Mini Passive 1310nm 1550nm FTTH WDM Optical Receiver

CATV YDS-OR1000 Series Optical Receiver

• Performance Features
• High-quality aluminium profile housing with good heat dissipation.
• All-GaAs low-noise amplifier circuit for RF channels. Digital signals are received at least -18 dBm.
• With optical input AGC functionality (AGC range -2 to -12dBm).
• Low power design with efficient switching power supply ensures high reliability and stability of the power supply. The power consumption of the entire machine is less than 2W, and it has an optical detection circuit.
• Multi-level lightning protection devices (TVS transient suppression diodes), the lightning protection system is tight to ensure the safe operation of the equipment.
• Built-in WDM, achieving (1270/1310/1490/1550/1577nm) triple play application.
• Multi-level lightning protection devices (TVS transient suppression diodes), the lightning protection system is tight to ensure the safe operation of the equipment.
• Built-in WDM, achieving (1270/1310/1490/1550/1577nm) triple play application.
• SC/APC or SC/UPC optical connectors, male or female RF interfaces.
• Built-in RF attenuator, adjustable RF output level. Single-port or dual-port output is available.
• Product Application

This series optical receivers is a home type of optical receiver with fiber access as the ultimate development goal, suitable for the fiber user access end of FTTH (Fiber to the Home) network to achieve analog or digital signal access to the home. This device uses low-power photodetectors, GaAs and optically controlled AGC technology to meet the CATV reception requirements of fiber to the home. This device can be enhanced with WDM to achieve triple-play integration applications.

• Technical Specifications

Note: Test conditions: Under specified link loss conditions, 59 PAL-D analog television channel signals were configured in the 550MHz frequency range, and digital modulation signals were transmitted in the 550MHz to 862 MHZ frequency range. The level of the digital modulation signal (within 8MHz bandwidth) was 10dB lower than the carrier level of the analog signal, and the optical receiver input optical power was 0dBm. Measure C/N, CTB, and CSO.