光電工程

Multi tool use
電子學主题
光電工程學(Optoelectronics),又稱光電子學,指的是與光、電同時相關的科學,將光轉換為電的科學。
光電子學是以光的量子力學(quantum photonics)為基礎,應用於半導體材料上,有時也表現在電場上。
例如:
光電效應可應用於:
光電二極體(photo diodes,包含太陽能電池)
光電電晶體(photo transistors)
光電子倍增器(photo multipliers)
積體光電子電路(IOC)元件
光電導性,則應用於:
光電阻(photo resistors)
光導相機管(photo conductive camera tubes)
感光耦合元件(CCD)
光電工程學子領域
- 雷射
- 光纖
- 光儲存
- 光通訊
- 顯示科技
- 光計算
光學系統設計(光學設計)
- 非線性光學
- 微元件光學
另見
電光工程(Electro-Optical Engineering,EO)
電子光學(Electro-optics、Electron optics)
- 電光效應
- 光子
- 光互連
- 非輻射結合生命期
- 光電耦合元件
- 光纖通訊
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