SEMICON COMPONENTS INC ese D MM 4135157 0000813 T ml 7-7/-23 CC Ce meee 6 ae es) # ee SS DESCRIPTION (SPIP CASE) This series is designed for industrial applications such as across the line AC protection, in supervisory control systems, CATV, telecommunications, and computers. These Silicon PN Junction devices have been designed to absorb high voltage transients associated with induced lightning effects and voltage disturbances. This series is available from 8.4 volts through 500 volts. Special voltages are available from the factory. * High power module 7.5 & 15KW * Designed for CATV systems * Type designates RMS voltages MAXIMUM RATINGS: * 15,000 watts Peak Pulse Power dissipation at the 1 msec pulse and 25C: See Derating Curve and Peak Power Ratings * Steady State power dissipation at 50C: 10 watts (15 watts SPIP8.4, 24, 30) Operating and Storage Temperatures: -65C to +150C * tuamping (0 volts to BV): Less than 1 x 10* seconds MECHANICAL CHARACTERISTICS * Epoxy Case * Bidirectional * Body marked with Logo and type number P@ak POWER? ........cccccseesceceessececeeeecceseeees Fi Pulse Wave Form ........cccccccsscssssccnsecenes Fi g. 1 g.2 Power-Temperature Derating Curve....Fig. 3 Semicon 30 Components tne. SEMICON COMPONENTS INC ede D me 6135157? 0000814 1 BI-POLAR TRANSIENT VOLTAGE SUPPRESSORS ELECTRICAL CHARACTERISTICS at 25 C (Test Both Polarities) Minimum Maximum Breakdown Maximum {Note 1} Reverse Voltage Maximum | Peak Pulse} Peak Pulse Average | Stand-Off Leakage @ Clamping Current Power Semicen RMS Voltage (ly) @V, Voltage (Fig. 2) (1 msec) Part Voltage (V_) Micro | (BV) (1) | V)@ipp| (pp) (Pp) Number | Volts AC | yong pc | Amperes | Volts mA | Voltebc | Amperes | Kilowatts SPIP8.4 8.4 12.0 250 14 10 22 341 75 SPIP24 24.0 34.0 250 40 10 67 112 75 SPIP30 30.0 42.5 250 50 10 84 90 75 SPIP6O 60.0 85.0 250 100 1.0 167 90 15.0 SPIP120*. | 120.0 170.0 250 200 1.0 319 47 15.0 SPIP208 | 208.0 295.0 250 347 1.0 536 28 15.0 SPIP250* | 250.0 354.0 250 418 1.0 652 23 15.0 SPIP440 | 440.0 623.0 250 735 1.0 1138 13.2 15.0 SPIP500* | 500.0 708.0 250 835 1.0 41292 11.6 15.0 Note 1: Devices are normally selected according to the reverse Stand Off Voltage (V,) which should be equal to or greater than the DC or continuous peak operating voltage level Note 2: Military grade product available. Contact Factory. *Note 3: Recommended for marine applications. FIG 2 FIG 3 @ 100% a | | & \ 5 Lod ber NAVEFORM | g 2 \ Pp. TERS = 3s NS value tr 2 lousec 8 Ss 7 BE -Ipp td = 1000usec 50 ci 75 + | 1 ea o Half-Valve Ege. = ta Be 50 3B solt--- + t | 8 Ww ' 10x1000 Waveform 78 g 25 ge 35 N 5% T ett | | * \ a ' 2 2 ' 0 e 1 2 3 4 6 0 50 100 150 200 T- TIME- MSEC T-TEMPERATURE-C PULSE WAVE FORM Power or Current vs. Temperature $704-15K36, and 15K36T Derating Curve FIG 1 z (Wave -See c Non-Repetitive wi = Oo a Ww n _ > a x < ui a. a o 100nS tus 10 ps 100 ps tmS 10mS TgPULSE TIME-SEC PEAK PULSE POWER VS PULSE TIME 31 Semicon Components nc.