电力转换超高压 LDMOS 高抗静电可靠度防护工程研究
项目来源
台(略)府(略)金(略)B(略)
项目主持人
陈(略)
项目受资助机构
台(略)合(略)子(略)系
立项年度
2(略)
立项时间
未(略)
项目编号
M(略)1(略)2(略)-(略)9(略)8
项目级别
省(略)
研究期限
未(略) (略)
受资助金额
8(略)0(略)台(略)
学科
电(略)工(略)
学科代码
未(略)
基金类别
技(略)/(略)助
体(略);(略)放(略)S(略);(略)式(略)R(略)保(略)((略) (略)体(略)电(略);(略)压(略)E(略) (略)向(略)氧(略)体(略)电(略) (略)次(略)流(略)2(略) (略)脉(略)仪(略)触(略)电(略)V(略) (略)高(略) (略)k(略)g(略) (略)l(略)r(略)a(略) (略)c(略)g(略)S(略);(略)b(略)e(略)C(略) (略)d(略) (略)t(略)((略) (略)u(略)-(略)y(略)d(略);(略)e(略)i(略) (略)r(略)r(略)((略))(略)L(略)r(略)d(略)l(略)i(略)s(略)M(略)
参与者
陈(略)陈(略)
参与机构
未(略)
项目标书摘要:超高(略)h-Voltage(略)晶体(Latera(略)MOSFET;LD(略)/AC 或AC/D(略),因此超高压LDM(略)转换模组(例如太阳(略)重要角色。本计划接(略)60V)电力组件的(略)性能力相当差的超高(略) 组件,如何利用体(略) 工程技术提升其抗(略)。由於电压更高的超(略)其抗ESD 的能力(略)体电路更差。又因为(略)LDMOS 组件必(略)使其具有较佳的可靠(略)积体电路中,高可靠(略)元件应该具有一个较(略)t1)、高的等效抗(略)高的保持电压(Vh(略)超高压 N 型通道(略)S)电晶体,若元件(略)几个严重缺点,包括(略)t1 太高、Vh (略)不能完全导通而导致(略)力太低。反观SCR(略)积有非常强大的静电(略)应用里;但它也有一(略)等。因此我们试想将(略)起,利用在UHV (略)植入P+来形成nL(略) 结构。因此本年度(略)高压 nLDMOS(略)R 的不同布局方式(略)EOS 免疫力的提(略)分则为在超高压 L(略)极端(bulk/s(略)程,也就是说在体极(略)eld-oxide(略))形成离散结构,透(略)其数值对抗ESD (略)种体/源极端离散分(略)S 寄生BJT 的(略)提升静电放电It2(略)对静电放电防护能力(略)及影响是多少?本计(略)的超高压 nLDM(略)构及nLDMOS (略)利用EDA 软体加(略)下线後的超高压LD(略)内镶式SCR 的抗(略)S 免疫力分析,我(略)仪、HBM 测试来(略)电力转换IC 使用(略)镶式SCR 及nL(略)散分布型式如何达到(略) 免疫力的布局调变(略)
Applicati(略): An UHV (略)pular use(略)/DC or DC(略)nverter i(略)ircuits.T(略)cted as a(略) roles in(略)cell powe(略)c module.(略)r previou(略)V)experie(略)s current(略)is projec(略)ocus on t(略) robustne(略) immunity(略)es of a n(略) 300V LDM(略)rain-side(略)n SCR and(略)e enginee(略) power co(略)hnology,a(略)ructure i(略)efficienc(略)d have lo(略)ing volta(略)her secon(略)own curre(略)higher ho(略)ge(Vh).Th(略)s UHV pow(略)nit will (略)guarantee(略)ESD prote(略)tness and(略)rical ove(略)tch-up)im(略)an UHV nL(略) power in(略),it has s(略)ous disad(略)cluding V(略)igh,Vh is(略)e device (略)finger st(略)’t comple(略)n,resulti(略)nit area (略)ess is ve(略)nwhile,an(略)very stro(略)city per (略)ut it als(略)weak poin(略)g the Vh (略)Therefore(略)htening a(略)his proje(略)rate thes(略)nents tha(略)-side of (略)s implant(略)tructure (略)UHV LDMOS(略)CR struct(略)re,the fi(略) this pro(略)im to ver(略)luences a(略)of an UHV(略)edded SCR(略)rent P+la(略)s in the (略)to the an(略)stness an(略)ity level(略)d part of(略)ing proje(略) bulk/sou(略)ring of t(略) nLDMOS.T(略)is at the(略)n which s(略)d non-eve(略)uous fiel(略)ices(FODs(略)d to the (略) of UHV n(略)es.We aim(略)ase the R(略)of a para(略)f an UHV (略)e bulk/so(略)ith an in(略)ice cell (略)herefore,(略) to verif(略)ences and(略) an UHV n(略)different(略)e layout (略)the anti-(略)ess and E(略) levels.T(略)high reli(略)an UHV 30(略)mbedded S(略)and bulk/(略)ctures of(略)V nLDMOS (略)igned and(略)by the ED(略)s such as(略)and 3-D D(略)the measu(略)analysis (略)w designe(略)s,beside (略)ting,the (略)veloped t(略)-line pul(略)em in our(略)D/LU test(略) used to (略)nd,high a(略)ustness/E(略) capabili(略) UHV nLDM(略) SCRs and(略)k/source (略) can be a(略) its opti(略)t model a(略)ion model(略)tablished(略)oject,whi(略)pplied to(略)or DC/AC (略)ter circu(略)ith a hig(略)ty robust(略)
项目受资助省
台(略)
- (略)