C10TO2QL C10TO2ZQL-11A SCHOTTKY BARRIER DIODE 11A/20~30V C1OTO30L C10TO3OL-11A 1.4409) Bos 1.4409) o[SQUARE - PAK] TO-263AB (SMD) pee es Packaged in 24mm Tape and Reel C10T*eOL Tabless TO-220:C10T*eQL-11A tT LL 0551 | Dual Diodes Cathode Common Low Forward Voltage Drop High Surge Capability 20 Volts thru 100 Volts Types Available Lear di 141.053) 1.4.05) T.20.047 11.20.0471 [sai MAX iL a17) Coe 1.0039) 2.75(.108) - 0~03 914.368) 10.64.4171 ous a (01 85(335) 961.378) .71.276) D3LT1S 1.055 SOLDERLING PAD en 2 - be 3 OTL), 75285) a stays 10.51 41 13.8543) MAX 2.20.0871 5 oN | 512) #* NOMIN WS Sy 2.0.079) Lene : BLES AL DIMENSIONS r Bl 4) aul k f C10T+*QL <0) 3 3.70146 a 6t.0241MAX 29114 2.51098) t 0.91.035) 0.7.028) 2.551.100) 2.55 100) C10TeeOL-1LIA cy @ 3: -* Dimensions in mm (Inches) 1.8(071) Approx. Net Weight: 1.4 Grams 1.75 Grams MAXIMUM RATINGS TYPE Voltage Rating @ c10T02QL CLlOTO3QL Unit symbo1 @ClOTO2QL-11A ClOTO3QL-11A Repetitive Peak V 20 30 Reverse Voltage RRM Vv Repetitive Peak Surge Reverse Voltage Vv 25 35 (Pulse Width 1 psec) RRSM Vv ( Duty 1/50) Electrical Rating Symbol Condition Rating Unit Full rectangular wave conduction 11 Average Rectified I Te = 100C A Output Current Full sinusoidal wave conduction Lo Te = 105C RMS Forward Current Te (RMs) il A Peak One-cycle Forward I 50Hz full sine wave, S FSM - iti 120 A urge Current non-repetitive Operating Junction T. Temperature Range Jw ~40 to 125 c Storage Temperature T Range stg ~40 to 125 c ELECTRICAL & THERMAL CHARACTERISTICS Characteristics Symbol Test Condition Max. Unit Peak Forward Voltage Vem Ipm = 5A T4 25C per diode leg 0.47 Vv Peak Reverse Current Im VrM = VYRRM T= 25C per diode leg 5.0 mA Thermal Resistance Rth(j-c)| Junction to Case 3.0 C/W For spare parts only (CUE Nihon Inter Electronics Corporation e5e2 C1OTO2QL C10TO2QL-11A C1OTO3QL C1OTO3QL-11A FiG.1-FORWARD VOLTAGE FIG.2-AVERAGE FORWARD POWER FIG.3-PEAK REVERSE CURRENT VS. FORWARD CURRENT DISSIPATION VS. PEAK REVERSE VOLTAGE 16 we ey PEAK REVERSE CURRENT (mA?) INSTANTANEOUS FORWARD CURRENT (A) AVERAGE FORWARD POWER DISSIPATION (W) uw Sls on 02 03 8 2 4 6 8 ob LR INSTANTANEOUS FORWARD VOTLAGE V} AVERAGE FORWARD CURRENT (A! PEAK REVERSE VOLTAGE (V) FIG.4-AVERAGE REVERSE POWER F1G.5- AVERAGE FORWARD CURRENT DISSIPATION VS. AMBIENT TEMPERATURE FIG.6- SURGE CURRENT RATINGS 120 lOmsec N _ Sme rave Bonz SINE NCN-REPETITIVE Ta = acer ue 8 8 g Ss SURGE FORWARD CURRENT (A) AVERAGE FORWARD CURRENT (A) & 2 AVERAGE REVERSE POWER DISSIPATION (WwW) o 9.02 0.05 0.1 0.2 O58 1 2 REVERSE VOLTAGE (V} CASE TEMPERATURE (C) PULSE DURATION (SEC) FIG.7- JUNCTION CAPACITANCE VS. REVERSE VOLTAGE JUNCTION CAPACITANCE (pF) REVERSE VOLTAGE (V>} 253 (U0 Nihon inter Electronics Corporation