30T06Q-11A 1.4.05) | ll paar + acoss, . Ne 41.055) . 2.75. 108)_] C, CG PE MAX TO-220AB _: GCQ30A06 200 seas saalsay kg ses TO-220AB Fully Molded ee . T30(3t2 oa) TROT Isolation : FCQ30A06 ie Ast es . 5.4 20L Dual Diodes - Cathode 37.1464 eros SO eusze J+asiovemax 2 551.1001 Common HU} socitat 75109 2.55 1001 Low Forward Voltage Drop # NOMINAL. DIMENSIONS rT 51 ae . . (201) C30TO6Q-HA High Surge Capability fit C30T06Q k 20 Volts through 100 Volts DB De Types Available Dimensions in mm (Inches) Approx. Net Weight: 1.4 Grams 1.75 Grams MAXIMUM RATINGS . Type C30T06Q GCQ30A06 : Voltage Rating symbol C30T06Q-11A FCQ30A06 Unit Repetitive Peak Reverse Voltage | VRRM 60 v Electrical Rating Symbol Condition Rating Unit Full rectangular wave conduction 33 Average Rectified Output Io Te = 71C A Current Full sinusoidal wave conduction 30 Te = 83C RMS Forward Current TF(RMS) 33.3 A Peak One-cycle Forward 50Hz full sine wave | cycle, Surge Current IFSM non-repetitive 200 A Operating Junction Temperature . _ Range Tiw 40 to 125 C Storage Temperature Range Tstg 40 to 125 C M F 0.5 Nem ounting Torque tor Recommended torque (GCQ, FCQ) (5.1) (kgf-cm) ELECTRICAL & THERMAL CHARACTERISTICS Characteristics Symbol Test Condition Max. Unit Peak Forward Voltage VEM Ipm=15A Tj =25C per diode leg 0.65 Vv Peak Reverse Current IRM VRM=YRRM Tj =25C per diode leg 15 mA Rth(j-c) Junction to Case 1.5 Thermal Resistance C/W Rthic-f) Case to Fin (FCQ-Type) 1.5 (CUD) Non Inter Bectronics Corporation 302 on U. AVERAGE FORWARD POWER DISSIPATION (W) AVERAGE FORWARD CURRENT !A) 1.4(.085) 4.44055) W840 354 1034405), 2401341 4 MAR LEB DIA 43.188) ty y sacra) @ _ ye 6.8168) ; 8 6.902721 2a) 6.4752 o vests] 53748 T5510) 15,5610) 555 100) 15.4 606) 4.8{.19) 5951 re 5831 MAX 1.4(.058) [I Fe S-LLL6LIMAX bie MAX 13.81.543) 6.0(.236) TSOCSI2) 0.91.035) MAX | 0.9(.035) 5.60220) : OUI Oa |) O6MAX | 0.81.031) ; tt 02a) 2.551.100) al | bessci91 _ 2.9(.114) L--2.551.100) 2.9114) ot be2.55(.10) 4 GCQ30A06 v FCQ30A06 D 2) Dimensions in mm (Inches) 1.9 Grams 1.75 Grams 36 FIG2-AVERAGE FORWARD POWER DISSIPATION SINE WAVE 10 15 20 a AVERAGE FORWARD CURRENT (A) FIGS-AVERAGE FORWARD CURRENT Ca: SE TEMPERATURE Ed 5 CASE TEMPERATURE 1"C) 30 35 FIG 3-PEAK REVERSE CURREN S. PEAK REVERSE VOLTAGE 200 PEAK REVERSE CURRENT (mA} Ty ie 10 20 5 30 40 50 60 PEAK REVERSE VOLTAGE \Vi FIG 6-SURGE CURRENT RATINGS SURGE FORWARD CURENT (A) Q de2 005 vt G1 f=SQHz, SINE WAVE NON-REPETITIVE NO LOAD C1 ONDITION 02 05 1 PULSE DURATION +s) 303 C30T06Q GCQ30A06 C30T06Q-11A FCQ30A06 FIG.|-FORWARD CURRENT VS VOLTAGE SINE SINGLE PULSE INSTANTANEOUS FORWARD CURRENT (A) 0 G2 O4 O6 o8 1 12 14 INSTANTANEQUS FORWARD VOLTAGE 1V) FIG4-AVERAGE REVERSE POWER CISSIPATION SINE WAVE AVERAGE AEVERSE POWER DISSIPATION (WI o 1c 20 Hn 40 50 66 70 REVERSE VOLTAGE (vi FIG7-JUNCTION CAPACITANCE VS REVERSE VOLTAGE 2000 T,=25T. Vy =20mVays t= _ TYPICAL VALUE & royry 3 1000 = = 0 2 200 a5 1 2 5 10 20 50 100 REVERSE VOLTAGE (Vi UT Nihon inter Bectronics Corporation