C20T09Q C20T09Q-11A GCH20A09 FCH20A09 SCHOTTKY BARRIER DIGDE 22A/90~100V Gx9T109 C20T100-11A GCH20A10 FCH20A10 10-4409) | a 11.055) 141.055) 10.44.4091 FEATURES a | Hae ape ace] @ or 4.8(1.9) o [SQUARE-PAK | TO-263AB Sire raat (SMD) Packaged in 24mm L807 Le ree 108 Tape and Reel : C20T--Q homer sous We O73 2138 OE el t aH 2 e___, TOrTIB) 012) 35( 335) Tabless TO-220: C20TQ-11A a = 2 all 0H 2761 Lag TO-220AB =: GCH20A~ 3 3BC035i camete haaiaa 1.8070 P5295" ye (41d 13.6541 MAX 2.2(.087) TO-220AB Fully Molded + ry Th, 13.0( 51D gauge 18071 8 01.315) Oe Isolation : FCH20A= NS 5.12018 all: Dual Diodes - Cathode " BAL Laer Do ; 9.61 378) e0.61.024 MAX 2.55(.100) wn 23014) 2.551.106) Common sim tia) 35.098) Low Forward Voltage Drop ee ees vs aus C20T09Q-11A ry High Surge Capability cha C20T09Q C20T10Q-11A t | i 40 Volts through 100 Volts ad @ CWTIOQ DS Bi Types Available Dimensions in mm (Inches) Approx. Net Weight: 1.4 Grams 1.75 Grams MAXIMUM RATINGS : Type C20T09Q GCH20A09 C20T10Q GCH20A10 : Voltage Rating Symbol C20T090-11A FCH20A09 | C20T10Q-11A_ FCH20A10| Unit Repetitive Peak Reverse Voltage| VeRmM 90 100 Vv Electrical Rating Symbol Condition Rating Unit Full rectangular wave conduction Average Rectified Output Io Toe = 88C A Current Full sinusoidal wave conduction 20 Tce = 96C RMS Forward Current TE(RMS) 22.2 A Peak One-cycle Forward 50Hz full sine wave | cycle, Surge Current IFSM non-repetitive 180 A Operating Junction Temperature . _ Range Tiw 40 to 125 C Storage Temperature Range Tstg 40 to 125 C Mounting Torque F Recommended torque (GCH,FCH) 0.5 N-m tor , (5.1) (kgf-cm) ELECTRICAL & THERMAL CHARACTERISTICS Characteristics Symbol Test Condition Max Unit Peak Forward Voltage VEM IgM = 10A Tj =25C per diode leg 0.88 Vv Peak Reverse Current IRM VRM=VYRRM Tj =25C per diode leg 2 mA Rthg-c) Junction to Case 1.5 Thermal Resistance C/W Reth(c-f) Case to Fin (FCH-Type) 1.5 (TUE Nihon Inter Electronics Corporation 278C20T09Q C20T09Q-11A GCH20A09 FCH20A09 C20T10Q C20T10Q-11A GCH20A10 FCH20A10 L.4(.055) 3.10122) AVERAGE FORWARD POWER DISSIPATION (W) =z =z = = 3 = = o S = 4 10.41.409) _. 10.3(.405)_ 3.40134) 4 30087) NA any SS! ra [Max OCI Ta) DIA i | (te ; i> | 6.9272) 2.85(.11} "F48i 25510 15.4606 4.8.19} 14 i MAX 1.4(.055) LALOS5) 4 1 16LMAX I pi MAX | 1.80071) { 6.04.236) MAX 0.9.035) 5.6.270) 3{.035)MAX 0.70028) DAZ 0.6MAX . 0.81.031) (024) 2.551.100) 4 MAX 2551.10) 2.9 dy LL 2.9..184) 2.55 10) oa 2.55( 100) eae (4) GCH20A09 r FCH20A09 GCH20A10 FCH20A10 OQDs Dimensions in mm (Inches) 1.9 Grams 1.75 Grams FIG 2-AVERAGE FORWARD POWER DISSIPATION AVERAGE FORWARG CURRENT tA: FIGS5- SyERAGE FORWARD CURRENT CASE TEMPERATURE FIG 3-PEAK REVERSE CURRENT VS. PEAK REVERSE VOLTAGE PEAK HEVEASE CURRENT (nA) 0 20 4c 6 80 PEAK REVERSE VOLTAGE V1 FIG6-SURGE CURRENT RATINGS 200 Lith Lt TTT = || | t=S0H2 SINE WAVE NON-AEPETITIVE = 160 +-- NO LOAD CONDITION _ =z 2 | ae _ = 2 x _| 2 rT : a 3 / yf aa (VV \t} hun ai 3 ime sne 1 | Q Pad 50 75 1606 125 one 0% a G2 5 1 2 CASE TEMPERATURE (C} PULSE DURATION (s} 279 INSTANTANEQUS FORWARIT CUHKENT (A) AVERAGE REVERSE POWEA DISSIPATION (W) JUNCTION CAPACITANCE (pF) so 20 500 U5 1 2 3 1G 20 50 FIG 1-FORWARD CURRENT vS VOLTAGE 10ms SINE WAVE SINGLE PULSE y 21257 0 a a4 G6 08 19 1 INSTANT@NEGUS FORWARD VOLTAGE (v1 re rn FIGA-AVERAGE REVERSE POWER DISSIPATION 180 RECTANGULAR WAVE SINE WAVE REVERSE VOLTAGE 'V: FIG7-JUNCTION CAPACITANCE VS REVERSE VOLTAGE T2250, Yq, =20Wpys, (= 100KH2 TYPICAL VALUE REVERSE VOLTAGE (V! @UT Nihon Inter Electronics Corporation