Optical fiber Acousto-optic modulator
Fiber optic acoustooptic frequency shift and modulator is a type of optoelectronic product that utilizes the principle of acoustooptic interaction to shift and modulate the frequency and amplitude of lasers. The wavelength range can range from visible light to infrared region, adopting an all metal structure design, a compact and sturdy sealed packaging structure, and innovative packaging technology, ensuring high reliability and temperature stability.
Features
Fast response time
Low insertion loss
High extinction ratio
High temperature stability and reliability
Applications
Industrial laser
Ultrafast laser
Fiber optic sensing
Optical communication
Fiber optic acoustooptic frequency shift and modulator available:
Working wavelength (nm): 500-2000
Frequency shift frequency (MHz): 0-1000
Modulation speed (MHz): 0-60
Extinction ratio (dB):>50
Fiber type: SM/PM
Supporting drive type:
N-type (universal modulation)
M-type (linear power amplifier/special frequency)
T-type (pulse selection)
P-type (broadband frequency shift)
Q-type (homologous dual channel frequency shift)
Typical test curve
Order information
40ns optical pulse rise time 10ns optical pulse rise time
6ns optical pulse rise time
Wavelength(nm) | Frequency (MHz) | Insertion loss (dB) | Rise time (ns) | Fiber type |
500-900 | 150 | <2.5 | <20 | SM/PM |
200 | <2.5 | <12 | SM/PM | |
300 | <3 | <10 | SM/PM | |
400 | <4.5 | <7 | SM/PM | |
900-1100 | 100 | <2 | <50 | SM/PM |
150 | <2.5 | <20 | SM/PM | |
200 | <3 | <12 | SM/PM | |
300 | <2.5 | <8 | PM | |
300 | <4 | <7 | SM/PM | |
400 | <3 | <6 | PM | |
1310 | 100 | <3 | <40 | SM/PM |
150 | <3 | <20 | SM/PM | |
200 | <4 | <12 | SM/PM | |
300 | <3 | <8 | PM | |
400 | <3.5 | <6 | PM | |
1500-1600 | 40 | <2.5 | <50 | SM/PM |
80 | <2.5 | <40 | SM/PM | |
150 | <3.5 | <20 | SM/PM | |
200 | <4.5 | <12 | SM/PM | |
200 | <2.5 | <10 | PM | |
300 | <3.5 | <8 | PM | |
400 | <4.5 | <6 | PM | |
1900-2000 | 40 | <3 | <50 | SM/PM |
80 | <3 | <40 | SM/PM | |
150 | <3 | <20 | PM | |
250 | <4 | <10 | PM |