voidless-hermetically-sealed bidirectional transient suppressors microsemi scottsdale division 8700 e. thomas rd. po box 1390, scottsdale, az 85252 usa, (480) 941-6300, fax: (480) 947-1503 page 1 copyright ? 2010 03-30-2010 rev f; sa4-13.pdf www. microsemi . com scottsdale division 1n6103 thru 1n6137a and 1n6139 thru 1n6173a 1n6103 ? 1n6137a 1n6139 ? 1n6173a description appearance this series of industry recognized voidless-hermetically-sealed bidirectional transient voltage suppressor (tvs) designs is militar y qualified to mil-prf-19500/516 and are ideal for high-reliability applications where a failure cannot be tolerated. they provide a working peak ?standoff? voltage selectio n from 5.2 to 152 volts with two package sizes for 500 w and 1500 w ratings. they are very robust in hard-glass construction and also use an internal metallurgical bond identified as category i for high reliability applications. both of these are also militar y qualified to mil-prf-19500/516. these devices are available as both a non-suffix part and an ?a? suffix part involving different voltage tolerances as further described in note 4 on page 2. these devices are also available in a surface mount melf package c onfiguration by adding a ?us? suffix (see separate data sheet for 1n6103us thru 1n6173aus). microsemi also offers numerous other tvs products to meet high er and lower peak pulse power and voltage ratings in both through-hole and surface-mount packages. ?e? package ?g? package important: for the most current data, consult microsemi?s website: http://www.microsemi.com features applications / benefits ? high surge current and peak pulse power provides transient voltage protection for sensitive circuits ? triple-layer passivation ? internal ? category i? metallurgical bonds ? voidless hermetically sealed glass package ? jan/tx/txv military qualif ications available per mil- prf-19500/516 by adding jan, jantx, or jantxv prefix (consult factory for 1n6103 and 1n6138) ? jans available for 1n6103a thru 1n6118a per mil- prf-19500/516 as well as further options for screening in accordance with mil-prf-19500 for jans on all others in this series by using a ?sp? prefix, e.g. sp6119a, sp6143a, etc. ? surface mount equivalents are also available in a square-end-cap melf configuration with a ?us? suffix (see separate data sheet) ? military and other high reliability transient protection ? extremely robust construction ? extensive range in working peak ?standoff? voltage (v wm ) from 5.7 to 152 v ? available as either 500 w or 1500 w peak pulse power (p pp ) using two different size packages ? esd and eft protection per iec6100-4-2 and iec61000-4-4 respectively ? secondary lightning protection per select levels in iec61000-4-5 ? flexible axial-leaded mounting terminals ? nonsensitive to esd per mil-std-750 method 1020 ? inherently radiation hard as described in microsemi micronote 050 maximum ratings mechanical and packaging ? operating & storag e temperature: -55 o c to +175 o c ? peak pulse power at 25 o c: 500 watts for 1n6103 to 1n6137a and 1500 watts for 1n6139 to 1n6173a @ 10/1000 s (also see figures 1,2 and 3) ? impulse repetition rate (duty factor): 0.01% ? steady-state power: 3.0 w for 1n6103 to 1n6137a and 5.0 w for 1n6139 to 1n6173a @ t l = 75 o c @3/8 inch lead length from body (see figure 4) ? steady-state power: 2. 0 w for 1n6103 to 1n6137a and 3.0 w for 1n6139 to 1n6173a @ t a =25 o c (see note below and figure 5) ? thermal resistance @ 3/8 inch lead length: 33.5 o c/w for 1n6103 to 1n6137a and 20.0 o c/w for 1n6139 thru 1n6173a ? solder temperatures: 260 o c for 10 s (maximum) ? case: hermetically se aled voidless hard glass with tungsten slugs ? terminations: axial-leads are tin/lead (sn/pb) over copper. note: previous jans inventory had solid silver (ag) axial-leads and no finish ? marking: body painted and part number, etc. ? polarity: no polarity marking for these bidirectional tvss ? tape & reel option: standard per eia-296 ? weight: 750 mg for 500 watt (e package) 1270 mg for 1500 watt (g package) ? see package dimensions on last page for both the ?e? and ?g? size packages note: steady-state power ratings with reference to am bient are for pc boards where thermal resistance from mounting point to ambient is sufficiently controlled where t op or t j(max) is not exceeded.
voidless-hermetically-sealed bidirectional transient suppressors www. microsemi . com scottsdale division 1n6103 thru 1n6137a and 1n6139 thru 1n6173a 1n6103 ? 1n6137a 1n6139 ? 1n6173a electrical characteristics industry type number (note 4) p pp rating minimum breakdown voltage v (br) @ i (br) rated standoff voltage v wm maximum standby current i d @ v wm 500w 1500w maximum clamping voltage v c @ i pp maximum peak pulse current i pp 500 w 1500 w maximum temp. coef. of v (br) 500w 1500w volts ma v ua ua volts amps amps %/ o c 1n6103a 1n6139a 7.13 175 5.7 50 300 11.2 44.6 133.9 .06 1n6104a 1n6140a 7.79 150 6.2 20 100 12.1 41.3 124.0 .06 1n6105a 1n6141a 8.65 150 6.9 20 100 13.4 37.3 111.9 .06 1n6106a 1n6142a 9.50 125 7.6 20 100 14.5 34.5 103.4 .07 1n6107a 1n6143a 10.45 125 8.4 20 20 15.6 32.0 96.2 .07 1n6108a 1n6144a 11.40 100 9.1 20 20 16.9 29.6 88.8 .07 1n6109a 1n6145a 12.35 100 9.9 20 20 18.2 27.5 82.4 .08 1n6110a 1n6146a 14.25 75 11.4 20 20 21.0 23.8 71.4 .08 1n6111a 1n6147a 15.20 75 12.2 20 20 22.3 22.4 67.3 .08 1n6112a 1n6148a 17.10 65 13.7 1 10 25.1 19.9 59.8 .085 1n6113a 1n6149a 19.0 65 15.2 1 5 27.7 18.0 54.2 .085 1n6114a 1n6150a 20.9 50 16.7 1 5 30.5 16.4 49.2 .085 1n6115a 1n6151a 22.8 50 18.2 1 5 33.3 15.0 45.0 .09 1n6116a 1n6152a 25.7 50 20.6 1 5 37.4 13.4 40.1 .09 1n6117a 1n6153a 28.5 40 22.8 1 5 41.6 12.0 36.0 .09 1n6118a 1n6154a 31.4 40 25.1 1 5 45.7 10.9 32.8 .095 1n6119a 1n6155a 34.2 30 27.4 1 5 49.9 10.0 30.1 .095 1n6120a 1n6156a 37.1 30 29.7 1 5 53.6 9.3 28.0 .095 1n6121a 1n6157a 40.9 30 32.7 1 5 59.1 8.5 25.4 .095 1n6122a 1n6158a 44.7 25 35.8 1 5 64.6 7.7 23.2 .095 1n6123a 1n6159a 48.5 25 38.8 1 5 70.1 7.1 21.4 .095 1n6124a 1n6160a 53.2 20 42.6 1 5 77.0 6.5 19.5 .095 1n6125a 1n6161a 58.9 20 47.1 1 5 85.3 5.9 17.6 .100 1n6126a 1n6162a 64.6 20 51.7 1 5 97.1 5.1 15.4 .100 1n6127a 1n6163a 71.3 20 56.0 1 5 103.1 4.8 14.5 .100 1n6128a 1n6164a 77.9 15 62.2 1 5 112.8 4.4 13.3 .100 1n6129a 1n6165a 86.5 15 69.2 1 5 125.1 4.0 12.0 .100 1n6130a 1n6166a 95.0 12 76.0 1 5 137.6 3.6 10.9 .100 1n6131a 1n6167a 104.5 12 86.6 1 5 151.3 3.3 9.9 .100 1n6132a 1n6168a 114.0 10 91.2 1 5 165.1 3.0 9.1 .100 1n6133a 1n6169a 123.5 10 98.8 1 5 178.8 2.8 8.4 .105 1n6134a 1n6170a 142.5 8 114.0 1 5 206.3 2.4 7.3 .105 1n6135a 1n6171a 152.0 8 121.6 1 5 218.4 2.3 6.9 .105 1n6136a 1n6172a 171.0 5 136.8 1 5 245.7 2.0 6.1 .110 1n6137a 1n6173a 190.0 5 152.0 1 5 273.0 1.8 5.5 .110 note: 4 1 1 1 2 3 1 2 3 1 notes: 1. applies to both 500 w and 1500 w seri es for devices shown (see note 4) 2. applies only to 500 w series (1n6103 thru 1n6137a). 3. applies only to 1500 w series (1n6139 thru 1n6173a). 4. part number without the a suffix has 5% higher v c , 5% lower minimum v (br) , and 5% lower i pp . symbols & definitions symbol definition v br minimum breakdown voltage: the minimum volt age the device will exhibit at a specified current. v wm working peak voltage: the maximum peak voltage that can be applied over the operat ing temperature range. this is also referred to as standoff voltage. i d maximum standoff current: the maximum current that wi ll flow at the specified voltage and temperature. v c maximum clamping voltage at specified i pp (peak pulse current) at the specified pulse conditions. p pp peak pulse power: the peak power dissipation resulting from the peak impulse current i pp . microsemi scottsdale division page 2 copyright ? 2010 03-30-2010 rev f; sa4-13.pdf 8700 e. thomas rd. po box 1390, scottsdale, az 85252 usa, (480) 941-6300, fax: (480) 947-1503
voidless-hermetically-sealed bidirectional transient suppressors www. microsemi . com scottsdale division 1n6103 thru 1n6137a and 1n6139 thru 1n6173a 1n6103 ? 1n6137a 1n6139 ? 1n6173a graphs pulse time ( tp ) figure 1 peak pulse power vs. pulse time max peak pulse power (p pp ) or current (i pp ) in percent of max ratings peak pulse power (p pp ) 100 1000 10,000 junction temperature (t j ) in o c figure 2 peak pulse power vs. t j (prior to impulse) pulse current (i pp ) in percent of i pp time (t) in milliseconds figure 3 pulse wave form microsemi scottsdale division page 3 copyright ? 2010 03-30-2010 rev f; sa4-13.pdf 8700 e. thomas rd. po box 1390, scottsdale, az 85252 usa, (480) 941-6300, fax: (480) 947-1503
voidless-hermetically-sealed bidirectional transient suppressors microsemi scottsdale division 8700 e. thomas rd. po box 1390, scottsdale, az 85252 usa, (480) 941-6300, fax: (480) 947-1503 page 4 www. microsemi . com scottsdale division 1n6103 thru 1n6137a and 1n6139 thru 1n6173a 1n6103 ? 1n6137a 1n6139 ? 1n6173a maximum steady-state power in watts lead temperature lead temperature ambient temperature ( t a ) in o c figure 4 figure 5 maximum po wer vs. lead temperature steady-state derating curve for free-air mounti ng maximum lead temperature in o c ( t l ) at point ?l? from body (for pc boards where thermal resistance from (for maximum operating junction temperature with equal tw o-lead conditions.) mounting point to am bient is sufficiently controlled where t op or t j(max) rating is not exceeded) package dimensions inches [mm] package e for 1n6103 thru 1n6137a (500 w) note: package e lead dimension di ameter is 0.030 inch nominal with ?.004 +.003 inch tolerance package g for 1n6139 thru 1n6173a (1500 w) note: package g lead dimension diameter is 0. 040 inch nominal with ?.004 +.002 inch tolerance copyright ? 2010 03-30-2010 rev f; sa4-13.pdf
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