15KP

15KP PANJIT | Alldatasheet

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PAGE . 1DATE : 02/08/31 15KP SERIES GLASS PASSIVATED JUNCTION TRANSIENT VOLTAGE SUPPRESSOR VOLTAGE- 17 to 220 Volts 15000 Watt Peak Pulse Power NOTES: 1.Non-repetitive current pulse, per Fig. 3 and derated above T A=25°Cper Fig. 2.Mounted on Copper Leaf area of 0.79 in 2(20mm2). 3.8.3ms single half sine-wave, duty cycle= 4 pulses per minutes maximum.

FEATURES

 Plastic package has Underwriters Laboratory Flammability Classification 94V-O  Glass passivated chip junction in P-600 package  15000W Peak Pulse Power capability on 10/1000µs waveform  Excellent clamping capability  Low incremental surge resistance  Fast response time: typically less than 1.0 ps from 0 volts to BV min  High temperature soldering guaranteed: 300°C/10 seconds/.375",(9.5mm) lead length/5lbs., (2.3kg) tension MECHANICAL DATA Case: JEDEC P-600 Molded plastic Terminals: Axial leads, solderable per MIL-STD-750, Method 2026 Polarity: Color band denotes positive end (cathode ) Mounting Position: Any Weight: 0.07 ounce, 2.1 gram DEVICES FOR BIPOLAR APPLICATIONS For Bidirectional use C or CA Suffix for types Electrical characteristics apply in both directions. MAXIMUM RATINGS AND CHARACTERISTICS Rating at 25°Cambient temperature unless otherwise specified. Resistive or inductive load, 60Hz. For Capacitive load derate current by 20%. P-600 Unit: inch ( mm ) .360 (9.1 ) .340 (8.6 ) .052 (1.3 ) .048 (1.2 ) 1.0 (25.4 )MIN. 1.0 (25.4 )MIN. .360 (9.1 .340 (8.6 DATA SHEET RATING Peak Pulse Power Dissipation on 10/1000µs waveform ( Note 1,FIG. 1) Peak Pulse Current on 10/1000µs waveform ( Note 1,FIG. 3) Steady State Power Dissipation at T L=50°CLead Lengths .375",(9.5mm) (Note 2) Peak Forward Surge Current, 8.3ms Single Half Sine-Wave Superimposed on Rated Load(JECED Method) (Note 3) Operating and Storage Temperature Range SYMBOL VALUE UNITS PPPM Minimum 15000 Watts PM (AV) 10 Watts AmpsIFSM 400 TJ, TSTG -55 to +175 °C IPPM SEE TABLE 1 Amps

PAGE . 2DATE : 02/08/31 REBMUNTRAP VM WR VRBI @T I M WRV@R VP PI@C EGAKCAP.NIM. XAMI T -INU- IB VV V A MA UA UV A ROSSERPPUSEGATLOVTNEISNARTW00051 )C(71JPK517 19 .819 .320 50 0050 0055 .030 250 06-P A)C(71PK517 19 .817 .120 50 0050 0056 .723 450 06-P )C(81PK518 10 .023 .520 50 0050 0052 .239 340 06-P A)C(81PK518 10 .023 .320 50 0050 0052 .925 840 06-P )C(02PK510 22 .221 .820 20 0510 0518 .536 930 06-P A)C(02PK510 22 .225 .520 20 0510 0514 .237 340 06-P )C(22PK512 24 .429 .030 10 090 094 .935 630 06-P A)C(22PK512 24 .420 .820 10 090 095 .534 040 06-P )C(42PK514 27 .628 .330 .50 080 080 .343 330 06-P A)C(42PK514 27 .627 .030 .50 080 089 .839 630 06-P )C(62PK516 29 .826 .630 .50 020 026 .648 030 06-P A)C(62PK516 29 .822 .330 .50 020 021 .241 430 06-P )C(82PK518 21 .134 .930 .55 215 210 .056 820 06-P A)C(82PK518 21 .138 .530 .55 215 214 .546 130 06-P )C(03PK510 33 .332 .240 .58 28 25 .357 620 06-P A)C(03PK510 33 .333 .830 .58 28 24 .846 920 06-P )C(33PK513 37 .635 .640 .50 10 10 .958 420 06-P A)C(33PK513 37 .632 .240 .50 10 13 .354 720 06-P )C(63PK516 30 .047 .050 .50 10 13 .467 220 06-P A)C(63PK516 30 .040 .640 .50 10 11 .851 520 06-P )C(04PK510 44 .443 .650 .50 10 14 .176 020 06-P A)C(04PK510 44 .441 .150 .50 10 15 .468 220 06-P )C(34PK513 48 .745 .060 .50 10 17 .675 910 06-P A)C(34PK513 48 .749 .450 .50 10 14 .965 120 06-P )C(54PK515 40 .053 .360 .50 10 13 .086 810 06-P A)C(54PK515 40 .055 .750 .50 10 17 .275 020 06-P )C(84PK518 43 .355 .760 .50 10 15 .585 710 06-P A)C(84PK518 43 .353 .160 .50 10 14 .773 910 06-P )C(15PK511 57 .658 .170 .50 10 11 .194 610 06-P A)C(15PK511 57 .652 .560 .50 10 14 .281 810 06-P )C(45PK514 50 .060 .670 .50 10 13 .695 510 06-P A)C(45PK514 50 .060 .960 .50 10 11 .781 710 06-P )C(85PK518 54 .466 .180 .50 10 13 014 410 06-P A)C(85PK518 54 .461 .470 .50 10 16 .390 610 06-P )C(06PK510 67 .665 .480 .50 10 17 010 410 06-P A)C(06PK510 67 .667 .670 .50 10 18 .694 510 06-P

PAGE . 3DATE : 02/08/31 REBMUNTRAP VM WR VRBI @T I M WRV@R VP PI@C EGAKCAP.NIM. XAMI T -INU- IB VV V A MA UA UV A ROSSERPPUSEGATLOVTNEISNARTW00051 )C(46PK514 61 .171 .090 .50 10 14 110 310 06-P A)C(46PK514 61 .178 .180 .50 10 13 014 410 06-P )C(07PK510 78 .776 .890 .50 10 15 219 110 06-P A)C(07PK510 78 .775 .980 .50 10 13 112 310 06-P )C(57PK515 73 .387 .5010 .50 10 14 311 110 06-P A)C(57PK515 73 .388 .590 .50 10 11 213 210 06-P )C(87PK518 77 .688 .9010 .50 10 19 317 010 06-P A)C(87PK518 77 .687 .990 .50 10 16 219 110 06-P )C(58PK515 84 .492 .9110 .50 10 11 519 90 06-P A)C(58PK515 84 .492 .8010 .50 10 17 319 010 06-P )C(09PK510 90 015 .6210 .50 10 10 614 90 06-P A)C(09PK510 90 015 .5110 .50 10 16 413 010 06-P )C(001PK510 011 110 .1410 .50 10 19 714 80 06-P A)C(001PK510 011 110 .8210 .50 10 12 613 90 06-P )C(011PK510 112 215 .4510 .50 10 16 917 70 06-P A)C(011PK510 112 215 .0410 .50 10 17 715 80 06-P )C(021PK510 213 310 .9610 .50 10 14 120 70 06-P A)C(021PK510 213 310 .3510 .50 10 13 918 70 06-P )C(031PK510 314 415 .2810 .50 10 11 325 60 06-P A)C(031PK510 314 415 .5610 .50 10 19 022 70 06-P )C(051PK510 517 615 .1120 .50 10 18 626 50 06-P A)C(051PK510 517 615 .2910 .50 10 13 422 60 06-P )C(061PK510 618 710 .6220 .50 10 17 822 50 06-P A)C(061PK510 618 710 .5020 .50 10 19 528 50 06-P )C(071PK510 719 815 .9320 .50 10 14 039 40 06-P A)C(071PK510 719 815 .7120 .50 10 15 725 50 06-P )C(081PK510 818 918 .3520 .15 5 2 237 40 06-P A)C(081PK510 818 914 .0320 .15 5 2 921 50 06-P )C(091PK510 919 029 .7620 .15 5 0 434 40 06-P A)C(091PK510 919 022 .3420 .15 5 8 039 40 06-P )C(002PK510 020 220 .2820 .15 5 8 532 40 06-P A)C(002PK510 020 220 .6520 .15 5 4 236 40 06-P )C(012PK510 121 321 .6920 .15 5 6 730 40 06-P A)C(012PK510 121 328 .8620 .15 5 0 434 40 06-P )C(022PK510 222 422 .0130 .15 5 4 938 30 06-P A)C(022PK510 222 426 .1820 .15 5 6 532 40 06-P

PAGE . 4DATE : 02/08/31 100 1000 1.0 0.1U S 1.0ms 10ms td S E C,P U L S E W IDT H , FIG URE 1- PEAK P ULSE P O W E RV SPULSE TIME P, P E A K P U L S E P OWE R , kW PPM PEAK PULSE P O WER (P ) O R CURRENT(I ) DE RAT ING IN P E RCE NT AGE % PP PP 100 125 150 175 20025 50 75 1000 1.0U S 10U S 100U S TA,A M B I E N TTEM PERATUER, C F I G U R E 2D E R A T I N GC U R V E V( ), B R E AK DOWN V OL T AGE , VOL T SBR FIG URE 4 T YPICAL CAP ACIT ANCE VS STA N D - O F F VO LTA G E CJ,CAP ACIT ANCE,p F Tj = Tj m a x 8.3ms S INGL E H AL F s ince-W AVE JEDEC M ET HOD I , PEAK FO RWARD SURG E CURRENT AMPERES FSM I, P EAK PULSE CURRENT - % PPM t, T IME ,ms FIG URE 3- PULSE W AVEFO RM 0 1.0 2.0 3.0 4.0 100 150 TA = 2 5 C P ulse Width (td) is D efined as t he P oint W here the P eak C u r r e n tD e c a y st o5 0 %o fI p p tf= 10 use c 10/1000 use c Wa ve fo rm as D efined bye R .E .A . Pe a k Va l u e Ip p m Half V alue-Ipp e-kt td Pm(AV)S T E ADY S TA TE P OWE R D I SSI PATI O N , W ATTS T , LEAD TEM PERATURE, CL FIG . 5 - STEADY STA TE POWE R D E R A T ING CU R V E 40,000 20,000 10,000 6000 4000 2000 1000 500 200 100 1.0 2.0 5.0 10 20 50 100 200 Meas ured a t Ze ro Bi a s Meas ured a t S tand-Off Vo l t a h e (V )MW Tj = 2 5 C f= 1.0MH Z Vsig = 5 0m Vp -p 400 350 300 250 200 150 100 1 2 3 5 10 20 30 50 100 125 150 175 20025 50 75 1000 = 375"(9.5mm) 20mm 20mm 1mm (0.8" 0.8" 0.40") + + 7.5 2.5 Non-R epetitve P uls e Wavefom S h o w ni nF l g u r e 3 TA = 2 5 C NUMBE R OF CY CLE S A T 6 0 Hz F IG.6-MAXIMU M NON-R E P E T IT E VE PEAK FO RWARD SURG E CURRENT UNIDIREC TIO NAL