- DVS/DAS integration modules
- DAQ Boards
- DTS Integration Module
- FBG Demodulator Module
- Laser Modules
- Acousto-Optic Modulator
- Erbium-doped fiber amplifier module
- Optical Device
Products tagged with Mini
S-Mini Analog Optical Transmitter with Pigtail
The OM-TxCxxxNF-OW0x is a supper-mini (31.3×17×10mm) un-cooled optical module with low power consumption, supporting CWDM wavelengths, 10MHz–6GHz frequency range, flat response, +5V power, APC/power monitoring, optional LNA/Bias-T integration, RoHS/CE compliance, and EMI-hardened design for 5G, satellite, and distributed antenna systems.
Mini related contents
Multi-channel photodetector module 4/8/12 ports Customizable
[Multi-channel Photodetector] 2026-03-19 01:58:52
One photodetector module with 4/8/12 channels, compact size, easy integration, customized parameters
1550nm Narrow Linewidth FMCW Tunable Laser Module (Ultra Low RIN)
[Laser Module] 2026-02-27 13:56:06
Pulsed EDFA Erbium-doped fiber amplifier Pulsed signal amplification C-band
[EDFA] 2024-01-14 09:12:58
Pulsed EDFA erbium-doped fiber amplifier, C-band, commonly used after the acousto-optic modulator to achieve the amplification of pulsed optical signals, common in distributed fiber optic sensing systems, LIDAR and other applications.
EDFA & Raman Integrated Amplification Module 1550nm Fiber Optic Sensing DVS DAS
[EDFA] 2023-11-04 23:53:50
The module integrates both an EDFA erbium-doped fiber amplifier and a Raman fiber amplifier inside the module, which significantly reduces system complexity, increases reliability, and reduces size compared to conventional EDFA and Raman amplification systems. The front-end EDFA is available as a pulsed EDFA or an amplified EDFA suitable for ultra-long-range fiber optic sensing systems or high-speed fiber optic communication systems.
ghz photodiode analog optical receiver with pigtail
[Photodiodes] 2025-02-26 03:41:45
High-speed photodetectors, 800nm to 1650nm, bandwidths from 6G to 24G, with DC or AC coupling options. Suitable for high speed photodetection.