Fiber-coupled Acousto-optical Modulators(AOM)

$1,680.00
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The Fiber-coupled Acousto-optical Modulators(AOM) is made with high quality. The acousto-optic modulator has an acousto-optic medium and a piezoelectric transducer. You can see the two parts in the picture, the modulator and the driver.You need to send us the requirements: Wavelength,Frequencycy,Fiber Type,Fiber Jacket on In&Out, Fiber Length. You will see them at the bottom of this page. Read more details about AOM here. 

It acts as a pulse picker to control the laser output pulses.  By dividing down the laser, the laser repetition rate of the output pulses can be adjusted without affecting the pulse energy. The price is for sample fee. Please contact us if you have any questions.

Product Characteristics Performance

 


Parameters

Unit

Values

Central Wavelength

nm

1064

1550

2000

Operating Wavelength Range

nm

+/-5

Typ.Insertion Loss

dB

1.2

2.0

2.0

Max. Insertion Loss

dB

1.5

3.0

3.0

Min. Isolation

dB

50

Min. Return Loss

dB

50

Optical Power  (CW)

W

2 5 10 20

Min.Polarization extinction ratio

dB

20 (for PM fiber) 

Peak Power

kW

10

Driving power

W

2

Working Frequencycy

MHz

35 / 40 / 60 / 80 / 100 / 120 / 150 / 200

VSWR

MHz

<1.2:1(50Ω)

Tensile Load

N

5

Fiber Type

/

9/125 10/125 15/130 20/130 or Specify

Fiber Length

m

1

Operation Temperature

5~+50

 

The following specs are typical 1064nm laser acousto-optical modulators, most of the specs can be customized to meet your special needs. The price is only for 1064nm AOM, 1550nm AOM costs more. Please contact us with your requirements.

Central Wavelength(nm): 1064
Operating Wavelength Range(nm): +/-5
Typical Insertion Loss(dB): <1.5
Pulse Bandwidth: 4-260ns
Max. Insertion Loss(dB): 2.0
Min. Isolation(dB): 45
Min. Return Loss(dB): 50
Optical Power(CW)(W): 5 
Peak Power9kW): 5
Driving power(W): 2
Working Frequencycy(MHz): 80/100
VSWR(MHz): <1.2:1(50Ω)
Tensile Load(N): 5
Rise time: 50ns - 450ns
Fall time: 50ns - 500ns
Fiber Type: 10/125 or Specify
Fiber Length(m): 1
Operation Temperature(℃): 10~+50


Operation procedure
1. To connect the the 25 pin to the control box and the circuit board, the RF line connect to the driver and the head of Q head .
2.To connect the output of 24V DC voltage of the power supply to the input voltage of the AOM driver. (black for the GND, red for the 24V, do not reverse connection.)
3.To connect the TTL singal in the circuit board to the the signal input terminalof the AOM (black GND to connect the white cable of AOM and red TTL signal to the blue of AOM, do not reverse connection.)
4. Switch on the power supply then adjust the frequency by controlling the control box 




Wavelength : 

1030nm–1064nm (It could be working at 1030nm and the Max. energy < 3W.)
1550–1550nm
2000–2000nm 

Frequencycy : 

35–35MHz
40–40MHz 
150–120MHz
200–120MHz

Fiber Type : 

L06– 6/125 Fiber
L09– 9/125  Fiber
L10– 10/125 DCF Fiber
L12– 12/125 DCF Fiber 
P06– PM98 Fiber
P09– PM1550 Fiber
P10– PM10/125 DCF Fiber
S–Specify

Fiber Jacket on In&Out :

B– Bare Fiber
L– 900um Loose  Fiber
C– 3mm Loose Cable
S– Specify
M– single mode fiber(6 micron core fiber).

Fiber Length : 

10cm–1.0m .
Fiber-coupled is also named to fiber pigtailed, the fiber length is customized.1 meter fiber is used in most of the AOM applications.

An acousto-optic modulator (AOM) uses the acousto-optic effect to diffract and shift the frequency of light using sound waves. They are used in lasers for Q-switching, telecommunications for signal modulation, and in spectroscopy for frequency control. See more details here. AOM is a device which can be used for controlling the power, frequency or spatial direction of a laser beam with an electrical drive signal.



The high frequency pigtailed AOM has a frequency of 200 MHz. High power AOM has an output power as high as 20W.

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