The invention relates to a ferrite material with a garnet structure based on yttrium and iron and comprising copper enabling the sintering time thereof to be reduced substantially in comparison with conventional ferrite garnet-type materials, corresponding to the following chemical formula: YaTRbFecAldlneCafCugZrhViCojSikO12±y wherein TR = a rare earth or combination of rare earths and 3 (a+b+c+d+e) + 2 (f+g+j) + 4 (h+k) + 5i = 24 ± 2y 1=a=3,5; 0=b=1.5; 4=c=5; 0=d=1,5; 0=e0.8; 0=f=1; 0=g=0,05; 0=i0.8; 0=j=0.5; 0=k=0.5. Applications: hyperfrequency components, passive inductive low-loss components operating at Gigahertz frequencies.
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机译：本发明涉及一种具有基于钇和铁的石榴石结构的铁氧体材料，其包含铜，与常规的铁氧体石榴石型材料相比，其烧结时间大大减少，对应于以下化学式：YaTRbFecAldlneCafCugZrhViCojSikO12±y =稀土或稀土元素与3（a + b + c + d + e）+ 2（f + g + j）+ 4（h + k）+ 5i的组合= 24±2y 1 = a = 3， 5; 0 = b = 1.5; 4 = c = 5; 0 = d = 1,5; 0 = e <0.8; 0 = f = 1; 0 = g = 0.05; 0 = i <0.8; 0 = j = 0.5; 0 = k = 0.5。应用范围：高频组件，在千兆赫兹频率下工作的无源电感式低损耗组件。
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