Studying of the interaction process between high energy pulse laser using millisecond pulse width and a PIN junction photodiode is presented.
采用脉宽为毫秒的高能脉冲激光与PIN结光电二极管进行相互作用,建立了包含热源项的导热方程,并考虑了热物性参数随温度变化的情况。
monorail double heterojunction diode
单轨双异质结二极管
P-N junction electroluminescent diode
pn结电致发光二极管
hyperabrupt junction varactor
超突变结变容二极管
single-heterojunction laser diode
单异质结激光二极管
double heterojunction laser diode
双异质结激光二极管
A double-junction structure of photodiode is proposed.
本文提出了一种重结光电二极管结构.
diode other than photosensitive or light emitting diodes
二极管,光敏二极管或发光二极管除外
Organic red light-emitting diodes with a soluble luminescent compound and a novel TPBI/Ag cathode
新型TPBI/Ag阴极结构的红色有机发光二极管
Large Area Laser Diode Stack Pumping Structure
大发光面积激光二极管堆栈抽运结构
Semi-super junction SiGe high voltage fast and soft recovery switching diodes
半超结SiGe高压快速软恢复开关二极管
emitter base diode
发射极 基极二极管
positive-intrinsic-negative diode
“正-本征-负”二极管
PIN diode phase shifter
PIN二极管移相器
PIN (Positive-Intrinsic-Negative)
正-本征-负(二极管)
multi-emitter laser diode
多发射极激光二极管
emitter follower diode logic
射极输出器二极管逻辑
In this book we also discuss nonlasing heterojunction diodes.
本书也讨论了非激光型的异质结发光二极管。
