. | 5 Avalanche Silicon Power Serves 12 = Rectifiers ELECTRICAL CHARACTERISTICS: Maximum Average Forward Current, Single Phase Half Wave DC Rating at 120 C. Case Temp. ............ 1.6 amperes Maximum Surge Current (one cycle of 60 CPS sine wave) 0... eee 35 amperes Max. Forward Voltage at 1.0 Amps (25 C. Case Temp.) .......e 1.0 Volts Maximum Rated Peak Reverse Voltage Range 0... 100 to 1500 Volts Maximum *FCA Reverse Current at 100 C. Case Temperature 0.0... cee 100 micro amperes Maximum Operating Frequency... eee 100,000 CPS Maximum [t (less than 8 ms)... cee 5.0 Amp. Second Reverse Power Rating .............ccccccceeereetetetteeententecees 0.05 Joules *FCA = Full Cycle Average (measured with a DC meter) MECHANICAL CHARACTERISTICS: Case - Hermetically sealed with axial leads. Weight - Approximately 1.0 gram. Mounting Position - Any. THERMAL CHARACTERISTICS: Storage Temperature Range 0.0.0... 65 C. to + 200 C. Operating Temperature Range: Junction oe 65 C. to + 175 C. Ratings Impedance (C/W), Junction to Case oo... 5.0 Maximum j | ~ CAT. NO. PEAK STANDARD | REVERSE JEDEC NUMBERS POLARITY VOLTAGE : GB a 1N1908, 1N2104, 1N2610 $1210 100 -031 DIA, _ IN1909, 1N2105, 1N2611 $1220 200 TINNED IN COPPER WELD 1910, 1N2106, 1N2 WIRE 612 $1230 300 woth eps) + 000 IN1911, 1N2107, 1N2613, 1N3640 $1240 400 1.625 IN1912, 1N2108, 1N2614 $1250 500 1N1913, 1N2615, 1N3641 $1260 600 as oi INI914 $1270 700 7 q max IN1915, 1N2616, 1N3642 $1280 800 .220 IN1916 $1290 / 900 1195 | . -230 DIA. 1N2617 $12100 | 1000 HEADER -200 $12110 1100 1.000 1.625 $12120 | 1200 BASE $12130 | 1300 DIA. 2228 $12140 : 1400 218 es $12150 {| 1500 a A CBInstantaneous Forward Current Amperes Per Diode Average Forward Current, DC Amperes Peak Recurrent Reverse Power, Watts - o Convection Cooling Resistive-Inductive Loads 1.5 Capacitive Leads - - --- - Va x. TVa Heat Sink 1.2 : 9 6 No 3 Heat Sink 0 0 20 40 60 80 100 120 140160 Ambient Temperature, C , Fig. 1 - Forward Current vs. Ambient Temp. C 24 / y 20 7 / 16 175C / / Junction y Temperature 2 / 25C Junction 8 yy, 7 Temperature 4 io 0 Ps 0 2 4 6 8 1.0 1.2 1.4 1.6 1.8 2.0 Instantaneous Forward Voltage, Volts Per Diode Fig. 3 - Typical Forward Characteristics ie RA 60 Cyc. Per Sec. cee 400 Ambient Temp. 40 wwe ~ NO 0 1.25 8.3 0.01 0.1 1.0 10 On Time, Per Cycle, Milliseconds Fig. 5 - Reverse Power - Recurrent Peak Forward Current Amperes 7 T T T T I o Single Phase (Half Wave or Full Wave) Y Three Phase ( woe wey 6 ] 415 t > Resistive Load < o a fe ep oe ome 5 s 21.0 C itive Load wy < apacitive Loa XN 5 , os % 7 NX N 5 x > x 2 ~* 0 ~ 90 100 110 120 130 140 150 160 170 Case Temperature, C Fig. 2 - Forward Current vs. Case Temp. C Time in Cycles o6' 6.0 60 600 35 ae So J w iJ o 10 5 0 16,000 5,000 3 3 2 1,600 a. 3 $ 500 o a 5 160 3 a = 50 = 3 o a 16 Single Cell Surge Ratings at Rated Load $ 0.01 0.1 1.0 10 Time in Seconds Fig. 4 - Forward Surge Current Ambient Temp. NN 40C 0.01 0.1 1.0 10 Pulse Duration in Milliseconds Fig. 6 - Estimated Reverse Power - Non Recurrent