Microno Node Passive Female
Micronodo Passive 55MF
➢ Model Number: XFO HN001F
➢ Designed For FTTH (Fiber To The Home Network)
➢ No Power Required
➢ Exelent Linearity and Flatness
➢ Frequency range 40-1000MHz For CATV End-users
➢ Optical Connector: SC/APC
➢ PVC Casing(Actractive customized case colours)
➢ With RF Shielding Protection
OPN-Micro55MT2. Designed for FTTH (Fiber to The Home Network) 3. No Power Required 4.Lensed protection and high responsivity PD for more performance 5. Excellent Linearity and Flatness 6. Frequency range 40-1000MHz For CATV End-users 7. Optical Connector: SC/APC 8. Aluminum Profiles casing, excellent heat dissipation performance 9. Small and Cute Design for Easy Handling 10. Good RF Shielding Protection 11.Built-in 1310/1490nm filter, suitable for single-fiber triple wavelength system, RFTV operating Wave length 1550nm.
OPN-Micro55F860AC• Designed For FTTH(Fiber To The Home Network) • Excellent Linearity and flatness • Frequency range 40-1000MHz For CATV End-users • Voltage supply: +6V~18V(DC) • Optical Connector: SC/APC 6. Aluminum Profiles housing,excellent heat dissipation performance • Smaller size and easier install • Red-LED Power Indication • Green-LED Optical Power Indication(Optical power >- 10dBm)
Optical Node OPN8604New high-end four-output Optical Receiver CATV network, in front of the class-wide GaAsMMIC amplification, after the class for the GaAs amplifier module, optimizing the circuit design, couple with the company for more than a decade of professional design experience, make the machine achieve a high performance, RF attenuation and balanced regulation of the use of fixed insertion attenuation, especially to facilitate debugging the project is to build models the mainstream of CATV networks.
Fiber Optic Splice Closure 48 Cores
The splice closure has a wide range of applications, with good sealing performance, easy installation, produced with high strength engineering plastic, with anti-aging, corrosion resistance, high temperature and high mechanical strength and so on .