SMG1025/CATV GaAs Push-pull Module

SMF8346S.PDF FEATURES ● Superior Return Loss Performance ● Extremely Low Distortion ● Excellent Linearity ● Low Noise   ● Optimal Reliability     DESCRIPTION The SMF8346S is a Push Pull amplifier module. The part employs Si dies and is operated from 40MHz to 860MHz with supply voltage +6V(DC). CHARACTERISTICS (Bandwidth 40 to 860MHZ; Tmb＝25℃, VB＝6V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 33.5 34 35 f=50MHZ SL Slope cable equivalent dB 1 2 3 f=40 to 860 MHZ FL Flatness of frequency response dB - - ±0.5 f=40 to 860 MHZ S11 Input Return Loss dB - - -16 f=40 to 860 MHZ S22 Output Return Loss dB - - -16 f=50 to 860 MHZ CTB Composite Triple Beat dB - - -50 60 channels flat; Vo=42dBmV; CSO Composite Second Order Distortion dB - - -50 CTB measured at 543.25 MHz; Xmod Cross Modulation dB - - -51 CSO measured at 544.5 MHz; Vo Output Voltage dBmV 58 - - dim=-60dB F Noise Figure dB - - 7.5 f=860 MHZ Itot Total Current Consumption mA 340 - 370 VB=+6V The module normally operates at VB=6 V(±0.5)

SMG1022.PFD FEATURES ● GaAs active devices ● Power gain @22dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG1022 is a GaAs hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 50 MHz to 1000MHz with supply voltage +24V(DC). CHARACTERISTICS (Bandwidth 50 to 1000MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 25 26.5 f=50MHZ SL Slope cable equivalent dB 0.5 1.5 2.5 f=50 to 1000 MHZ FL Flatness of frequency response dB ±0.5 f=50 to 1000 MHZ S11＆S22 Input ＆output return loss dB -16 f=50 to 860 MHZ dB -14 f=861 to 1000 MHZ CTB Composite Triple Beat dB -62 PAL 60 channel; Vo=44dBmV; CTB measured at 543.25 MHz; CSO measured at 544.5 MHz; CSO Composite Second Order distortion dB -63 Xmod Cross Modulation dB -55 Vo Output Voltage dBmV 60 dim=-60dB F Noise Figure dB 4.0 f=860 MHZ Itot Total Current Consumption mA 250 330 VB=+24V The module normally operates at VB=24 V(±0.5) If you want to know more our product details,Please reply to get E-Catelog and FOC samples,thank you.

SMO815M1-SC.PDF FEATURES ● Excellent Linearity ● High Optical Input Power Range ● Excellent Flatness ● Optimal Reliability ● Low Noise ● Outline Standarding ● High reliability ● FC/APC SC/APC   DESCRIPTION The SMO815M1 has an FC/APC or SC/APC connector. The amplifier supply voltage pin is connected to 24V(DC) . The CATV GaAs Optical Receivers 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 (Bandwidth 40 to 870MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS S Responsivity V/W 850 - - λ=1300nm FL Flatness straight line dB - - ±0.75 f=40 to 870 MHZ Vo Output voltage dBμV - 88 - 60 channels flat; Measured at 543.25MHz; Optical power receiving at -1dbm CTB Composite triple beat dB -63 - - CSO Composite second order distortion dB -60 - - CNR Carrier to noise ratio dB -50 - - S22 Output return loss dB -10 - - f=40 to 870 MHZ Itot Total current consumption mA 100 - 130 VB=24V The module normally operates at VB=24V(±0.5) If you want to know more about our product details,Please reply to get E-Catelog and FOC samples,Thank you.

Download product specification:SMO1228.PDF FEATURES ● Excellent Linearity ● High Optical Input Power Range ● Excellent Flatness ● Optimal Reliability ● Low Noise ● Outline Standard ● GaAs MMIC ● High reliability ● FC/APC SC/APC   DESCRIPTION The SMO1228 has an FC/APC or SC/APC connector. Pin Description.The amplifier supply voltage pin is connected to 24V(DC) . The CATV GaAs Optical Receivers 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 (Bandwidth 40 to 1200MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Response V/W 850 - - λ=1300nm Slope cable equivalent dB 0.5 - 1.5 f=40 to 1200 MHZ Flatness straight line dB - - ±0.75 f=40 to 1200 MHZ Output voltage dBμV - 93 - 110 channels flat; Popt= -1dBm; CTB measured at 547.25 MHz; CSO measured at 548.5 MHz; Composite triple beat dB - - -62 Composite second order distortion dB - - -63 Carrier to noise ratio dB 51 - - Output return loss dB - - -11 f=40 to 1200 MHZ Total current consumption mA 230 - 280 VB=24V The module normally operates at VB=24 V(±0.5) If you want to know about our product details，Please reply to get E-Catelog and FOC samples,Thank you.

Download product specification:SMO3035.PDF FEATURES ● Excellent Linearit ● High Optical Input Power Range ● Excellent Flatness ● Optimal Reliability ● Low Noise ● Outline Standard ● FC/APC SC/APC   DESCRIPTION The SMO3035 has an FC/APC or SC/APC connector. The amplifier supply voltage pin is connected to 3.5V(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 (Bandwidth 40 to 870MHZ; T mb＝25℃, VB＝3.5V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS S Responsivity V/W 850 - - λ=1310±20nm S Responsivity V/W 950 - - λ=1550±20nm FL Flatness straight line dB - - ±0.75 f=40 to 870 MHZ Vo Output voltage dBμV - 90 - 60 channels flat; OMI=3.5% measured at 543.25 MHz; Optical power receiving at 0dBm CTB Composite triple beat dB 70 - - CSO Composite second order distortion dB 65 - - CNR Carrier to noise ratio dB 50 - - S22 Output return loss dB -11 - - f=40 to 870 MHZ Itot Total current consumption mA 70 - 100 VB=3.5V The module normally operates at VB=3.5 V(±0.5)

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.

SMG1029.PDF FEATURES ● GaAs active devices ● Power gain @29dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG1029 is a GaAs hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 50 MHz to 1000MHz with supply voltage +24V(DC).  GaAs Push-pull Module CHARACTERISTICS (Bandwidth 50 to 1000MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 29 - 30.5 f=50MHZ SL Slope cable equivalent dB 0.5 1.5 2.5 f=50 to 1000 MHZ FL Flatness of frequency response dB - - ±0.5 f=50 to 1000 MHZ S11＆S22 Input ＆output return loss dB - - -16 f=50 to 860 MHZ Composite Triple Beat dB - - -14 f=861 to 1000 MHZ CTB Composite Second Order distortion dB - - -62 PAL 60 channel; Vo=44dBmV; CTB measured at 543.25 MHz; CSO measured at 544.5 MHz; CSO Cross Modulation dB - - -63 Xmod Output Voltage dB - - -55 Vo Noise Figure dBmV 60 - - dim=-60dB F Total Current Consumption dB - 4.0 - f=860 MHZ Itot Total Current Consumption mA 250 330 - VB=+24V The module normally operates at VB=24 V(±0.5) If you want to know more our product details,Please replay to get E-Catelog and FOC samples,Thank you.

SDU RFoG D024 datasheet FEATURES l 1.AGC controlled receiver with -6 to +2dBm optical input range. 2.18 dBmV RF output level for single subscriber (SDU) applications. 3.Burst mode is supported 4.Input optical level test points (1V/mW) 5.54/87/105/258–1218MHz forward on 1550 nm and 5–42/65/85/204MHz return on 1610 nm wavelengths. 6.1610nm DFB laser transmitter supports full DOCSIS® 3.0 operation. 7.DC power supported via RF port or dedicated power port. 8.10/10, 10/1, 2/1, 1/1Gbps PON pass-through and no PON pass-through options.     PRODUCT OVERVIEW The SANLAND SDU RFoG D02 Optical Network Unit (R-ONU) for Single Dwelling Unit (SDU)applications support cost-effective deployment of full interactive video, voice, and data services over an RFoG network. SDU RFoG D02 enables multiple simultaneous upstream RF channel transmissions, enabling multiple MAC domains and full DOCSIS 3.0 channel usage to efficiently coexist. The 18 dBmV RF output with AGC (Automatic Gain Control) supports a wide array of SDU designs, with a 5–42/65/85/204MHz return path using 1610 nm wavelength optics and a 54/87/105/258–1218MHz forward path on 1550 nm wavelength optics.