FRP1000 FAIRCHILD | Alldatasheet
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au DEB) aueae74 ooezaza a J = ae . i 3469674 FAIRCHILD SEMICONDUCTOR 84D 27838 D . dc a ik aa nO - : | FRP1000/FRP2000CC Series | palechilLo Ultra-fast POWERplanar™ A Schlumberger Company Rectifiers 10-20 A, | 50-200 V | Power And Disreta Ohision P- O9~!7 Description T0-220AC T0-220AB Designed for use in switching power supplies, inverters and as free-wheeling diodes, these state-of-the-art devicos > : have the following features: ” i Sy ! © Ultrafast 35 ns Reverse Recovery Time Ux © Soft Recovery (S > 0.5) fia © Low tnnec) ¥ © Dual Rectifiers Matched to +50 mV om on Z, © 150°C Operating Junction Temperature = FRP1005 FRP2005CC & Popular TO-22086 and TO-22088 Packages FR 1008 Mitteetrs-e4 bial FRP1015 FRP2015CC FRP1020 FRP20206C : E . H : Maximum Ratings | FRP1005 | FRP1010 | FRP1015 | FRP1020 : ! Symbol FRP2005CC | FRPZ010CC | FRPZ015CC | FRP2020CC | _Unit : ; VaRM Peak Repetitive Reverse Voltage 100 180 v 5 : Vas | Non-epetitive Peak Reverse Voltage 400 200 i Va DG Blocking Voltage 100 180 : Irav) | Average Rectified Forward Current, A : To= 117°C, Rated Vai i FRP1000 Series 10 i FRP2000CC Series 20 | Trou | Nonepetitive Peak Surge Current per A | Diode, Haliwave, 60 Hz Ty, Tay | Operating Junction Temperature and ~55 to 765 t0 785 t0 =55 to c \\ Storage Temperature +150 +150 +150 +150 Maximum Thermal Characteristics Rao | Maximum Thermal Resistance, “c/w Junction to Case FRP1000 Series 28 : FRP2000CC Series is Rasa | Maximum Thermal Resistance, Junction to Ambient 1 Notes : For information concerning connection dagram and package oun, rete to Seoton 7 ' 254
84 DE | 34b9b74 0027839 3 |
- Pulso Test: Pulse Width = 300 1s, Duty Cycle < 2.0%
- See Figure 11 for test conditions. 1
Figure 1. Maximum Forward Voltage Drop Figure 2. Maximum Power Dissipation t
SS ESS ~ s _ 3469674 FAIRCHILD SEMICONDUCTOR . 84D 27840 DoD, : , FRP1000/FRP2000CC Series | T-03-17 Performance Curves per Diode (Cont.) Figure 3 Transient Thermal Resistance Figure 4 Typical Reverse Leakage Current . Coon ; EP et fdoel [TET | y HRS « (eRe eo
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Pete eet [] AOAC OE ga | | i OAC i. Lh ae 4 a no it) ) FRIESE HEGEHH eel WIECH TI ol Let eT | i Figure § Typical Reverse Leakage Current Figure 6 Power Derating LDC , KEES] | eee FA i i a's : aN NCEEER i | eeero SS NGcam eae iaie PEST ‘COEAEE PH EASS eT IET tT TT TSS Ci et ley Roe i Figure 7 Reverse Recovery Charge Figure 8 Reverse Recovery Time ee LL] i 2 Seo Ee SE ea rf —— | Peery Ett a 4] Sane ciillien Baia ol ET TTT ol leit ~ Was senne leit — Aes ! — Eee 2-53 ; oe
ey DEB sseaez4 ooezaua ay ; i . vt ~ 3469674 FAIRCHILD SEMICONDUCTOR 84D 27841 D | FRP1000/FRP2000CC Series : 7-03-++17 i : a Performance Curves per Diode (Cont) Figure 9 Reverse Recovery Current Figure 10 Reverse Recovery Softness 10 20 JE ee Sa Bain eet a] a a ee i Ress CU 5 =a. ) EAS oa Pt : : AoA wT : CO Baim bet UI TTT ol ‘ ipidt— Ape Gipldt = Als seame . Figure 11. Reverse Recovery Test Waveform i w ‘es emipnest SOE san cents : Eavehectatio tn : in | vn Mam | I woo a Za ap —--—— -- Mere setnan rcs #2 Whe a | 2-54