NEW ENGLAND SEMICONDUCTOR 1500 WATT SILICON TRANSIENT SUPPRESSOR DIODES AVAILABLE IN VOLTAGES FROM 5.8V THRU 171V Les" The NES 1N5629A to 1N5665A series of Silicon Voltage Transient Suppressor diodes are designed to protect airborne and telephone electronic equipment from } [ Aloe failure due to high voltage transients. Also, because of their high surge capability and the inherent fast response time of the clamping voltage, which is theoretically instantaneous (1 x 10 to -12 seconds), these devices can also be useful in the 950/315" protection of Integrated Circuits, Mosfets, Hybrids and other voltage sensitive semiconductors and components. MAXIMUM RATINGS: 15,000 Watts of Peak Pulse Power Dissipation T, = @ 25 C Steady State Power Dissipation: 1.0 watts @ T, = 75 C, Lead Length = 3/8" Its to BV min): - (e voles min 1x 107? seconds clamping Forward Surge Rating : 200 amps, 1/20 second @ 25C Forward Voltage Drop 3.5 V max @ 100 amps Peak Operating and Storage Temperature: -65C to +175C 1N5629A thru 1N5665A [0-13 107 ree DIA ~~ 220. (i 005) 026/,035 DIA. 1.25" FEATURES: DO-13 PACKAGE - GLASS TO METAL HERMETICALLY SEALED POSITIVE TERMINAL MARKED WITH BAND STANDARD POLARITY - CATHODE TO CASE MATTE TIN PLATED CUSTOM DESIGNS AVAILABLE == CONSULT FACTORY MAXIMUM ALLOWABLE PEAK PULSE POWER VS PULSE WIDTH + Ts PN N ot w? wf oS wt oF we? Tp ~ PULSE DURATION SECONDS 5 : t t T, 25C Pp-PEAK PULSE POWER -KW Ip - PULSE CURRENT - &% OF Ipp PULSE CURRENT VS TIME 100 7s 30 0 [a 10 2.0 3.0 40 TE MSEC NEO13 1/96 55NEW ENGLAND SEMICONDUCTOR 1N5629A thru 1N5665A Reverse Breakdown Maximum | Maximum | Maximum | Max. Volt. Stand-off Voltage clamping Reverse | Peak Pulse Temp. Part voltage BV I; volt @ Ipp Leakage Current Var of Number* VR @ mA (1mSec) 1p @ Va Ipp BV volts volts Ve Volts pA A mvV/C 1N5629A 5.80 6.8 10 10.5 1000 143 057 1N5630A 6.40 7.0 10 11.3 500 132 061 1N5631A 7.02 8.2 10 12.1 200 124 065 1N5632A 7.78 9.1 1 13.4 50 112 068 1N5633A 8.55 10.0 1 14.5 10 103 .073 1N5634A 9.40 11.0 1 15.6 5 96 075 1N5635A 10.2 12.0 1 16.7 5 90 .078 1N5636A 11.1 13.0 1 18.2 5 82 081 1N5637A 12.8 15.0 1 21.2 5 71 .084 1N5638A 13.6 16.0 1 22.5 5 67 086 1N5639A 15.3 18.0 1 25.2 5 59.5 .088 1NS640A 17.1 20.0 1 27.7 5 54 .090 INS641A 18.8 22.0 1 30.6 5 49 .092 1N5642A 20.5 24.0 1 33.2 5 45 .094 1N5643A 23.1 27.0 1 37.5 40 096 IN5644A 25.6 30.0 1 41.4 5 36 097 INS645A 28.2 33.0 1 45.7 5 33 .098 1NS646A 30.8 36.0 1 49.9 5 30 .099 1N5647A 33.3 39.0 1 53.9 5 28 100 1N5648A 36.8 43.0 1 59.3 5 25.3 101 1N5649A 40.2 47.0 1 64.8 5 23.2 101 1N5650A 43.6 51.1 1 70.1 5 21.4 102 1INS5651A 47.8 56.0 1 77.0 5 19.5 .103 1N5652A 53.0 62.0 1 85.0 5 17.7 -104 1N5653A 58.1 68.0 1 92.0 5 16.3 104 1N5654A 64.1 75.1 1 103.0 5 14.6 105 1N5655A 70.1 82.0 1 113.0 5 13.3 105 1N5656A 77.8 91.0 1 125.0 5 12.0 106 1N5657A 85.5 100.0 1 137.0 5 11.0 106 1N5658A 94.0 110.5 1 152.0 5 9.9 107 1N5659A 102.0 120.0 1 165.0 5 9.1 107 1N5660A 111.0 130.5 1 179.0 5 8.4 107 1N5661A 128.0 150.5 1 207.0 5 7.2 108 1N5662A 136.0 160.0 1 219.0 5 6.8 -108 1N5663A 145.0 170.5 1 234.0 5 6.4 108 1N5664A 154.0 180.0 1 246.0 5 6.1 .108 1N5665A 171.0 200.0 1 274.0 5 5.5 108 *Suffix 'A' indicates +5% tolerance No Suffix indicates +10% tolerance 56