mat TERT RT OTT WLI go Yate Alien arent An Arbnstte Wd pha biaema oft > eee Iteration Panes Seo ra rer r F-\l-23 TRANSHIELD SILICON SURGE SUPPRESSOR DIODES ae 6.8-275V SERIES BREAKDOWN VOLTAGES Transhield FP2000 and FP2000A surge suppressors are silicon diffused junction devices having bidirectional foldback characteristics. Devices are available having tolerances on the nominal breakdown voltages of + 10% (FP2000 series) and + 5% (FP2000A series). The foldback characteristic provides the suppressors with an increased surge current handling capability coupled with lower clamping voltages compared with industrial standard devices. Each device is 100% tested. In the event of an abnormal surge causing the ratings of a Transhield suppressor to be exceeded, the device will initially fail safe to a short-circuit state tripping the series protective device. The suppressors are intended for telecommunication, data transmission and general applications where permanent damage could otherwise be caused to integrated circuits, m.o.s. devices, hybrids and other voltage sensitive semiconductors and components by surges deriving from lightning, electrostatic discharges, NEMP, inductive switching, etc. The devices are recognised by Underwriters Laboratories (UL E105585), and are tested to meet international and industrial specifications (see Selection Guide Test Specifications) as appropriate. Transhield suppressors can be supplied bandoliered (tape and reel). QUICK REFERENCE DATA FP2000 FP2000A Vso 5.5~-223V 6.4235V Vc max. (10/1000us waveform) 10.6-340V 11.2-324V Outline and Dimensions All dimensions in millimetres. For detail dimensions see Mechanical Details. 5.20 6217 min max 9 66 max 1.07 max, Actual size { _} 4 > 3LE D) mw 5607013 0000397 3 MELUCB LUCAS STABILITY ELEK LTD5.12 T -//-23 RATINGS The ratings quoted are limiting values of operating and environmental conditions and are in accordance with the absolute maximum rating system defined in BS 3494 (Part 1) and [EC Publication 134. Voltage Ratings Vso VSM Stand-off voltage Maximum non-repetitive peak pulse voltage (1.2/50us and 10/700us waveforms} Current Rating ISM Maximum non-repetitive peak pulse current (10/1000us and 8/20us waveforms) Power Ratings Prot PSM Total continuous power dissipation at Tlead = 50C Maximum non-repetitive peak pulse power dissipation Thermal Ratings T; Tstg Maximum junction temperature Storage temperature range CHARACTERISTICS VBR SBR VeL Iso Ctot ton Breakdown voltage at Tambt = 25C Temperature coefficient of breakdown voltage Clamping voltage at Tamb = 25C Leakage current at Vsq and Tamb = 25C Total diode capacitance Turn on time (theoretical) to ~ breakdown voltage sustaining voltage See tables See tables See tables 5W See curve 125C 5BC to + 125C See tables See note below See tables and curve See tables See curve 1x 10-125 1x 10-12, Note: Temperature coefficient of breakdown voltage. For low voltage devices (<45V) the temperature coefficient of Vgp is the same as the zener temperature coefficient. For higher voltage devices the temperature coefficient is virtually zero between room temperature and 55C. At temperatures up to 125C the temperature coefficient is negative and has a typical value of 0.2%/deg C. Further information can be provided on request. JE D MM 5607013 0000398 5S MELUCB LUCAS STABILITY ELEK LTD* soy s T-i/-23 TRANSHIELD SILICON SURGE SUPPRESSOR DIODES | FP2000& qa Ww 2 6.8 275V BREAKDOWN VOLTAGES FP2000A = SERIES a Breakdown voltage 10/1000us s.c. ~ at Tamb = 25C waveform r Type Vso VBR VBR lrest Igq Max. VcL max. IgM ot number min. max. at Vso & at Ist max. max. oS Tamb = 25C | & Tamb = 25C oO Oo V V vo | mA pA V a FP2006 5.5 6.12 7.48 10 2000 10.6 142.0 qi FP2007 6.05 6.75 8.25 10 1000 11.7 1280 6 FP2007A 6.40 7.13 7.88 10 1000 11.2 1340 ~ FP2008 6.63 7.38 9.02 10 400 12.0 1250 O FP2008A 7.02 7.79 8.61 10 400 11.8 127.0 in FP2009 7.37 8.19 10.00 1 100 13.0 115.4 FP2009A 7.78 8.65 9.55 1 100 12.4 120.8 a FP2010 8.10 9.00 11.00 1 20 14.3 104.9 FP2010A 8.55 9.50 10.50 1 20 13.7 109.9 FP2011 8.92 9.90 12.10 1 5 15.7 94 we FP2011A 9.40 10.50 11.60 1 5 15.1 99.5 Las FP2012 9.72 10.80 13.20 1 5 17.2 874 FP2012A 10.20 11.40 12.60 1 5 16.4 916 FP2013 10.50 11.70 14.30 1 5 18.6 80.7 FP2013A 11.10 12.40 13.70 1 5 17.8 84.2 FP2015 12.10 13.50 16.50 1 5 21.5 69.9 FP2015A 12.80 14.30 15.80 1 5 20.5 73.0 Se FP2016 12.90 14.40 17.60 1 5 22.9 65.6 4 FP2016A 13.60 15.20 16.80 1 5 21.8 68.7 wv FP2018 14.50 16.20 19.80 1 5 25.7 58.3 La FP2018A 15.30 17.10 18.90 1 5 24.6 61.0 FP2020 16.20 18.00 22.00 1 5 28.6 524 ll FP2020A 17.10 19.00 21.00 1 5 27.3 54.9 > FP2022 17.80 19.80 24.20 1 5 31.5 477 5 FP2022A 18.80 20.90 23.10 1 5 30.0 50.0 7 FP2024 19.40 21.60 26.40 1 5 34.0 43.7 FP2024A 20.50 22.80 25.20 1 5 32.8 458 FP2027 21.80 24.30 29.70 0.1 5 35.6 50.5 << FP2027A 23.10 25.70 28.40 0.1 5 34.1 52.8 cE wW FP2030 24.33 27.00 33.00 0.1 5 39.6 45.5 FP2030A 25.60 28.50 31.50 0.1 5 38.0 476 FP2033 26.80 29.70 36.30 0.1 5 43.5 413 Ss FP2033A 28.20 31.40 34.70 0.1 5 41.6 432 5 FP2036 29.10 32.40 39.60 0.1 5 45.5 445 7) FP2036A 30.80 34.20 37.80 0.1 5 43.5 46.7 FP2039 31.60 35.10 42.90 0.1 5 49.3 41.1 FP2039A 33.30 37.10 41.00 0.1 5 47.1 43.0 FP2043 34.80 38.70 47.30 0.1 5 54.4 37.3 FP2043A 36.80 40.90 45.20 0.1 5 52.0 39.0 FP2047 38.10 42.30 51.70 | <0.1 5 58.2 38.7 FP2047A 40.20 44.70 49.40 | <0.1 5 55.6 40.5 *Preferred device All stand-off voltages (Vg) are valid from d.c. to 100Hz. Breakdown voltages (Vp) are measured at 5Hz. Clamping voltages (V_,) are valid for the waveforms stated. For operation outside these limits contact the nearest sales office, distributor or representative. 5.13Te NM -23 a Ww a A Breakdown voltage 10/1000ys s.c. - at Tamb = 25C waveform o Type Vso VBR VBR ltest Ig5g max. VcL max. Ism oO number min. max. at Vso & at Igny max. max. a Tamb = 25C | & Tamb = 25C Oo a Vv Vv Vv mA uA Vv A a FP2051 41.30 45.90 56.10 <0.1 5 63.1 35.7 a FP2051A 43.60 48.50 53.60 <0.1 5 60.3 37.3 oO FP2056 45.50 50.40 61.60 <0.1 5 69.3 32.5 re FP2056A 47.80 53.20 58.80 <0.1 5 66.2 34.0 oO FP2062 50.20 55.80 68.20 <0.1 5 76.0 29.3 1 FP2062A 53.00 58.90 65.10 <0.1 5 73.0 30.7 Ln FP2068 55.10 61.20 74,80 <0.1 5 84.0 26.7 i FP2068A 58.10 64.60 71.40 <0.1 5 80.0 28.0 FP2075 60.70 67.50 82.50 <0.1 5 92.0 24.2 FP2075A 64.10 71.30 78.80 <0.1 5 88.0 25.4 a FP2082 66.40 73.80 90.20 <0.1 5 103.0 19.6 FP2082A 70.10 77.90 86.10 <0.1 5 99.0 20.5 LJ a FP2091 73.70 81.90 | 100.00 <0.1 5 115.0 21.2 m FP2091A 77.80 86.50 95.50 <0.1 5 109.0 22.2 FP2100 81.00 90.00 | 110.00 <0.1 5 123.0 19.3 FP2100A 85.50 95.00 | 105.00 <0.1 5 118.0 20.2 FP2110 89.00 99.00 | 121.00 <0.1 5 136.0 19.8 a FP2110A 94.00 | 105.00 | 116.00 <0.1 5 130.0 20.7 5 FP2120 97.00 | 108.00 | 132.00 <0.1 5 148.0 18:2 MZ FP2120A 102.00 | 114.00 | 126.00 <0.1 5 141.0 19.0 Li FP2130 105.00 | 117.00 | 143.00 <0.1 5 160.0 16.8 I l FP2130A 111.00 | 124.00 | 137.00 <0.1 5 164.0 17.5 Lu FP2140 113.00 | 126.00 | 154.00 <0.1 5 173.0 15.5 FP2140A 120.00 | 133.00 | 147.00 <0.1 5 165.0 16.4 7 FP2150 121.00 | 135.00 | 165.00 <0.1 5 185.0 14.5 A FP2150A 128.00 | 143.00 | 158.00 <0.1 5 177.0 15.2 par FP2160 130.00 | 144.00 | 176.00 <0.1 5 198.0 13.6 oO FP2160A 136.00 | 152.00 | 168.00 <0.1 5 189.0 14.3 < FP2170 138.00 | 153.00 | 187.00 <0.1 5 210.0 12.8 Pa FP2170A 145.00 | 162.00 | 179.00 <0.1 5 201.0 13.4 in FP2180 146.00 | 162.00 | 198.00 <0.1 5 222.0 12.1 " FP2180A 154.00 | 171.00 | 189.00 <0.1 5 212.0 12.7 <= FP2200 162.00 ; 180.00 } 220.00 <0.1 5 247.0 10.9 v FP2200A 171.00 | 190.00 | 210.00 <0.1 5 236.0 11.4 3 FP2220 175.00 | 198.00 | 242.00 <0.1 5 272.0 9.9 FP2220A 185.00 | 209.00 | 231.00 <0.1 5 259.0 10.4 FP2230 186.00 | 207.00 | 253.00 <0.1 5 285.0 9.47 FP2230A 196.00 | 218.00 | 242.00 <0.1 5 272.0 8.89 FP2250 202.00 | 225.00 | 275.00 <0.1 5 309.0 8.7 FP2250A 214.00 | 237.00 | 263.00 <0.1 5 295.0 9.1 FP2275 223.00 | 247.50 | 302.50 <0.1 5 340.0 79 FP22754 235.00 | 261.30 | 288.80 <0.1 5 324.0 8.3 *Preferred device All stand-off voltages (Vo) are valid from d.c. to 100Hz. Breakdown voltages (Vgp_) are measured at 5Hz. Clamping voltages (Vc_) are valid for the waveforms stated. For operation outside these limits contact the nearest sales office, distributor or representative. 5.14Tremere ES Wrniys nA, i ar ie TIT Abitosanty ean inlis Aspen hee pth bags Mettentned Shaye Tre \ tet! mre TRANSHIELD SILICON SURGE SUPPRESSOR DIODES _ Fr200& 6.8-275V BREAKDOWN VOLTAGES FP2000A 2 SERIES T-l/-23 1.2/50ps 10/700us 8/20us 0.c. waveform 0.c. waveform s.c. waveform Type VcL max. Vsm VCL max. VSM VcL max. Ism number at VSM max. max. at Vs max. max. at Isqy max. max. & Tamb = 25C & Tamb = 25C & Tamb = 25C Vv kV Vv kV Vv A FP2006 11.5 22.27 11.0 9.46 13.1 802 FP2007 12.7 20.17 12.2 8.53 14.4 729 FP2007A 12.1 21.17 11.7 8.89 13.7 766 FP2008 13.3 19.26 12.8 8.13 15.1 695 FP2008A 12.7 20.17 12.2 8.53 14.5 724 FP2009 14.0 18.30 13.5 7.70 16.0 657 FP2009A4 13.4 19.20 12.9 8.05 15.3 687 FP2010 15.4 16.60 14.9 7.05 17.6 597 FP2010A 14.7 17.40 14.2 7,30 16.8 625 FP2011 16.9 15.10 16.3 6.40 19.4 542 FP2011A 16.2 15.80 15.7 6.65 18.6 565 FP2012 18.2 13.90 17.8 5.85 21.1 498 FP2012A 17.6 14.50 17.0 6.15 20.2 521 FP2013 20.0 12.80 19.3 5.40 22.9 459 FP2013A 19.2 13.40 18.5 5.65 21.9 479 FP2015 23.1 11.10 22.3 4.70 26.4 397 FP2015A 22.1 11.60 21.3 4.90 25.3 415 FP2016 24.6 10.40 23.8 4.40 28.2 373 FP2016A 23.5 10.90 22.7 4.60 26.9 395 FP2018 27.7 9.25 26.7 3.95 31.7 331 FP2018A 26.5 9.70 25.5 4.10 30.2 347 FP2020 30.8 8.33 29.7 3.55 35.2 298 FP2020A 29.4 8.73 28.4 3.70 33.6 313 FP2022 33.9 7.58 32.7 3.20 38.7 271 FP2022A 32.3 7.94 31.2 3.40 37.0 284 FP2024 37.0 6.95 35.6 3.00 39.7 249 FP2024A 35.3 7.28 34.0 3.10 38.0 260 FP2027 35.6 8.64 35.6 3.50 35.6 353 FP2027A 34.1 9.04 34.1 3.70 34.1 370 FP2030 39.6 7.78 39.6 3.20 39.6 318 FP2030A 38.0 8.16 38.0 3.35 38.0 333 FP2033 43.5 7.08 43.5 2.90 43.5 289 FP2033A 41.6 7.41 41.6 3.05 41.6 303 FP2036 45.5 7.21 45.5 3.15 45.5 295 FP2036A 43.5 7.56 43.5 3.25 43.5 309 FP2039 49.3 6.67 49.3 2.90 49.3 272 FP2039A 47.2 6.97 47.2 3.00 47.2 285 FP2043 54.4 6.05 54.4 2.65 54.4 247 FP2043A 52.0 6.33 52.0 2.75 52.0 258 FP2047 58.2 6.23 58.2 2.70 58.2 254 FP2047A 55.6 6.52 55.6 2.85 55.6 266 JLE D Ml 5607013 0000401 1 MMLUCB- ~ LUCAS STABILITY ELEK LTD 5.15T-1/-2 3 1.2/50us 10/700ps 8/20us o.c. waveform 0.c. waveform s.c. waveform Type VCL max. Vsm VcL max. Vsm VeL max. Ism number at Vgn max. max. at VSM max. max. at Isny max. max. & Tamb = 25C & Tamb = 25C & Tamb = 25C Vv kV Vv kV Vv A FP2051 63.1 5.75 63.1 2.50 63.1 234 FP2051A4 60.3 6.02 60.3 2.65 60.3 245 FP2056 69.3 5.24 69.3 2.30 69.3 213 FP2056A 66.2 5.49 66.2 2.40 66.2 223 FP2062 76.0 4.74 76.0 2.10 76.0 192 FP2062A 73.0 4.97 73.0 2.20 73.0 202 FP2068 84.0 4.62 84.0 1.90 84.0 175 FP2068A 80.0 4.84 80.0 2.00 80.0 184 FP2075 92.0 4.20 92.0 1.75 92.0 159 FP2075A 88.0 4.40 88.0 1.82 88.0 167 FP2082 103.0 3.40 103.0 1.42 103.0 129 FP2082A 99.0 3.57 99.0 1.49 99.0 136 FP2091 115.0 3.66 115.0 1.54 115.0 144 FP2091A 109.0 3.83 109.0 1.61 109.0 151 FP2100 123.0 3.33 123.0 1.59 123.0 131 FP2100A 118.0 3.50 118.0 1.66 118.0 138 FP2110 136.0 3.44 136.0 1.46 136.0 134 FP2110A 130.0 3.59 130.0 1.53 130.0 140 FP2120 148.0 3.17 148.0 1.36 148.0 123 FP2120A 141.0 3.32 141.0 1.42 141.0 129 FP2130 160.0 2.94 160.0 1.27 160.0 114 FP2130A 154.0 3.08 154.0 1.33 164.0 119 FP2140 173.0 2.74 173.0 1.18 173.0 106 FP2140A 165.0 2.87 165.0 1.24 165.0 110 FP2150 185.0 2.58 185.0 1.13 185.0 98 FP2150A 177.0 2.70 177.0 1.18 177.0 103 FP2160 198.0 2.43 198.0 1.08 198.0 92 FP2160A 189.0 2.55 189.0 1.13 189.0 97 FP2170 210.0 2.30 210.0 1.03 210.0 87 FP2170A 201.0 2.41 201.0 1.08 201.0 91 FP2180 222.0 2.19 222.0 0.99 222.0 82 FP2180A 212.0 2.30 212.0 1.04 212.0 86 FP2200 247.0 1.99 247.0 0.92 247.0 74 FP2200A 236.0 2.09 236.0 0.97 236.0 77 FP2220 272.0 1.84 272.0 0.87 272.0 67 FP2220A 259.0 1.93 259.0 0.92 259.0 70 FP2230 285.0 1.79 285.0 0.84 285.0 64 FP2230A 272.0 1.85 272.0 0.86 272.0 67 FP2250 309.0 1.67 309.0 0.81 309.0 59 FP2250A 295.0 1.75 295.0 0.85 295.0 62 FP2275 340.0 1.55 340.0 0.78 340.0 54 FP2275A 324.0 1.63 324.0 0.82 324.0 56 JLE D MM 5607013 0000402 3 MELUCB LUCAS STABILITY ELEK LTD Clamping voltages (Vc_) are valid for the waveforms stated. For operation outside these limits contact the nearest sales office, distributor or representative. 2 y . x 3 a : t 2 A he t ae SPOR mentation nk EI Nad Piaget wrTRANSHIELD SILICON SURGE SUPPRESSOR DIODES _ FP2000& 6.8-275V BREAKDOWN VOLTAGES Sravee POWER DERATING T-11-23 Lead temperature measured adjacent to case. TOTAL CONTINUOUS POWER DISSIPATION (W) Prot 60 Tread LEAD TEMPERATURE (C) NON-REPETITIVE PEAK PULSE POWER Pulse duration (tg) is time for exponential current waveform to decay to haif peak value NON-REPETIFIVE PEAK PULSE POWER (kW} al 10 10 100 1000 10000 td PULSE DURATION (1s) Psu 3LE D Ml 5607013 0000403 S MBLUCB ~ LUCAS STABILITY ELEK LTD 5.175.18 T-) -23 MINIMUM FOLDBACK CHARACTERISTICS Isy,SUPPRESSOR SURGE CURRENT (mA) Vo min.-MINIMUM CLAMPING VOLTAGE (V) Note: For use of the Minimum Foldback Characteristics to avoid suppressor latch-up following a surge, see Selection Guide Ratings and Characteristics. TYPICAL SUPPRESSOR CAPACITANCE AGAINST NOMINAL BREAKDOWN VOLTAGE 1 { = IMHz Boonton 72B meter Bias voltage CAPACITANCE (pF) Cro Ver NOMINAL BREAKDOWN VOLTAGE (V) 3 J1E D MW 5607013 OOOO404 7 MELUCB LUCAS STABILITY ELEK LTD