Combined Polarization-Maintaining Optical Intensity Modulator IM-DC-500
This optical intensity modulator uses M-Z interference. Annealed proton exchange forms low-loss, single-polarization waveguides on a lithium niobate wafer for excellent optical stability. The IM-DC-500 combines optimized low-noise PM intensity modulation with a PM fiber splitter that divides the output into 2 beams. The splitting ratio can be customized.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Operating wavelength [Customizable] | Min ：1540 nm； Typical ：1550 nm； Max ：1563 nm |
| Input Operating Optical power [customizable; CW] | Max ：100 mW |
| Insertion loss [Customizable] | Typical ：5 dB |
| Polarization Extinction ratio [customizable; PM] | Min ：20 dB |
| Max RF power [Customizable] | Max ：20 dBm |
| Return loss [Customizable] | Typical ：45 dB |
| Switching Extinction Ratio [Customizable] | Min ：20 dB |
| Radio Frequency RF Half-Wave Voltage [Customizable] | Typical ：4 V； Max ：5 V |
| Bias Bias Half-wave voltage [Customizable] | Typical ：5 V； Max ：7 V |
| Polarization-Maintaining Fiber Beamsplitter Split Ratio [Customizable] | 1:99% to 50:50% |
| Bias Port Bandwidth [Customizable] | DC-100kHz |
| Radio Frequency RF Bandwidth [Impedance 1MΩ; Low-Frequency Version] | DC-500MHz |
| Output Pigtail type [Modular] | PM1550；FC/APC |
| Modulation Interface Type [Modular] | SMA |
| Max Input Optical power [Modular] | 100 mW |
| Max Input Voltage [Modular] | ±15V |
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
For pulsed laser and full-spectrum optical testing, photodiodes and thermopiles have inherent drawbacks. Photodiodes show weak response in infrared band, while thermopiles feature slow response and cannot capture nanosecond narrow pulses.
Driven by the rapid upgrading of intelligent vehicles, optoelectronic sensing technologies represented by laser sensing and infrared thermal imaging have become core pillars for high-level autonomous driving and smart cockpit iteration. Leveraging automotive-grade optoelectronic R&D advantages, Pilot Technology Group launches the VITAL intelligent vehicle solution. By integrating high-power VCSEL laser chips and vehicle infrared night-vision thermal imagers, the system comprehensively enhances vehicle environmental perception and realizes safer, smarter and more comfortable driving experiences.
As premium broadband light sources situated between traditional LEDs and laser diodes, MicroLight superluminescent‑diode (SLD) products combine broad spectral bandwidth, sufficient optical output power and low‑coherence performance.
Driven by worldwide energy‑structure transformation, the lithium‑ion battery industry is expanding rapidly as green, high‑efficiency energy‑storage devices gain surging global market demand. With years‑long dedication to intelligent manufacturing, Han’s Laser Lithium‑battery Intelligent Equipment has accumulated solid R&D strength and rich practical experience. By integrating multiple cutting‑edge technologies, the company delivers high‑efficiency, eco‑friendly and sustainable lithium‑ion battery production lines, bringing revolutionary upgrades to the new‑energy battery sector.
Loading...
Name
Phone
Organization
Use Case
Database Platform