FAST RECOVERY DIODE 0.9A/600V/trr : 80nsec EC8FS6 FEATURES Miniature Size, Ultra - Fast Recovery 'Low Forward Voltage Drop Low Power Loss, High Efficiency High Surge Capability Packaged in 12mm Tape and Reel Not Rolling During Assembly MAXIMUM RATINGS Surface Mount Device da 209) 2.2LU87 + $70 18a ERGOT) iit 16x) 0.2 ODE | Aes ie] | ie OC [3-4 25 Lon L687 PAD 4) UST + LiF SOLDERLING PAD tq PN acts, (ld. ~F BSLu54) L505 20MIN. fOr i350 Dimensions in mm (Inches) Approx. Net Weight: 0.06 Grams TYPE Voltage Rating ~ EC8FS6 Unit Symbol Repetitive Peak Vv Reverse Voltage RRM 600 v Non-Repetitive Peak V --- Vv Reverse Voltage RSM Electrical Rating Symbol Condition Rating Unit ~""""l Geramic | 180 rectangul Ceramic | wave conduction Ta= 25C] 0.9 Average Rectified I substrate , A Output Current mounted* | i80 sinusoidar | Ta = 35C 0.8 Glass-Epoxy wave conduction Sans Fee, | Ta=25C) 0.65 RMS Forward Current Te(pms) 1.25 A Peak One-cycle Forward t 50Hz half sine wave, 20 A Surge Current FSM non-repetitive Operating Junction Tr. Temperature Range JW -40 to 150 c Ranges Temperature Tetg -40 to 150 oc ELECTRICAL & THERMAL CHARACTERISTICS Characteristics Symbol Test Condition Max. Unit Peak Forward Voltage Vv Ipw= 0.8A Ts= 25C 1.32 Vv EM FM j Peak Reverse Current Ipm VRM* VrpM T4= 25C 20 HA Ipm= 1A -di/dt=50A/uS Tg= 25C 80 Reverse Recovery Time try ns If=IR=10mA Tag= 25C 400 Thermal Resistance, Ren (sea) Ceramic substrate mounted* 108 C/W junction to ambient Glass-Epoxy substrate mounted * 157 * Substrate Soidering Land = 2x 2mm (FU Non inter Bectronics Corporation A6eEC8FS6 INSTANTANEOUS FORWARD CURRENT [A) AVERAGE FORWARD CURRENT (A) FIG.1-FORWARD CURRENT VS. FORWARD VOLTAGE INSTANTANEOUS FORWARD VOLTAGE (V) FIG.4-AVERAGE FORWARD CURRENT VS. AMBIENT TEMPERATURE AMBIENT TEMPERATURE (C) AVERAGE FORWARD Pr"WER DISSIPATION [W] SURGE FORWARD CURRENT (A) FIG.2-AVERAGE FORWARD POWER DISSIPATION AVERAGE FORWARD CURRENT (A) FIG.5-SURGE CURRENT RATINGS Single-phase half sine wave = Ti load PULSE DURATION (S] 463 o 2 ~ 20 o we AVERAGE FORWARD CURRENT (A) 2? a F1G.3-AVERAGE FORWARD CURRENT VS. AMBIENT TEMPERATURE mounted 2mmQ* aN Il AMBIENT TEMPERATURE [(C) @uP Nhon Inter Electronics Corporation