SMO-P26/CATV Optical Receiver Module

SMO-P25 CATV Optical Receiver Module is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0dBm.

SMO-P27 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0dBm.

SMO-P28 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0d.

SMO-P29 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0dBm.

Mini V-ONU F01.pdf 1. SCOPE This document describes basic electrical characteristics and mechanical characteristics of optical receiver FTTH-F01, which is produced in Shenzhen, PRC.  2. ELECTRICAL SEPCIFICATION 2.1 INPUTRANGE 2.1.1 OPTICAL INPUTRANGE Optical receiver FTTH-F01 should operate within specification of optical input range from -15dBm to -5dBm. 2.1.2 DC INPUTRANGE Optical receiver FTTH-F01 should operate within specification of DC input range from 4.8V to 5.2V.  2.2 OUTPUT LEVEL The optical receiver should operate within specification of output level from 70dBµV to 73dBµV with optical input range is from -15dBm to -5dBm.  2.3 ESD SENSITIVITY The optical receiver should operate within specification of ESD sensitivity according to the table below: ESD ESD sensitivity Human body model; R=1.5KΩ;C=100pF MAX=500 1 V 2.4 RF PERFORMANCE REQUIRMENT 2.4.1 BANDWIDTH The optical receiver should operate within specification of band width from 47MHz to 1000MHz 2.4.2 OUTPUT RETURNLOSS The exact output return loss should apply the specification that S22 ≦-14dB 2.4.3 DISTORTION REQUIREMENT The optical receiver should operate within specification of distortion requirement according to the table below: Composite Triple Beat dB - - -58 60 channels; Measured at 543.25MHz Optical power@- 10dBm Composite Second Order distortion dB - - -58 Noise carrier rating dB 43 - - 2.5 OPTICAL PERFORMANCE SPECIFICATION See the table below: Parameter λ1 1530 1550 1570 nm Optical Wavelength Range R 0.90 0.95 - A/W Op=0dBm ， λ=1550nm Responsivity Id - 0.3 0.5 nA Dark Current IL - - 0.7 dB Insert Loss ORL - - - dB Return loss - 45 - λ=1550nm λ=1550nm Optical Connector - SC - Green Green 3. ENVIRONMENTAL SPECIFICATION 3.1 TEMPERATURE The temperature include storage temperature and operating temperature, and the optical receiver should apply to the temperature specification as the table below 3.1.1 ABSOLUTE MAXIMUM RATINGS Parameter Symbol Unit Min Typ Max Note Optical Input Power Pin dBm - - +2.0 Levels above max range may result in (latent) damages to the machine Storage Temperature T-storage ºC -40 - +85 10 ... 95 % relative humidity; non-condensing 3.1.2 OPERATING ENVIRONMENTAL LIMITS Parameter Symbol Unit Min Typ Max Note Case Temperature T-case ºC 0 - +80 10 ... 80 % relative humidity; non-condensing Power Supply Voltage VPSU V 4.8 5.0 5.2 Power Consumption PPSU W - 0.6 1 VB=5V FTTH-F01 RF SPECIFICATIONS: Parameter Symbol Unit Min Typ Max Note RF passband FPB MHz - 75 - Minimum BW; RF output impedance Rimp_out Ω - - - AGC working range for optical input power Rimp_out dBm -15 - -5 Optical AGC will be implemented,the average optical input power controls the gain. RF output level RFout dBµV 70 72 73 Optical power input range in --5dBm~-15dBm Flatness Flatness dB - ±1 47~1000MHz Output Return Loss ORL dB - - -14 Modulation Error Ratio MER dB 33 - -  - Total 96channels input ,OMI=3.5%,Optical power@-15dBm Bit Error Ratio BER dB 1e-8 CNR CNR dB 43 60 channels; Measured at 543.25MHz Optical power@-10dBm CSO CSO dBc - - -58 CTB CTB dBc - - -58 Total current consumption(DC) Itot mA 130 - 170 VB=5V If you want to know more our product details,Please reply to get E-Catelog and FOC samples,Thank you.

SMO8256S.PDF FEATURES ● Excellent Linearity ● High Optical Input Power Range ● Excellent Flatness ● Optimal Reliability ● Low Noise ● Outline Standarding ● FC/APC SC/APC   DESCRIPTION The SMO8256S CATV Optical Receivers has an FC/APC or SC/APC connector. Pin Description.The amplifier supply voltage pin is connected to 6V(DC) . The modules have a mono mode optical input suitable for 1290 to 1600nm wavelengths a terminal to monitor the photo diode current and an electrical output having a characteristic impedance of 75Ω. CHARACTERISTICS SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS S Responsivity dB 850 - - λ=1300nm FL Flatness straight line dBμV - - ±0.75 f=40 to 870 MHZ 60 channels flat; measured at 543.25 MHz; Optical power receiving at 0dBm Vo Output voltage dB 88 89 90 CTB Composite triple beat dB - - -60 CSO Composite second order distortion dB - - -58 CNR Carrier to noise ratio dB 51 - - S22 Output return loss dB - -10 - f=40 to 870 MHZ Itot Total current consumption dB 140 - 170 VB=6V The module normally operates at VB=6V(±0.5) If you want to know more about our product details, Please reply to get E-catalog and FOC samples, thank you

AGC1011.PDF Product Features ● 40-1000MHz operating frequency range. ● High linearity, 60dBc CTB/CSO 135 Channels @+20dBmV/ch. ● 41dB Gain at 55MHz；41.5dB Gain at 1000MHz ● High dynamic gain range, 24dB Gain Control Range, Support 12dBm optical range. ● Single supply, Single +5V Sup ● Low power consumption, 180mA for one RF output at 5V supply voltage. ● Lead-free/RoHS compliant QFN4X4－24L package. Product Performance (Ta=25℃) Symbol Parameter1 Units Frequency Min. Typ. Max. G Trans-Impedance (Max. Gain State) dB 0.05 GHz 0.87 GHz 1GHz - 41.0 41.0 41.5 - G Range Gain Control Range dB - 24 - P-1dB dBm 0.45GHz - 20.5 - OIP3 Output IP3 dBm 0.45GHz - 34 - RL Output Return Loss dB 0.05-1 GHz - -15 - IDD Attenuator Current mA VDD=+5V 160 180 200 1. All measurements in a 75 Ohm system, unless otherwise specified. 2. Specified at maximum gain. 3. When the control voltage is changed, the attenuation is changed, Attenuation gain deviation is ±1.5dB.

SMO-P27 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0dBm.