RECTIFIERS High Efficiency, ESP, 2.5 Amp to 20 Amp FEATURES Exceptional Efficiency @ Low Forward Voltage Extremely Fast Reverse Recovery Time Extremely Fast Forward Recovery Time High Surge Small Size Rugged, High Current Termination Radiation Toterant ABSOLUTE MAXIMUM RATINGS 1N5802-1N5806 1N5807-1N5811 1N5812-1N5816 DESCRIPTION This series of High Efficiency Power Rectifiers allows circuit designers to design high current, high frequency sup- plies to 500 kHz with very low diode losses. The high forward surge capability makes these devices useful in protective circuits. 2.5 Amp 6 Amp 20 Amp Peak Inverse Voltage Series Series Series 50V 1N5802 1N5807 1N5812 75V 1N5803 1N5808 1N5813 100V 1N5804 1N5809 1N5814 125V 1N5805 1N5810 1N5815 150V 1N5806 1N5811 1N5816 . 2.5 AMP 6.0 AMP 20 AMP Maximum Average D.C. Output Current SERIES SERIES SERIES @T, = 75C, L=% QA ooo. . 6.0A.. a @ TH cece cence een eects ened etttivngnestvatiasnuaisasecissanaateticctcmiasss 20.0A Non-Repetitive Sinusoidal Surge Current (8.3MS) ooo . 35A 125A . 250A Operating and Storage Temperature Range cece eeseenees vo teneee 65C to +175C. Thermal Resistance 2.5A and 6A Series....... .. See Lead Temperature Derating Curve possess 20A Series oo. cocccittiees sosneees .3.0C/W MECHANICAL SPECIFICATIONS 1N5802-1N5806 BODYA 165 TP 028" = 001 Band indicates r 19mm O7lmm +.03 cathode end \ r 2 0COW (oa nse T * he bade po Eat 4 1.625" MIN 4).3mm Typical Weight 0.22 grams 1N5807-1N5811 BODY B | Band indicates ' 175" TY! cathode end \ a Lamm 27mm 975" MIN. 24.8mm 105TYP, 300" MAX. 7.62mm 2.20" MIN. 56.4mm P. 040" + .002 4 102mm +.03 .145" MAX. 3.68mm ~ | Typical Weight 0.75 grams 243 uy man UNITRODEMECHANICAL SPECIFICATIONS 1N5802-1N5806 1N5807-1N5811 1N5812-1N5816 Dimensions in inches. 078 Max. a pe] 0 TT 2a Max tk oe 066 Min Dia 1N5612-1N5816 =.010. 250 Max. Part Identification: Type number printed on metal case. Polarity: Cathode to stud end Max. Weight: 7.0 Grams Installation Precautions: Maximum uniubricated stud torque: 10 inch pounds Thermal Resistance: 3.0C/W b0-4 ELECTRICAL SPECIFICATIONS (at 25C unless noted) Maximum Leakage Typical Forward Forward Current Maximum Reverse Typical Forward Recovery Typical Junction Type PIV Voltage @ PIV Recovery Time Recovery Time Voltage Capacitance Drop* 25C 100C ler Tee Nee @ 14 Recover to 1V @ Mtr = Bns @ 1lov 1N5802 50V 1N5803 75V 1N5804 100V 875@1A | 1A 50uA | 25ns, 0.5A-0.5A-0.05A 15ns 15V 15pf 1N5805 125V 1N5806 150V 1N5807 50V 1N5808 75V 1N5809 100V 875 @4A | 5uA 150pA 30ns, 1.0-1.0-0.1A 15ns 15V 45pf 1N5810 125V 1N5811 150V 1N5812 50V 1N5813 75V : 1N5814 100V 900 @ 10A | 10zA | 750nA 35ns, 1.0-1.0-0.1A 15ns 1.5V 200pt 1N5815 125V 1N5816 150V *Pulse width = 250ms Qutput Current vs. Lead Temp. Output Current vs. Case Temp. Output Current vs. Lead Temp. 20 ; RB - 6 2.5 AMP SERIES 20 AMP SERIES = 6 2 S$ = Lead Length = = 5 from Body 5 z 20 10 a > 6 wo415 @ 2 g > 59 2 8 8 3 Oo 4 = 3 = o mn mi w 4-3 2 6 2 c <= * 53 3.4 g 10 5 a & ow i 5 = 4. o & 5 w 2 Zz 1 > Zz 2 | \ | 1 = - 2 0 - 0 0 25 50 75 100 125 180 175 o 25 50 75 100 #125 150 175 0 100 125 150 175 T, LEAD TEMPERATURE (C) UNITRODE CORPORATION 5 FORBES ROAD LEXINGTON, MA 02173 TEL. (617) 861-6540 TWX (710) 326-6509 * TELEX 95-1064 CASE TEMPERATURE (C) 244 T, LEAD TEMPERATURE (C) PRINTED IN U.S.A.Typical Forward Current vs. Forward Voitage < z ard o a ! i 3 0s 5 5 | 1 ~ 92 + 2 9%) 1 005 05 002 02 001 . OL 123.4 5 6 7 8 910111213 V, VOLTAGE (V) Typical Reverse Current vs. Voltage OL 02 i 2 q q, 5 5 Zz 2 x a x a 2 2 Oo uO 10 | | = 20 100 200 Tx 4125 C 1000 130 120110 100 90 80 70 60 50 40 30 20 lo @ VOLTAGE IN % OF PIV UNITRODE CORPORATION * 5 FORBES ROAD LEXINGTON, MA 02173 + TEL. (617) 861-6540 TWX (710) 326-6509 TELEX 95-1064 1N5802-1N5806 Typical Forward Current vs. Forward Voltage a < bE Zz 2 a = 3 Yo \ 4 2 1 05 02 123 4 5 6 7 8 9 10111213 01 V, VOLTAGE (V} Typical Reverse Current vs. Voltage a1 02 1 2 z S44 2 z 2 x x > Oo } to 2 20 100 200 1000 130120110 100 90 80 70 6 50 40 20 10 0 VOLTAGE IN % OF PIV 245 1N5807-1N5811 1N5812-1N5816 Typical Forward Current vs. Forward Voltage 20 AMP SERIES 2 3.4 5 6 7 8 9 1O1P12 13 lads V, VOLTAGE (V} Typical Reverse Current vs. Voltage 20 AMP SERIES T= 4125 125 100 75 0 a Q VOLTAGE IN % OF PIV PRINTED IN U.S.A. "11N5802-1N5806 1N5807-1N5811 1N5812-1N5816 Reverse-Recovery Time Circuit Characteristic Waveform te + Zo. u.T. Constant current PULSE le \ supply for GENERATOR Rec bey for tk; High 2. 12] Low Z., Fastt T 0 NS OSCILLOSCOPE + \ (coaxial) a = NOTES: SET TIME BASE L. Oscilloscope: Rise time < 3 ns; input impedance = 50 &. FOR NS/CM 2. Pulse Generator: Rise time < 8 ns; Source impedance 10 1:. Forward Pulse Current vs. Duration Multiple Surge Current ys. Duration 10,000 100 5,000 = ~4 Seip Square Pulse z 4 Se , S_puration tor Non: Repetitive Putse g . s z 5 1.000 25, < w q 60 = 500 SER 185 w 3 & ad a 4 B 100 va 3 6 a 50 FX w ry 5 5 lps lus 10s 1004s lms 10ms 12 5 10 20 SO 100-200 500 1000 PULSE DURATION CYCLES AT 60 Hz SINE WAVE UNITRODE CORPORATION 5 FORBES ROAD LEXINGTON, MA 02173 + TEL. (617) 861-6540 TWX (710) 326-6509 TELEX 95-1064 246 PRINTED IN U.S.A.