LPT-3 Systema Experimentale pro Modulatione Electro-Optic
Experimentum Exempla
1. Propono electro-opticus modulationis waveform
2. Electro-optic modulationem phaenomenon servate
3. metire dimidium unda voltage electro-optici crystallum
4. Calculate coefficiens electro-opticus
5. Demonstra modulationis optica communicationis utens electro-optica ars
Specifications
Virtus Supple pro Electro-Optic Modulation | |
Output Sine Undo Modulation Amplitude | 0 ~ 300 V (Continuously Novifacta) |
DC cinguli intentione Output | 0 ~ 600 V (Continuously Novifacta) |
Output Frequency | 1 kHz |
Electro-Optic Crystal (LiNbO3) | |
Dimension | 5×2.5×60 mm |
Electrodes | Argentum Coating |
idipsum | < λ/8 @633 nm |
Perspicuus Necem dolor | 420 ~ 5200 nm |
He-Ne Laser | 1.0 ~ 1.5 mW @ 632.8 nm |
Gyratorius Polarizer | Minimum Lectio Scale: 1° |
Photoreceiver | ACUS Photocell |
Pars List
Descriptio | Qty |
Optical Rail | 1 |
Electro-Optic Modulation Controller | 1 |
Photoreceiver | 1 |
He-Ne Laser | 1 |
Laser Holder | 1 |
LiNbO3Crystallo | 1 |
BNC Cable | 2 |
Quattuor Axis Novifacta Holder | 2 |
Gyratorius Holder | 3 |
Polarizer | 1 |
Glan Prisma | 1 |
Quarta unda Plate | 1 |
Gratia diei et noctis Apertura | 1 |
Orator | 1 |
Terra Vitri Screen | 1 |
Epistulam tuam hic scribe et mitte nobis