1064nm Fiber AOM Series
An optical fiber acousto-optic modulator is a kind of photoelectric device developed based on acousto-optic effect. It adopts special acousto-optic device preparation and fiber coupling technology to realize the function of modulation or frequency shift of optical signal by electronic control. The product is packaged in an all-metal structure, compact structure, small size, and good temperature stability and reliability.
Characteristics of 1064nm Fiber AOM Series
- Short response time
- Low insertion loss
- High extinction ratio
- High-temperature stability and reliability
- Small size
Applications of 1064nm Fiber AOM Series
- Q-switched fiber laser
- Laser Doppler coherent application
- Ultra-fast laser frequency reduction menu
- Linear frequency modulation
Ordering Information of 1064nm Fiber AOM Series
This indicator is a typical optical wavelength indicator, and other wavelengths and frequencies can be selected
| Parameter | Unit | Single mode fiber is represented by “1”, and single mode polarization maintaining fiber is represented by “1P”. | ||||||
| SGTF40-1064-1P | SGTF80-1064-1 SGTF80-1064-1P | SGTF100-1064-1 SGTF100-1064-1P | SGTF150-1064-1 SGTF150-1064-1P | SGTF200-1064-1 SGTF200-1064-1P | SGTF300-1064-1P | SGTF400-1064-1P | ||
| Insertion loss | dB | <2.5 | <2.5 | <2.5 | <3 | <3 | <4 | <5 |
| Rise time | ns | <55 | < 50 | <45 | < 20 | <12 | <10 | <7 |
| Shift frequency | MHz | 40 | 80 | 100 | 150 | 200 | 300 | 400 |
| 3dB frequency shift bandwidth | MHz | – | >15 | >20 | >30 | >40 | >60 | >80 |
| Wavelength | nm | 1030-1080 | ||||||
| Optical power | W | ≤0.5(Customizable up to 5W) | ||||||
| On-off extinction ratio | dB | ≥50 | ||||||
| Polarization extinction ratio (PM device) | dB | ≥20 | ||||||
| Polarization dependent loss (SM device) | dB | <0.5 | ||||||
| Driving power | W | <2 | ||||||
| Fiber type | – | PM980、 HI1060 or others | ||||||
| Optical fiber connector | FC/APC | |||||||
| RF input joint | – | SMA | ||||||
| Fiber length | m | >1 | ||||||
| Input impedance | Ω | 50 | ||||||
| VSWR | – | <1.3:1 | ||||||
| Package | – | FA/FH | ||||||
Low-power N-type Acousto Optic Driver for 1064nm Fiber AOM Series
The acousto-optic driver provides an RF source for acousto-optic modulators (AOM) and frequency shifters (AOFS) and converts electrical signals into ultrasonic signals through piezoelectric transducers. High signal frequency stability (customizable), low power consumption, and output power less than 3W. The frequency and intensity of the RF signal generated by the driver determine the degree to which the beam is modulated, deflected, or tuned. In addition, the product adopts an all-metal structure, which helps with heat dissipation and further improves the temperature stability of the driver, ensuring the reliable operation of the product.
| Supporting Drive | The SGXXXX-33-N-ab model is a versatile signal generator with a range of features denoted by its unique code. The letters “X,” “Y,” and “T” represent its frequency shift function, modulation capabilities, and additional modulation functionality, respectively. The “XXX” portion of the code specifies the operating frequency, while “33” indicates the RF output power. The package type is designated by the letter “N,” and the power supply voltage (24V or 12V) is determined by the letter “A.” Finally, the modulation type is defined by the letter “b,” where “D” stands for digital TTL modulation and “A” represents analog modulation. | ||||||
| SGT40-33-N-1D SGT40-33-N-1A1 SGT40-33-N-1A5 | SGT80-33-N-1D SGT80-33-N-1A1 SGT80-33-N-1A5 | SGT100-33-N-1D SGT100-33-N-1A1 SGT100-33-N-1A5 | SGT150-33-N-1D SGT150-33-N-1A1 SGT150-33-N-1A5 | SGT200-33-N-1D SGT200-33-N-1A1 SGT200-33-N-1A5 | SGT300-33-N-1D SGT300-33-N-1A1 SGT300-33-N-1A5 | SGT400-33-N-1D SGT400-33-N-1A1 SGT400-33-N-1A5 | |
Performance of Low-power N-type Acousto Optic Driver on Fiber AOM
- Small size
- Fast response time
- Low power consumption
- High-temperature stability and reliability
| Item | Unit | Performance | ||||||
| Specifications of the modulation input interface | ||||||||
| Modulated signal input | – | Digital modulation (high level 3.3-5V; low level 0-0.2V@ 1k Ω) Analog modulation (A1: 0- 1V@50 Ω) Analog modulation (A5: 0-5V@ 1k Ω) | ||||||
| Interface | – | SMA | ||||||
| RF output interface specification | ||||||||
| Output signal frequency | MHz | 40 | 80 | 100 | 150 | 200 | 300 | 400 |
| Frequency stability | ppm | 20 ( 1 Special) | ||||||
| Output signal power | W | ＜2 | ||||||
| Rise and fall time | ns | <25 | <25 | <25 | <20 | <10 | <8 | <7 |
| Switching ratio | dB | ≥60 | ||||||
| Harmonic suppression ratio | dBc | >25 | ||||||
| Signal output standing wave ratio | – | ≤1.3 | ||||||
| Interface | – | SMA | ||||||
| Complete machine specification | ||||||||
| Maximum power consumption | W | 10 | ||||||
| Working voltage | Vdc | 24±1V（Optional 12±0.5V） | ||||||
| Power interface | – | Through core capacitance (core wire is connected to positive, solder lug is connected to negative) | ||||||
| Package | – | N/N2 | ||||||
