CATV Optical Receiver with WDM Metal Case
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Passive CATV Optical Receiver with WDM, metal case, has very good heat dissipation. It also can shield against electromagnetic interference.Description
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Description
Superior heat dissipation and robust EMI shielding. This passive CATV Optical Receiver is engineered with a durable metal case that not only ensures excellent thermal management for reliable 24/7 operation but also protects against electromagnetic interference, guaranteeing a clean, stable signal.
For you, the installer or homeowner, this means worry-free performance in your fiber-to-the-home (FTTH) network. The compact, well-organized internal circuitry delivers outstanding efficiency without taking up excess space. Plus, with the built-in WDM (Wavelength Division Multiplexing), you can consolidate 1490nm/1310nm data and 1550nm video signals onto a single fiber, dramatically simplifying your FTTH triple-play (TV, internet, voice) deployment. This CATV Optical Receiver with WDM is the first choice for residential areas and home fiber optic networks seeking both quality and simplicity.
CATV optical receiver Feature
- High responsivity PD with excellent CNR at low optical input power;
- Built-in WDM, single-fiber to the home (1490/1310/1550nm)
- Using GaAs MMIC, excellent performance
Unit indicator Optical parameters: Input optical power dBm -15~0 Reflection loss dB >45 Received light wavelength nm 1310~1550 Input optical interface SC/APC-SC/APC Link performance:: C/N dB ≥51 C/CTB dB ≥65 C/CSO dB ≥62 RF parameters: Frequency Range MHz 47~1000 In-band flatness dB 1.5 Output level dBμV 50(-10dBm test) 60(-5dBm test)
64(-3dBm test)
70(0dBm test)
RF output impedance Ω 75 Mer dB 33(-10dBm test) dB 37(-5dBm test) dB 37(-3dBm test) dB 37(0dBm test) 
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| Product Model | Descriptions | Inquiry |
|---|---|---|
| BD-OR-WDM-M-P | Ftth catv optical receiver, WDM built-in, 1490/1310/1550nm, Metal case | Request Price |
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Related Question
Can the optical receiver be used for digital TV?
Related article: Optical Receivers Signal: Common Loss Issues and Solutions