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Acousto-Optic Modulator 1550nm Frequency 200Mhz Rise Time 10ns
AOM, 200M AOM,Acousto-Optic Modulator
Model：G-1550-200-L-D-T-AA-G3-T-L
Contact：
Huang
Email: Hqy@ybphotonics.com
Huang
Email: Hqy@ybphotonics.com
Product Info
Introduction
The G-1550-200-L-D-T-AA-G3-T-L is 1550nm fiber-coupled acousto-optic modulator(AOM), Frequency 200Mhz, deal for fiber optic sensing system applications.
Download
1550nm 200Mhz Fibre-Coupled Acousto-Optic Modulator.pdf download
Specifications
Parameters
Unit Min. Max. General Remark Materials TeO2 Wavelength nm 1520 1580 1550 Average optical power W 0.5 Ultrasonic sound velocity m/s 4200 Insertion loss dB 5 Extinction ratio dB 60 Polarization extinction ratio dB - - - Return loss
dB 40 40 Rise time
ns 10 Frequency
MHz 200 Frequency Stability
0.1% RF Power
W 2.5 Voltage VSWR
1.5:1 Input Impedance
Ω 50 Device Interface
SMA Fiber Type
SMF-28e Single-mode
Fiber length
m 1 Fiber Optic Interface
FC/APC Operating temperature
℃ -20~60 Storage temperature
℃ -30~70
Fiber-Coupled Acousto-Optical Modulator Device Instruction Manual
I. Methods of use
- drive power supply "+24V" port, please use the matching power supply cable, power supply cable one end according to the positive and negative level to connect the drive power supply "+24V" port, the other end of the power cord according to the positive and negative labeling correctly connected to the 24V power supply positive and negative (if the connection is reversed is likely to be directly burned out of the drive power supply)
- The output power of the drive power supply is adjustable. General factory before the RF output power has been and sound and light devices together with the supporting modulation. If there is no special demand, please do not adjust. If you need to change the RF power, please use a screwdriver to rotate the small hole knob in the "amplitude" end. Clockwise power decreases, counterclockwise power increases.
- drive power supply "power output" port, please use the matching SMA signal cable to connect: the other end of the signal cable SMA directly connected to the sound and light devices.
- The "Modulation" port is used to load the control signal, which is a standard TTL digital signal. Note: The power supply is on high, and 5V must be supplied to the "Modulation" port for RF power to be output.
- use of acousto-optic devices, the use of the laser source must be consistent with the purchase of the former v. Laser source, otherwise it will affect the acousto-optic device test when the insertion of the insertion loss becomes larger.
- When connecting the light source or photoelectric probe with the fiber optic interface of the acousto-optic device, please carefully confirm whether the fiber optic interface of the acousto-optic device is FC/PC or FC/APC. If the fiber optic interface of the acousto-optic device and the interface of the device to be connected do not coincide with each other, please use an adapter to ensure that the interface is consistent, or else it will affect the acousto-optic device to test the insertion of the insertion loss becomes larger.
II Notes
- Acousto-optic devices operate under high frequency conditions. To prevent human damage. When the "Power Output" terminal is not connected to the load (i.e., not connected to the acousto-optic device), do not load the 24V power supply, in order to prevent the RF source no-load caused by high-frequency oscillation damage to the components. Especially after the test is completed, always remember to turn off the 24V power supply in time to avoid the drive power supply no load.
- drive power supply in the power before, please be sure to drive the power supply placed or fixed to a good heat dissipation effect of the metal plate, to avoid because of the drive of the poor heat dissipation effect caused by the power supply internal components damage.
- Pay attention to protect the optical fiber to avoid damage or breakage.
- Cap the fiber optic interface after use, to avoid wear or pollution of the interface end face:5Products should be gently held and placed to avoid impact.
Related content
The G-1550-200-L-D-T-AA-G3-T-L is 1550nm fiber-coupled acousto-optic modulator(AOM), Frequency 200Mhz, deal for fiber optic sensing system applications.
Download
1550nm 200Mhz Fibre-Coupled Acousto-Optic Modulator.pdf download
Specifications
| Parameters | Unit | Min. | Max. | General | Remark |
|---|---|---|---|---|---|
| Materials | TeO2 | ||||
| Wavelength | nm | 1520 | 1580 | 1550 | |
| Average optical power | W | 0.5 | |||
| Ultrasonic sound velocity | m/s | 4200 | |||
| Insertion loss | dB | 5 | |||
| Extinction ratio | dB | 60 | |||
| Polarization extinction ratio | dB | - | - | - | |
| Return loss | dB | 40 | 40 | ||
| Rise time | ns | 10 | |||
| Frequency | MHz | 200 | |||
| Frequency Stability | 0.1% | ||||
| RF Power | W | 2.5 | |||
| Voltage VSWR | 1.5:1 | ||||
| Input Impedance | Ω | 50 | |||
| Device Interface | SMA | ||||
| Fiber Type | SMF-28e | Single-mode | |||
| Fiber length | m | 1 | |||
| Fiber Optic Interface | FC/APC | ||||
| Operating temperature | ℃ | -20~60 | |||
| Storage temperature | ℃ | -30~70 | |||
Fiber-Coupled Acousto-Optical Modulator Device Instruction Manual
I. Methods of use
- drive power supply "+24V" port, please use the matching power supply cable, power supply cable one end according to the positive and negative level to connect the drive power supply "+24V" port, the other end of the power cord according to the positive and negative labeling correctly connected to the 24V power supply positive and negative (if the connection is reversed is likely to be directly burned out of the drive power supply)
- The output power of the drive power supply is adjustable. General factory before the RF output power has been and sound and light devices together with the supporting modulation. If there is no special demand, please do not adjust. If you need to change the RF power, please use a screwdriver to rotate the small hole knob in the "amplitude" end. Clockwise power decreases, counterclockwise power increases.
- drive power supply "power output" port, please use the matching SMA signal cable to connect: the other end of the signal cable SMA directly connected to the sound and light devices.
- The "Modulation" port is used to load the control signal, which is a standard TTL digital signal. Note: The power supply is on high, and 5V must be supplied to the "Modulation" port for RF power to be output.
- use of acousto-optic devices, the use of the laser source must be consistent with the purchase of the former v. Laser source, otherwise it will affect the acousto-optic device test when the insertion of the insertion loss becomes larger.
- When connecting the light source or photoelectric probe with the fiber optic interface of the acousto-optic device, please carefully confirm whether the fiber optic interface of the acousto-optic device is FC/PC or FC/APC. If the fiber optic interface of the acousto-optic device and the interface of the device to be connected do not coincide with each other, please use an adapter to ensure that the interface is consistent, or else it will affect the acousto-optic device to test the insertion of the insertion loss becomes larger.
II Notes
- Acousto-optic devices operate under high frequency conditions. To prevent human damage. When the "Power Output" terminal is not connected to the load (i.e., not connected to the acousto-optic device), do not load the 24V power supply, in order to prevent the RF source no-load caused by high-frequency oscillation damage to the components. Especially after the test is completed, always remember to turn off the 24V power supply in time to avoid the drive power supply no load.
- drive power supply in the power before, please be sure to drive the power supply placed or fixed to a good heat dissipation effect of the metal plate, to avoid because of the drive of the poor heat dissipation effect caused by the power supply internal components damage.
- Pay attention to protect the optical fiber to avoid damage or breakage.
- Cap the fiber optic interface after use, to avoid wear or pollution of the interface end face:5Products should be gently held and placed to avoid impact.
Related content
FAQ
-
Q: What is the main difference between the DAQ (YB-DVS-100-DAQ and YB-DAS-250-DAQ) for fiber optic vibration sensing system DAS?
A: Their sampling rates are different, YB-DVS-100-DAQ is 100M while YB-DAS-250-DAQ is 250M. YB-DVS-100-DAQ is mainly used for distributed fiber optic vibration DVS system, while YB-DAS-250-DAQ is used for DAS system. YB-DAS-250-DAQ has built-in IQ demodulation algorithm, YB-DVS-100-DAQ has exponential amplification, averaging, filtering, power statistics and other fiber optic sensing demodulation algorithms. -
Q: What is the lead time for your fiber optic sensing related module products?
A: Basically, we have more than 90% of modules in stock, only a few models need 2 weeks lead time. -
Q: Do you support the sale of those countries, and is the shipping included?
A: Our service is available worldwide, regardless of country or region. Shipping is included. -
Q: Who are your typical customers?
A: More than 100 top universities and research institutes in China have chosen us and given us high evaluations, such as: Chinese Academy of Sciences, CEC, Tsinghua University, Peking University and other clients.
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