C20T06Q GCQ20A06 22A/60V SCHOTTKY BARRIER DIODE / SaToee iA totence 10.4409) 1A 136 . ass : FEATURES SacI "a 7 V1 ~ i nat | ve pr z F 16.6417 4811.9) [SQUARE-PAK ] TO-263AB vot [ri (SMD) Packaged in 24mm L Rory "$53 acta Tape and Reel : C20T06Q a y rn ou tsit S03 3 Ne) wear Tabless TO-220: C20T06Q-11A 1.0550 | | arate Hi. 2761 vaoss, TO-220AB _: GCQ20A06 tg? 2 SOLDERLING Pap MAX PHO a te 1051 4139 13.31.543) MAX 224.0871 TO-220AB Fully Molded __+ ot F 1300512) 0.91 0351 Lao7h . : Ss f. 8 OC 315) 070.028) Isolation : FCQ20A06 size _+t N Dual Diodes - Cathode 37,481 20.079) 961.378) fen GURU MAX be 2 551.100) Common RT, nit ue 2.551 160; OL F d Vv It D *# NOMINAL DIMENSIONS fF a _ ow Forward Voltage Drop a aa C20TO6Q-IA a High Surge Capability k C20T06Q z i (2 Did B. 40 Volts through 100 Volts Dp BD Pigg Types Available Dimensions in mm (Inches) Approx. Net Weight: 1.4 Grams 1.75 Grams MAXIMUM RATINGS : Type C20T06Q GCQ20A06 . Voltage Rating Symbol C20T060-11A FCQ20A06 Unit Repetitive Peak Reverse Voltage | VRRM 60 v Electrical Rating Symbol Condition Rating Unit Full rectangular wave conduction 22 Average Rectified Output lo Te = 88C A Current Full sinusoidal wave conduction 20 Te = 96C RMS Forward Current Ie(RMS) 22.2 A Peak One-cycle Forward SOHz full sine wave | cycle, Surge Current IFSM non-repetitive 150 A Operating Junction Temperature . _ Range Tj 40 to 125 Cc Storage Temperature Range Tstg 40 to 125 C Mounting Torque F Recommended torque (GCQ, FCQ) 0.5 N'm tor , (5.1) (kgf-cm) ELECTRICAL & THERMAL CHARACTERISTICS Characteristics Symbol Test Condition Max Unit Peak Forward Voltage VEM lem = 10A Tj =25C per diode leg 0.65 Vv Peak Reverse Current IRM VRM=YRRM Tj =25C per diode leg 10 mA Rth(j-c) Junction to Case 1.5 Thermal Resistance C/W Rth(c-f) Case to Fin (FCQ-Type) 1.5 UP hon inter Bectronics Corporation 276C20T06Q GCQ20A06 C20T06Q-11A FCQ20A06 141.055) 12047) 10.41.09) | [*- MAX i i @ 37.145) 00. 5 DIA 4.836.189) MAX 56200) 3.10122) MAX + 2.85112) 2.55t.100) 13.8(.543) _ 0.8(.031) MAX 10 31.405) 3.40134) ny MAX 3 O18) - 6.902721 63248) + 15.41 606) 14.8583) 1,4(.055) . MAX 4.1C16LMAX L.8(.071) MAX 0.9{.035)MA X. md AVERAGE FORWARD POWER DISSIPATION (W) AVERAGE FURWARD CURRENT (A) \ 2.55.10 2.114) 2551.10) 750.098) FCQ20A06 Dimensions in mm (Inches) 1.9 Grams 1.75 Grams FIG 2-AVERAGE FORWARD POWER DISSIPATION FIG.3-PEAK REVERSE CURRENT 100 VS PEAK REVERSE VOLTAGE AVERAGE FORWARD CURRENT 4, FIG 5-AVERAGE FORWARD CURRENT vS. CASE TEMPERATURE CASE TEMPERATURE :C) WAVE 50 PEAK REVERSE CURRENT tmAl FiG6-: SURGE FORWARD CURENT (4) TY, =125T r - poh 10 20 30 4 30 60 PEAK REVERSE VOLTAGE tv1 SURGE CURRENT RATINGS 1=350H2 SINE WAVE NON-REPETITIVE NO LOAC CONDITION UD v1 Ce os 1 PULSE DURATION (3. 277 INSTANTANEQUS: FORWARD CLIHRENT (A) AVEHAGE REVERSE PUWER DISSIPATION (W) JUNCTION CAPACITANCE (pf) co6 a nN 3 & FIG 1-FORWARD CURRENT VS. VOLTAGE 1Oms SINE WAVE SINGLE H ae ae NSTANTANEGURS FORWARD VOLTAGE tv] FIG 4-AVERAGE REVERSE POWER DISSIPATION 1 "180" RECTANGULAR SINE WAVE 6 0 2 nv 3G 50 60 70 REVERSE VOLTAGE (vi FrG?-JUNCTION CAPACITANCE VS REVERSE VOLTAGE T j Vn TYPICAL VALUE QF 1 2 3 40 20 30 100 REVERSE VOL FAGE () UT Nihon inter Electronics Corporation