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E-mail
sales@waveopt.com
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Phone
18515635158
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Address
Room 1113, Building 2, Huihuang International, Shangdi 10th Street, Haidian District, Beijing
Beijing Bowei Technology Co., Ltd
sales@waveopt.com
18515635158
Room 1113, Building 2, Huihuang International, Shangdi 10th Street, Haidian District, Beijing
Product Name: Fiber coupled acousto-optic modulator (FCAOM)
Product Introduction:
Fiber-Q™ The regulator provides high extinction ratio, low insertion loss, excellent stable single-mode, and polarization maintaining formats at modulation frequencies for visible and infrared bands30 MHz.
FIBER-Q™ Fiber coupled acousto-optic modulator(FCAOM)
Fiber coupled acousto-optic modulator(FCAOM)Provides a compact and robust solution for fiber laser modulation and frequency variation,Allow direct control of time,intensity,Laser output over time. weFiber-Q™ The regulator provides high extinction ratio, low insertion loss, excellent stable single-mode, and polarization maintaining formats at modulation frequencies for visible and infrared bands30 MHzEstablish reliability,Fiber-Q™ The characteristic of the series of products is a sturdy seal in a compact design,Low profile bag,Suitable for easy integration into all fiber andOEMSystem.
Fiber coupled acousto-optic modulator(FCAOM)Initially created byG&HAdjusting the intensity of light, the fiber contains a wireless acousto-optic modulator installed without breaking the fiber(AOM)Traditionally,Modulation in fiber lasers is achieved through the use of a main oscillator power amplifier(MOPA).MOPAFinite pulse shape,Can create,And require an independent semiconductor laser system. Directly integrated fiber optic acousto-optic modulator is a simpler method,In addition to reducing power loss and allowing better optical paths to continue shutting down power processing and reliability.
Fiber coupled acousto-optic modulator(FCAOM)Directly controllable temporal characteristic activities output from fiber lasers,Provide more types of pulse shapes. Sound and light effects as by-products,The first-order diffraction mode of light passing through the fiber coupled modulator also undergoes frequency shift and beam deflection. This allows usFiber-Q™ The product is not only used for modulation,This leads to laser optical heterodyne interferometry outside of the application program. Recently added visibleFiber-Q™ The product will also enable more compact all fiber instrument designs for biomedical applications such as microscopes and flow cytometry.
today,G&HProvide fiber optic acousto-optic modulators specifically designed for low insertion loss, high extinction ratio, and good return loss. Typical optical performanceFiber-Q™ The series includes:
insertion loss:as low as2 dB,According to the model
extinction ratio: 50 dB
return loss: 40 dB
polarization extinction ratio: 20 dB (for polarization-maintaining models)
We utilize our professional knowledge to design and create a highly reliable fiber optic regulator for communication components,Adjust our processes and designs to address the challenges of high output power and fiber alignment accuracy. We grow our own tellurium dioxide(TeO2)Inside the crystal,Polishing and executing all stages of manufacturing to achieve low scattering and strict quality standards throughout the entire production process. This ensures consistent high reliability, high laser damage threshold, and optical performance.
Besides our standard lineFiber-Q™ regulator,We customize, design, and manufacture forOEMThe demand is on the roll. Besides,Our technical support team works with customers to determine the best RF driver application,Considering the required modulation type(Digital or analog)And any specific pulse shaping requirements.
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Product Features:
insertion loss:as low as2 dB,According to the model
extinction ratio: 50 dB
return loss: 40 dB
polarization extinction ratio: 20 dB |
Application fields:
Qswitch
Optical heterodyne interferometry measurement
Marking
Material processing, microfabrication
Telecommunications, LiDAR
Laser pulse fiber amplifier
Pulse picking
microscope,Medical laser systems, safety sensors |
Indicator specifications:
|
PRODUCT |
WAVELENGTH |
RF FREQUENCY |
TYPE |
|
5W AOM Driver A35 series |
N/A |
40 - 350 MHz |
Fiber-Coupled RF Drivers,Modulators RF Drivers |
|
Fast Switch Rate Fiber-Q™ |
N/A |
N/A |
N/A |
|
RF Driver, 200MHz, Digital, 2.5W |
N/A |
200 MHz |
Fiber-Coupled RF Drivers |
|
RF Driver, 150MHz, Digital, 2.5W |
N/A |
150 MHz |
Fiber-Coupled RF Drivers |
|
Operation Guide 97-02910, Digital |
N/A |
80 - 200 MHz |
Fiber-Coupled RF Drivers |
|
Operation Guide 97-02910, Analogue |
N/A |
N/A |
Fiber-Coupled RF Drivers |
|
Visible Range Fiber-Q™ |
450 nm,532 nm,633 nm,780 nm |
N/A |
Visible |
|
Fiber-Q PM 1060nm 200MHz Hermetic Fiber-Coupled AOM |
1030 - 1090 nm |
200 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q PM 1060nm 150MHz Hermetic Fiber-Coupled AOM |
1030 - 1090 nm |
150 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q 1060nm 200MHz Hermetic Fiber-Coupled AOM |
1030 - 1090 nm |
200 MHz |
Singlemode Fiber-Q |
|
PM Fiber-Q Polarisation Maintaining 1060nm Fiber Coupled Acousto-Optic Modulator, 260MHz |
1060 nm |
260 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q 1060nm 150MHz Hermetic Fiber-Coupled AOM |
1060 nm |
150 MHz |
Singlemode Fiber-Q |
|
Fiber-Q 1060nm 150MHz Non-Hermetic Fiber-Coupled AOM |
1060 nm |
150 MHz |
Singlemode Fiber-Q |
|
Fiber-Q 1550nm 40MHz (AMTIR) |
1550 nm |
40 MHz |
Singlemode Fiber-Q |
|
Fiber-Q 1550nm 110MHz Hermetic Fiber-Coupled AOM |
1550 nm |
110 MHz |
Singlemode Fiber-Q |
|
Fiber-Q PM 1550nm 110MHz Hermetic Fiber-Coupled AOM |
1550 nm |
110 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q PM 1550nm 200MHz Hermetic Fiber-Coupled AOM |
1550 nm |
200 MHz |
Polarisation Maintaining Fiber-Q |
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PM Fiber-Q Polarisation Maintaining 1550nm Hermetic Fiber Coupled Acousto-Optic Modulator, 80MHz (Low Power Consumption) |
1550 nm |
80 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q 1550nm Hermetic Fiber Coupled Acousto-Optic Modulator, 80MHz (Low Power Consumption) |
1550 nm |
80 MHz |
Singlemode Fiber-Q |
|
Fiber-Q PM 1550nm 80MHz Hermetic Fiber-Coupled AOM |
1550 nm |
80 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q, PM 1550nm, 40MHz (AMTIR) |
1550 nm |
40 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q 1550nm 80MHz Hermetic Fiber-Coupled AOM |
1550 nm |
80 MHz |
Singlemode Fiber-Q |
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Fiber-Q 1550nm 200MHz Hermetic Fiber-Coupled AOM |
1550 nm |
200 MHz |
Singlemode Fiber-Q |
|
Fiber-Q PM 2000nm 80MHz Hermetic Fiber-Coupled AOM |
2000 nm |
80 MHz |
Polarisation Maintaining Fiber-Q |
|
Fiber-Q 2000nm 80MHz Hermetic Fiber-Coupled AOM |
2000 nm |
80 MHz |
N/A |