40G QPSK Lithium niobate modulator Modulator Fujitsu FTM7962EP
This optical modulator is a LiNbO₃ DQPSK Single-Drive Mach-Zehnder modulator with modulation speed of up to 22.5Gbaud. This optical modulator integrates a monitor PD chip and coupler function for automatic bias control (ABC) for the compensation system of DC-drift and other phenomena.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| 储存温度 [绝对最大额定值 / 环境，注1 / 环境温度 and 湿度限值符合GR63] | min:-40 °C；max:85 °C |
| 工作温度 [绝对最大额定值 / 管壳，注1 / 环境温度 and 湿度限值符合GR63] | min:-5 °C；max:75 °C |
| 储存相对湿度 [绝对最大额定值 / 注1 / 环境温度 and 湿度限值符合GR63] | max:90 % |
| 工作相对湿度 [绝对最大额定值 / 注1 / 环境温度 and 湿度限值符合GR63] | min:5 %；max:90 % |
| RF输入端直流电压 [绝对最大额定值] | min:-4 V；max:+4 V |
| RF输入端射频电压 [绝对最大额定值 / NoneDC偏移的RF] | max:10 Vp-p |
| 各DC端口的直流电压 [绝对最大额定值] | min:-60 V；max:+60 V |
| 成对DC端口之间的差分直流电压 [绝对最大额定值 / V(DCi)-V(DCj)] | min:-60 V；max:+60 V |
| 光输入功率 [绝对最大额定值] | max:40 mW |
| 监测PD反向电压 [绝对最大额定值] | max:15 V |
| 驱动电压 (Vπ) [Tc=-5至75°C / 在22 Gbps条 Items下] | max:3.5 V |
| 驱动电压 (Vπ) [Tc=-5至75°C / 在低频条 Items下] | max:2.8 V |
| 成对DC端口之间的差分偏置电压 [Tc=-5至75°C / V(DCi)-V(DCj) / 平均45°C，20年 / 注1 / DC偏置可单独施加于任一电极，也可同时施加于两 complete plans电极。总DC偏置电压等于|V(DCi)-V(DCj)|。] | min:-30 V；max:+30 V |
| DC端口的Vπ [Tc=-5至75°C / V(DCi)-V(DCj)] | max:14 V |
| RF阻抗 [Tc=-5 至 75°C] | typical:50 Ohm |
| 电回波损耗 (S11) [Tc=-5至75°C / 130MHz ≤ f ≤ 20GHz] | min:10 dB |
| 电回波损耗 (S11) [Tc=-5至75°C / 20GHz ≤ f ≤ 30GHz] | min:6 dB |
| 光学带宽 [Tc=-5至75°C / 相对于1.5GHz下降3dB，小信号 / 平滑5%] | min:22 GHz |
| 工作波长 [Tc=-5至75°C / C波段] | min:1530 nm；max:1570 nm |
| 父MZI开关消光比 [Tc=-5至75°C / 在低频条 Items下 / 子级MZI处于最大透射状态] | min:22 dB |
| 子MZI开关消光比 [Tc=-5至75°C / 在低频条 Items下] | min:20 dB |
| 光回损 [Tc=-5至75°C / 输入端口] | min:30 dB |
| 光插入损耗 [Tc=-5至75°C / C波段，None连接器 / 在最大透射状态下] | max:7.0 dB |
| 工作符号率 [Tc=-5 至 75°C] | min:22.5 Gbaud |
| AlphaParameters [Tc=-5至75°C / 适用于MZC1 and MZC2] | min: -0.2; max: +0.2 |
| 各RF端口的EO差异 [Tc=-5至75°C / 1.5 GHz ≤ f ≤ 15 GHz / 平滑5%] | max:0.8 dB |
| 各RF端口的EO差异 [Tc=-5至75°C / 15GHz ≤ f ≤ 30 GHz / 平滑5%] | max:1.5 dB |
| 任意RF端口之间的相对EO时延偏差 [Tc=-5 至 75°C] | max:5 ps |
| 响应度 (RmAC) [Tc=-5至75°C / 注1：附录2给出了这些指标的定义。] | min:0.001 A/W |
| 偏置漂移 [Tc=-5至75°C / 注1：附录2给出了这些指标的定义。] | min:-4 %；typical:0 %；max:+4 % |
| RF端子 | GPO or GPPO compliant connector, male |
| DC端子 | Feed-through Pin |
| 监测PD端子 | Feed-through Pin |
| 光纤-输入 | Polarization maintaining single-mode fiber (1.55 µm); Coating diameter: 0.4 mm; Fiber Length: 800 mm MIN.; Loose Tube Length: 53 ± 20 mm |
| 光纤 - 输出 | Polarization maintaining single-mode fiber (1.55 µm); Coating diameter: 0.4 mm; Fiber Length: 800 mm MIN.; Loose Tube Length: 53 ± 20 mm |
| 光连接器-输入 [偏振面方向调整为沿X轴方向。连接器键位方向调整至相对X轴±5°以内（图1）。] | FC-SPC |
| 光连接器-输出 [偏振面方向调整为沿X轴方向。连接器键位方向调整至相对X轴±5°以内（图1）。] | FC-SPC |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Large-Aperture Pockels Cell GPC-001
EOM
Gigaphotonics
Maximum Repetition Rate: 1 kHz Wavelength and Damage Threshold [10ns; 10 Hz]: 1030 nm，10 J/cm², 10ns, 10 Hz Crystal Quantity: Single BBO or Dual BBO Crystal
A Pockels cell uses phase retardation in an electro-optic crystal: applied voltage provides electro-optic modulation or switching. It is a core component of Q-switched lasers and regenerative amplifiers. GPC Pockels cells offer a large clear aperture, high-voltage/high-repetition-rate modulation, compact size and easy optical adjustment. Host-computer software lets researchers adjust parameters and display status in real time.
-
Large-Aperture Pockels Cell GPC-010
EOM
Gigaphotonics
Maximum Repetition Rate: 10 kHz Wavelength and Damage Threshold [10ns; 10 Hz]: 1030 nm，10 J/cm², 10ns, 10 Hz Crystal Quantity: Single BBO or Dual BBO Crystal
A Pockels cell uses phase retardation in an electro-optic crystal: applied voltage provides electro-optic modulation or switching. It is a core component of Q-switched lasers and regenerative amplifiers. GPC Pockels cells offer a large clear aperture, high-voltage/high-repetition-rate modulation, compact size and easy optical adjustment. Host-computer software lets researchers adjust parameters and display status in real time.
-
Large-Aperture Pockels Cell GPC-100
EOM
Gigaphotonics
Maximum Repetition Rate: 100 kHz Wavelength and Damage Threshold [10ns; 10 Hz]: 1030 nm，10 J/cm², 10ns, 10 Hz Crystal Quantity: Single BBO or Dual BBO Crystal
A Pockels cell uses phase retardation in an electro-optic crystal: applied voltage provides electro-optic modulation or switching. It is a core component of Q-switched lasers and regenerative amplifiers. GPC Pockels cells offer a large clear aperture, high-voltage/high-repetition-rate modulation, compact size and easy optical adjustment. Host-computer software lets researchers adjust parameters and display status in real time.
-
Large-Aperture Pockels Cell GPC-500
EOM
Gigaphotonics
Maximum Repetition Rate: 500 kHz Wavelength and Damage Threshold [10ns; 10 Hz]: 1030 nm，10 J/cm², 10ns, 10 Hz Crystal Quantity: Single BBO or Dual BBO Crystal
A Pockels cell uses phase retardation in an electro-optic crystal: applied voltage provides electro-optic modulation or switching. It is a core component of Q-switched lasers and regenerative amplifiers. GPC Pockels cells offer a large clear aperture, high-voltage/high-repetition-rate modulation, compact size and easy optical adjustment. Host-computer software lets researchers adjust parameters and display status in real time.
-
Pockels Cell-1030 High-Speed Laser Pulse Optical Switching Module
EOM
Unityphotonics
Operating voltage: 3kV Max Repetition Rate: 1MHz Leading and trailing edges: ＜10ns
Related Articles
Macro channel water-cooled stacked laser diodes integrate dozens of laser bars into one vertical stacked module with large-diameter macro flow cooling channels.
Fomoptic delivers integrated one‑stop optical solutions covering precision optical fabrication and custom vacuum coating services. Supported by complete processing production lines, comprehensive metrology equipment and experienced engineering team, we provide full‑chain customized components, ranging from blank shaping, ultra‑precision polishing to thin‑film coating, for laser systems, infrared imaging, industrial optics and scientific‑research projects.
The accelerated construction of new‑generation power systems has brought revolutionary upgrades to power‑equipment maintenance workflows.
The MSL‑T series water‑cooled continuous‑wave single‑longitudinal‑mode lasers from Changchun New Industries Optoelectronics (CNI) deliver key research wavelengths including 369 nm, 405 nm and 770 nm.
Loading...
Name
Phone
Organization
Use Case
Database Platform