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johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 1 of 16 title: silver series s42e mlcc specification subject to change without notice 1.0 scope this capacitor belongs to the silv er series family and is based on smd multilayer ceramic technology. jti uses nearly pure silver electrodes while our comp etitors use palladium electrodes. silver is a much superior conductor when compared to palladium. jti silver series provides customers with a significant performance improvement and a more competitive cost. this specification is an in-depth look at the jti high-q silver series mlcc product line for all authorized jti pers onnel (this document is company confidential). this document will educate the reader on all important aspects of high-q capacitor recognition, proper applicati on and design utilization. 2.0 applications ? communications amplifiers ? power converters ? filter networks ? circuit matching ? amplitude modulators ? antenna matching, high power circuitry ? decoupling, bypass, & dc block 2.1 market segments (typical end applications) the silver series products are used to im prove the performance of nearly all high frequency circuits. below is a lis t of typical applications wher e silver series capacitors are widely used: ? high power rf systems ? high voltage rf systems ? cellular base station equipment ? medical mri (non-magnetic) ? rf heater (industrial) systems ? teat equipment (power amplifiers) ? military radar and jamming electronics 3.0 features: ? excellent temperature dissipati on (for high power temp rise) ? excellent power handling capabilities ? high stability dielectric (npo) ? one of the best equivalent series resistance (esr ) of its kind due to newly-formulated internal electrodes and low loss dielectr ics industry leading high-q/lo w loss cog (npo) performance ? manufacturing controls that ensure cons istency lot to lot and year to year ? green and rohs compliance ? gold (au), non-magnetic copper (cu), tin (sn and sn/pb and leaded terminations are available ? eia marking is available 4.0 basic construction magnetic (ni) and non-magnetic (cu) barrier termination
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 2 of 16 title: silver series s42e mlcc specification subject to change without notice figure 1 termination cross section 5.0 electrical characteristics dielectric npo rated voltage (vdc) 50 to 1000 volts dc (see section 9.0 for details) capacitance range (eia) 0.2 to 1000 pf (see section 9.0 for details) capacitance tolerance a, b, c, d, f, g, j, k, m test parameters 1 mhz 50 khz @ 1.0 0.2 vrms, 25c temperature coefficient 0% 30 ppm/c quality factor q > 1,000 at 1 mhz 50 khz, 25c, 1.0 0.2 vrms insulation resistance 1000 g ? - 1pf-470pf 100g ? - 510pf-1000pf operating environment range -55 to 125c storage environment range tape & reel: -5 to 40 c & 15 to 75% rh breakdown voltage > 2.5 x wvdc min., 25c, 50 ma max
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 3 of 16 title: silver series s42e mlcc specification subject to change without notice 6.0 material and physical specifications no item performance test condition 1 appearance no abnormal exterior appearance. through microscope (30x) or automatic vision inspection system 2 pcb deflection visual criteria ? no mechanical damage shall occur glass epoxy pcb ? 0.5 mm deflection solder temperature: 240 5 c more than 90% of the terminal surface is to be soldered newly so the metal parts do not come out or dissolve. dip time: 5 seconds wetting force of 2/3 f max must be achieved in 1.0 s or less. solder: sn 62 flux: rosin pre-heating: 120 to 150 c for 60 seconds flux: actiec 5 or equivalent 3 soldearbility mil-std-202 j-std-002 capacitance change criteria ? change of capacitance within 2% or 0.5 pf whichever is larger. solder temperature: 235 c termination should not pull off and ceramic should remain undamaged linear pull force exerted on axial leads soldered to each terminal. 4 adhesive strength of termination mil-std-202 5 lbs. minimum solder dip criteria: solder temperature of 260 5 c 5 resistance to soldering heat mil-std-202g method 210f appearance no mechanical damage solder dip duration: 10 1 second
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 4 of 16 title: silver series s42e mlcc specification subject to change without notice no item performance test condition resistance to soldering heat mil-std-202g method 210f appearance no mechanical damage each termination shall be fully preheated and immersed as follows: step 1.) 80 ? 100 c for 60 seconds capacitance capacitance change within 2.5 % or 0.25pf whichever is larger step 2.) 150 ? 180 c for 60 seconds q q > 500 insulation resistance 1000 g ? -1pf-470pf 100g ? -510pf-1000pf breakdown voltage > 2.5 x wvdc min., 25c, 50 ma maximum measurements are completed at room temp. after cooling for 242 hrs appearance no mechanical damage capacitance within 2.5% or 0.25pf whichever is larger the capacitor shall be subjected to a harmonic motion having a total amplitude of 1.5 mm. q q > 1000 insulation resistance the entire frequency range from 10 to 55 hz and a return to 10 hz shall be traversed in one minute. 1000 g ? -1pf-470pf 100g ? -510pf-1000pf 6 vibration test mil-std-202g method 201a voltage breakdown > 2.5 x wvdc min., 25c, 50 ma maximum the cycle shall be performed for 2 hours in each perpendicular direction for a total of 6 hours. appearance no mechanical damage temperature: 40 2 c relative humidity: 90 to 95 % capacitance within 5% or 0.5pf whichever is larger 7 humidity (steady state) mil-std-202 method 103a q q > 300 test time: 500 +12 / -0 hr.
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 5 of 16 title: silver series s42e mlcc specification subject to change without notice no item performance test condition 7 insulation resistance > 10 g ? voltage breakdown > 2.5 x wvdc min., 25c, measured at room temperature after cooling for 24 2 hr. humidity (steady state) mil-std-202 method 103b 50 ma maximum moisture resistance mil-std-202 appearance applied voltage: 1.5 volts no mechanical damage temperature: 85 2 c capacitance within 7.5% or 0.75 pf whichever is larger relative humidity: 85 % q q > 300 test time: 240 +12 / -0 hr. insulation resistance minimum insulation resistance: 1 ? current applied: 50 ma max. 8 voltage breakdown > 2.5 x wvdc min., 25c, 50 ma maximum measured at room temperature after cooling for 24 2 hr. applied voltage: 200% of rated voltage appearance no mechanical damage capacitance within 3% or 0.3pf whichever is larger test time: 1000 +48 / -0 hr. q q > 500 insulation resistance minimum insulation resistance: 1 g ? current applied: 50 ma max. 9 high temperature resistance (life) mil-std-202 method 108 condition d voltage breakdown > 2.5 x wvdc min., 25c, 50 ma maximum temperature: 125 3 c 10 temperature cycling mil-std-202 appearance no mechanical damage capacitors shall be subjected to five (5) cycles of temp cycle profile: step 1.) minimum rated temperature +0 / -3 c for 30 minutes
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 6 of 16 title: silver series s42e mlcc specification subject to change without notice no item performance test condition appearance no mechanical damage step 2.) 25 c for 2-3 minutes capacitance within 2.5% or 0.25 pf whichever is larger step 3.) maximum rated temperature q q > 1000 +3/ -0 for 30 minutes insulation resistance to satisfy the initial criteria step 4.) 25 c for 2-3 minutes 10 temperature cycling mil-std-202 voltage breakdown > 2.5 x wvdc min., 25c, 50 ma maximum measurements shall be made after the capacitors cool for 24 2 hours. 11 reflow soldering requirement to withstand the reflow soldering profile 3-times and meet sec. 1 - 5 & 13 see reflow soldering profile and specifications (3x). see reflow soldering profile and specifications (2x). temperature: 150 10 c 12 underfiller curing profile to withstand the reflow soldering profile 2 times (2x) followed by a minimum of 5 minutes at temperature, and meet sec. 1 - 5 & 13 time at temp.: 5 min max air temperature: 260 c max air velocity: 10 m/s max exposure time: 30 s 13 manual hot gas soldering requirement to withstand hot gas soldering for rework at the specified temperature, air velocity, and time, and, meet the requirements of sec. 1 - 5 & 13 tip diameter: to fit application max tip temperature: 260 10 c 14 manual soldering using soldering iron requirement to withstand manual soldering using soldering iron for rework at the specified temperature and time, and, meet the requirements of sec. 1 - 5 & 13 max exposure time: 3 seconds
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 7 of 16 title: silver series s42e mlcc specification subject to change without notice 7.0 part number code 8.0 dimensions figure 2 basic construction component size in mm component size in inches s42 s42 length min. 2.54 length min. 0.100 max 3.3 max 0.130 end-band min. 0.33 end-band min. 0.013 max 0.43 max 0.017 width min. 2.28 width min. 0.090 max 3.3 max 0.130 thickness max 2.59 thickness max 0.102 end metallization
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 8 of 16 title: silver series s42e mlcc specification subject to change without notice 9.0 capacitance range pf cap code tolerance standard voltage extended voltage pf cap code tolerance standard voltage extended voltage 0.5 0r5 500v 1500v 36 360 500v 1500v 0.6 0r6 500v 1500v 39 390 500v 1500v 0.7 0r7 500v 1500v 43 430 500v 1500v 0.8 0r8 500v 1500v 47 470 500v 1500v 0.9 0r9 500v 1500v 51 510 500v 1000v 1 1r0 a 500v 1500v 56 560 500v 1000v 1.1 1r1 b 500v 1500v 62 620 500v 1000v 1.2 1r2 c 500v 1500v 68 680 500v 1000v 1.3 1r3 d 500v 1500v 75 750 500v 1000v 1.4 1r4 500v 1500v 82 820 500v 1000v 1.5 1r5 500v 1500v 91 910 500v 1000v 1.6 1r6 500v 1500v 100 101 500v 1000v 1.7 1r7 500v 1500v 110 111 f 300v 1000v 1.8 1r8 500v 1500v 120 121 g 300v 1000v 1.9 1r9 500v 1500v 130 131 j 300v 1000v 2 2r0 500v 1500v 150 151 k 300v 1000v 2.1 2r1 500v 1500v 160 161 m 300v 1000v 2.2 2r2 500v 1500v 180 181 300v 1000v 2.4 2r4 500v 1500v 200 201 300v 1000v 2.7 2r7 500v 1500v 220 221 200v n/a 3 3r0 500v 1500v 240 241 200v n/a 3.3 3r3 500v 1500v 270 271 200v n/a 3.6 3r6 500v 1500v 300 301 200v n/a 3.9 3r9 500v 1500v 330 331 200v n/a 4.3 4r3 500v 1500v 360 361 200v n/a 4.7 4r7 500v 1500v 390 391 200v n/a 5.1 5r1 500v 1500v 430 431 200v n/a 5.6 5r6 b 500v 1500v 470 471 200v n/a 6.2 6r2 c 500v 1500v 510 511 100v n/a 6.8 6r8 d 500v 1500v 560 561 100v n/a 7.5 7r5 500v 1500v 620 621 100v n/a 8.2 8r2 500v 1500v 680 681 50v n/a 9.1 9r1 500v 1500v 750 751 50v n/a 10 100 500v 1500v 820 821 50v n/a 12 120 500v 1500v 910 911 50v n/a 13 130 500v 1500v 1000 102 50v n/a 15 150 f 500v 1500v 16 160 g 500v 1500v 18 180 j 500v 1500v 20 200 k 500v 1500v 22 220 m 500v 1500v 24 240 500v 1500v 27 270 500v 1500v 30 300 500v 1500v 33 330 500v 1500v
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 9 of 16 title: silver series s42e mlcc specification subject to change without notice 10.0 electrical testing all parts are 100% tested for capacitance, insulation resistance, dissipation factor. 11.0 green and rohs compliance johanson technology, inc. (jti) is committed to reducing the lead content in all its product lines in an environmentally responsible, technol ogically feasible, and cost-effectiv e manner without sacrificing the current high levels of performance, qua lity, and reliability. as a result, jti has initiated lead-free research and development programs to identify and evaluate po ssible lead-tin solder substitutes, while working with suppliers and other compan ies to establish lead-free sta ndards and testing requirements. the s42e silver series capacitor meets green st andards and accordingly, meets the restriction of hazardous substances directive 2002/95/ec commonly refe rred to as rohs. this family has lead free, 100% tin plated terminations, which does meet the ro hs directive. this does not include the optional termination code ?t? which signifies tin-lead terminations. 12.0 termination types the silver series product line is avai lable in ten different termination types. these can be grouped into nickel barrier, copper barrier (non-m agnetic) and leaded termination t ypes. the standard offering is a 100% matte tin (sn) with a nickel barrier. belo w is a summary of specific termination types: nickel barrier code termination type v 100% matte tin (sn) over nickel barrier t tin lead (snpb) over nickel barrier g gold (au) over nickel barrier copper barrier code termination type s 100% matte tin (sn) over copper barrier, non-magnetic c tin lead (snpb) over copper barrier, non-magnetic leaded code termination type 1 microstrip all non-magnetic 2 axial ribbon all non-magnetic 3 axial wire all non-magnetic 4 radial ribbon all non-magnetic 5 radial wire all non-magnetic 13.0 storage life chip component terminations should generally be protec ted from moisture
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 10 of 16 title: silver series s42e mlcc specification subject to change without notice all chip components including tape and reel, should be kept in an area where the temperature is between - 5c and 40c and where the humidity is 15% to 75%. the chip components should be used within one year. the solderability of the chip components should be r echecked in the event that they are not used in 6 months. peel strength and shelf life of tape will remain within specification up to 1 year when stored. 14.0 packaging specifications chip capacitors are packaged in tape and reel, sealed in plastic bags, and placed in cardboard boxes filled with protective fluffs. tape and reel standard: eia 481 14.1 tape dimension specifications: o tape size, material and type: 8 mm, plastic embossed tape. o sprocket hole pitch: 4.0 0.1 mm. o component pitch: 4 0.05 mm 14.2 leader section (empty ca rrier & tape): 280 mm min. 14.3 trailer section (empty ca rrier & tape): 280 mm min 14.4 tape functional specifications: o tape break force: 10 n min. o top cover tape strength: 10 n min. o top cover peel force & a ngle: 0.1 - 1.0 n at 165 -180 14.5 reel specifications: o reel diameter size: 7 in (2000 pieces) o optional reel diameter size: 5 inch and 13 inch.
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 11 of 16 title: silver series s42e mlcc specification subject to change without notice 15.0 recommended land pattern appropriate pad design, solder appl ication, and component orientation are all ingredients of a quality, defect-free soldering process. the institute for interconnecting and packaging electronic circuits (ipc) through ipc-7351a has endorsed land pattern calculator program from pcb matr ix. (this land pattern calculator can be downloaded at: http://www.pcbmatrix.com/products/lpsoftware/lpcalculator/ ) the following recommended land patterns are directly from this program. this standard presents industry consensus on optimum dimensions based on empiri cal knowledge of fabricat ed land patterns. the standard also contains an excellent analysis of solder joints and th eir relation to component, pcb, and placement tolerances. ( http://www.ipc.org) . y c y x figure 3 land pattern jti chip size c land x land y size code eia min max min max min max s42 1111 inches 0.008 0.014 0.008 0.016 0.008 0.012 (mm) 0.20 0.35 0.20 0.40 0.20 0.30
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 12 of 16 title: silver series s42e mlcc specification subject to change without notice competitive analysis the key competitors for silver series are american technical ceramics (atc), avx, dielectric laboratories (dli) and murata. each company will be discussed in detail below: atc ( www.atceramics.com ) ? competitive products ? atc 100 series (and 800 series which is not fully released) ? atc is strong in the medium and small volume high performance business. ? the 100 series provides lower esr performance at frequencies above 150mhz, roughly the same from 75 to 150 mhz as the jti silver series products. ? jti silver series product is competitively pri ced (15% to 25%) lower than the atc 100 series products ? the atc part numbers break down as follows:
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 13 of 16 title: silver series s42e mlcc specification subject to change without notice avx ( www.avx.com ) ? competitive products ? accu-p, accu-f and u-series ? we see avx at larger volume accounts and rarely at small accounts. ? the accu-p and accu-f are a thin film capacitor ? not mlcc. the performance is very good but the accu-fs had a cracking problem a few years ago. the accu-p and accu-f are high cost. ? the u-series is a low performance product when compar ed to the silver series. price is also low. we need to be very aggressive on pricing to take u- series business. ? it is important to have a competitive part number when competing with avx products. ? the avx part numbers break down as follows:
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 14 of 16 title: silver series s42e mlcc specification subject to change without notice dli ( www.dilabs.com ) ? competitive products ? c04 (0402), c06 (0603) and c08 (0805) ? performance is good but production capaci ty is limited and cost is high. ? it is rare that we see dli in large volume accounts ? the dli part numbers break down as follows:
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 15 of 16 title: silver series s42e mlcc specification subject to change without notice temex ceramics ( www.temex-ceramics.com ) ? competitive products ? cpx, cpe, clx, cle series products ? temex is a strong competitor particularly in europe. ? temex parts perform well and are priced similar to atc. ? the temex part numbers break down as follows:
johanson technology, inc. 4001 calle tecate, camarillo, ca 93012 (805)-389-1166 www.johansontechnology.com eia 1111 high power capacitors (s42e silver series) specification date: august 31st, 2009 page 16 of 16 title: silver series s42e mlcc specification subject to change without notice cross reference guide as stated above, the key competitors for silver se ries are american technical ceramics (atc), avx, dielectric laboratories (dli), and temex. the above cross reference information can be found at: www.johansontechnology.com/crossreference/cap . for other competitors or new product lines from existi ng competitors, please cont act the factory using the below contact near the end of this document.

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