LDD:轻掺杂漏极
“Lightly Doped Drain”在电子学及相关学术领域广泛使用,通常缩写为LDD,以便于快速书写和高效交流。它在半导体器件(如MOSFET)中作为一种关键结构,用于缓解漏极附近电场集中问题,从而提升器件性能。其标准中文译名为“轻掺杂漏极”。
Lightly Doped Drain具体释义
Lightly Doped Drain的英文发音
例句
- The lightly doped drain MOSFET made basically by domestic equipment has been described.
- 本文描述了以国产设备为基础研制出的轻掺杂漏MOSFET。
- Investigation of the Lightly Doped Drain(LDD) ( LDD ) MOSFET Technology
- 轻掺杂漏(LDD)MOSFET工艺研究
- A new structure of gate_modulated lightly doped drain of TFT was proposed. It is very effective to lower gate_induced drain_leakage current of the TFTs when a higher source drain voltage is applied to it.
- 在进一步的研究中,设计了一种新型的栅控轻掺杂漏区(GMLDD)结构,有效地解决了在较高源漏电压下的栅诱导漏电问题。
- The tested results indicated that the lightly doped drain MOSFET can resist the hot carrier effect and short channel effect effectively, and havs a fast speed.
- 测试结果表明,轻掺杂漏MOSFET能够有效地抗热载流子效应及短沟道效应,速度也较快。
- For the purpose of reducing off-state current, lightly doped drain ( LDD ) structures were used in a p-Si TFT LCD.
- 针对多晶硅薄膜晶体管液晶显示器件关态漏电流较大的问题,采用源漏轻掺杂结构以降低关态时电荷的泄漏,增加晶体管的开关电流比值。
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