 Product description
Huatai H9122, the operating bandwidth of 47~862MHz, Products with high sensitivity optical receiver tube and Huatai special low noise matching circuit,Whether used in analog television or digital television, have high reception sensitivity and excellent intermodulation distortion index. is a low power, high performance, cost-effective triple play, FTTH CATV optical receiver.
H9122 for Analog TV, in Pin =-10dBm when, Vo ≥ 69dBμV, CNR ≥ 45dB.
H9122 for Digital TV, in Pin =-15dBm when, Vo ≥ 62.7dBμV, MER ≥ 36.8dB.
H9122 for Digital TV, in Pin =-20dBm when, Vo ≥ 53.1dBμV, MER ≥ 29.4dB.
Triple play, fiber to the home, using the H9122 can save a lot of optical fiber amplifier power resources. For operators, can greatly reduce the cost of building the network.
H9122 optical port mode of the following three selection:
H9122 :operating wavelength 1260~1620nm. A - Type
H9122/WD: Built-in CWDM, suitable for single-fiber triple wavelength system, CATV
operating wavelength 1550nm, passwavelength 1310/1490nm, can conveniently connect the ONU of EPON, GPON. B - Type & C - Type
H9122/WF: built-in 1310/1490nm filter,suitable for single-fiber triple wavelength
system, CATV operating wavelength 1550nm. A - Type
 Product feature
 Extra-low noise(3.8% modulate, -10dBm receive, CNR ≥ 45dB)
 Wide dynamic receiving optical power range: within Pin=-15, MER≥36.8dB
 Applicable GPON, EPON, compatible with any FTTx PON technology
 Can save a large number of optical power resource, greatly reduce the network
configuration cost
 In the range of 47~862MHz, all have good flatness (FL ≤± 0.75dB)
 Metal shell, supply safeguards to opto-electrical sensing device
 High output level can supply for many users
 Low power consumption, high cost performance
 Main application
 CATV FTTH
 Integration of three networks
 FTTH PON
 Status Indication
 Red : >+2dBm
 Green : +2~-16dBm
 Orange : -16~-20dBm
 Red : <-20dBm
Note: Users can set the order request
 Flatness
 CNR, MER Degradattion table
 Dimensions
 H9122/WD The application in Single-fiber Three-wavelength
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