Optical Receiver (node)-CATV
Optical Receiver (node)-CATV
Metal/Aluminum Housing |
| Node |
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1) Hybrid Opticl Receiver Module Technology,
2) Aluminum / Metal Housing,
3) High RF Outpur Level,
4) Double Rf Output and one Monitor,
5) Excellent frequency response,
6) LED / Digital Display Optical Power Indication,
7) Variable Gain and Slope Control,
8) Excellent C/N, CSO & CTB,
9) Dual Power Supply power pass & Mains,
10) Optical AGC Optional (+2 to -8 dBm)
In this paper, a low-control optical collector front-end which comprises of a transimpedance intensifier (TIA) and three phases of restricting enhancer (LA) for 2.5 Gb/s applications is proposed in 0.18 µm CMOS innovation. The proposed TIA profits by an altered inverter structure, in which the info opposition is appropriately diminished because of the utilization of diode-associated transistors in correlation with traditional inverter circuit. Additionally, a functioning inductor is utilized in parallel with a diode-associated transistor at the yield hub, which gives a low yield obstruction, while it reverberates with the heap capacitance to broaden the −3 dB recurrence data transmission. Also, three phases of LAs are utilized to acquire additional increase, in which every LA cell utilizes dynamic inductor load. Notwithstanding, HSPICE reenactments for the proposed TIA circuit show a 42.24 dBΩ transimpedance increase, 1.96 GHz recurrence data transfer capacity, 11.7 pA/√Hz input alluded commotion, and just 972 µW of intensity utilization at 1.5 V supply. Additionally, recreation results for the entire beneficiary framework show a 75.6 dB increase, 1.7 GHz recurrence transfer speed, and 6.54 mW of intensity utilization at 1.5 V supply. At long last, recreation results show that the proposed recipient framework has great exhibitions to be utilized as a low-control optical beneficiary front-end.
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