Page 174 - 《含能材料》火工品技术合集 2015~2019
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!"#$%&'()*+,#-./012                                                                              7 8 5

         %-[]^/312, îá12e8E:。                                !"#$T%; LSCB*+,0GH[*²4/31
                                                             2。¹?CGHM!"#$£;á'ÇOP, ÑD°
         3.2 nopqYZ                                          /3#HÇÈ, szQR!"#$%; TSCB*+,
         3.2.1 kT%&'(m4 TSCB./0                              0GH[*²4/312。
             GH[*²4efï:ÃÄ[13] °uØÙ, OÐ
         9ש, T0MNÚI\ x =1.995A, ÁÔm:?                       ] 5 ©, L Y©, L080 0.1%Y 99.9%[*#H1
                                  0
         d=0.01, f y =lnx =0.691, :VOf, HÈOÐ9                Table5 FiringcurrentofsampleLandL08
                     0
                          0
         ש, T080MNÚI\ x =2.020AÁÔm:?                         sample    μ /A     σ         I 0.1% /A  I 99.9% /A
                                  0
                                                              L         1.043    0.0329    0.944    1.142
         d=0.01 f y =lnx =0.703(T:VOf, efÌò
                         0
                    0
                                                              L08       1.028    0.0424    0.901    1.155
         ¾ò GJBZ377A-1994²4Of:ÌÏì×ÅÙ×
         ÛF#©, TY T080 0.1%[*#HY 99.9%[
         *#H, ghaj 4。                                        4 c g
                                                                 C#DE#KLM@APQR!"ST&'()
         ] 4 ©, TY T080 0.1%Y 99.9%[*#H1
         Table4 FiringcurrentofsamplesD andT08               -[./0abkl, zÜGHIJKLM, NOPQ
                                                             R!"#$ST&'(*+,[*²4, gÐ~M:
          sample    μ /A     σ         I 0.1% /A  I 99.9% /A
                                                                 (1) C#DE#[*KLM,SCB*+,QR ZnO
          T        1.994     0.01369   1.953    2.035
          T08      2.004     0.01311   1.965    2.043        !"#$% TSCB*+,0#-.//3no12。
          Note:μisthe50% firingcurrent.σ isthestandarddeviation.I 0.1% isthe  (2) C # D E # [ * K L M, Q R
              0.1% firingcurrent.I 99.9% isthe99.9% firingcurrent.
                                                             SFI0603ML120CLF Vç!"#$0©, L12, !"#
                                                             $á12 LSCB*+,0-[]^Y-[/\;wQ
            j 49é, ©, T0 0.1%[*#H? 1.935A、
                                                             R SFI0603ML080CLF!"#$0 © , L08, ³ - [
         99.9%0[*#H? 2.035A, ©, T080 0.1%[
                                                             st/\: t ifÙifjk3no.ab, -[]
         *#H? 1.965A、99.9%0[*#H? 2.043A; Ý                   ^mno.ab。
         æ˜^õ(1±5)%, 9F©, T0Ýæ 0.1%[*#                           (3) CGHIJÙM, !"#$?¤D£;á'
         H;<? 1.838~2.032A,99.9%[*#H;<?                      ÇOP, ÑD°/3#HÇÈ, % SCB*+,0#-.
         1.933~2.136A, %ÝÑÒ9F#, ©, T0800.1%
                                                             /m12, : t ifÙifjkQR!"#$% TSCB
         0[*#H、99.9% 0[*#HlCÝæ˜^=, Q
                                                             *+,Y LSCB*+,0GH[*²4/312。
         R!"#$T%; TSCB*+,0GH[*²4/3
         12。¹?!"#$%GHٌ¤D, CGHM!"                            rs!@:
         #$£;á'ÇOP, Ñ D ° / 3 #H Ç È, % SCB                   [1]t9>,?@A,BC.#0*+,89#<Û«¬M2¨cd
                                                                 [J].D/ÿ!,2012,20(5):610-613.
         *+ , 0 # - . / / 3 1 2, ‰ Q R ! " # $ % ;
                                                                 WANG Kexuan,BAIYingwei,REN Wei,etal.Responserule
         TSCB*+,0GH[*²4/312。                                     ofhotwireeedincontinuouselectromagneticenvironment[J].
                                                                 ChineseJournalofEnergeticMaterials(HannengCailiao),2012,
         3.2.2 kT%&'(m4 LSCB./0
                                                                 20(5):610-613.
             HÈ O Ð 9 × © , L、L080 M N Ú I \ x =              [2]BaginskiTA,BaginskiM E.CharacterizationofaNovelPassive
                                                      0
                                                                 RFFilterforFrequenciesof4225MHz[J].IEEETransactionson
         1.100A ÁÔm:? d=0.035f y =lnx =0.0953
                                         0     0                 ElectromagneticCompatibility,1990,32(2):163-167.
         (T:VOf, efÌò¾ò《GJBZ377A-1994²                       [3]HendersonJH,BaginskiTA.AnRFinsensitivehybridelectroex
                                                                 plosivedeviceincorporatinganintegralfilter[J].IEEETransac
         4O f : Ì Ï ì × Å Ù》 ° 0× Û F © , L、L080
                                                                 tionsonIndustryApplications,1996,32(2):465-470.
         0.1%[*#HY 99.9%[*#H, gh~j 5。                         [4]NovotneyD B,WelchBM,EvickD W.Semiconductorbridge
                                                                 developmentforenhancedESD andRFimmunity[R].AIAA99
            j 59é, Ýæ˜^õ(1±5)%, ©, L 0Ýæ
                                                                 2417:1999.
         0.1%[*#H;<? 0.897~0.991A,99.9%[*                     [5]KingTL,TarbellW W.Pintopinelectrostaticdischargeprotec
                                                                 tionforsemiconductorbridges[R].SAND20022213:2002.
         #H;<? 1.085~1.20A, ©, L080 0.1%0[
                                                              [6]CHEN Fei,ZHOU Bin,QIN Zhichun,etal.Researchondam
         *#H、99.9% 0[*#HlCÝæ˜^=, îQR                             agemechanism ofSCBinitiatorsunderRF[J].PrzegladElektro

         CHINESEJOURNALOFENERGETICMATERIALS                  !"#$               2015% & 23' & 8( (781-786)
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