SMG1027DM/CATV GaAs Power Double Module

SMG1025DM.PDF FEATURES ● GaAs active devices ● Power gain @25dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG1025DM is a GaAs hybrid power double amplifier module. The part employs GaAs dies and is operated from 50MHz to 1003MHz with supply +24V( DC). CHARACTERISTICS (Bandwidth 50 to 1003MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 23.5 - 24.5 f=50MHZ Gp Power Gain dB - 25 - f=1003MHZ SL Slope cable equivalent dB 1.0 - 2.5 f=50 to 1003 MHZ FL Flatness of frequency response dB - - ±0.5 f=50 to 1003 MHZ S11 ＆ S22 Input/Output Return Loss dB - - -16 f=50 to 860 MHZ S11 ＆ S22 Input/Output Return Loss dB - - -15 f=861 to 1003 MHZ CTB Composite Triple Beat dB - - -60 99channels flat; Vo=48dBmV; CTB measured at 543.25 MHz; CSO measured at 544.5 MHz; CSO Composite Second Order distortion dB - - -63 Xmod Cross Modulation dB - - -60 Vo Output Voltage dBmV 60 - - dim=-60dB F Noise Figure dB - -4.0 - f=860 MHZ Itot Total Current Consumption mA 330 - 400 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.

SMG1034DM.PDF FEATURES ●GaAs active devices ● Power gain @34dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability side view ● Low cost   DESCRIPTION The SMG1034DM is a GaAs hybrid power double amplifier module. The part employs GaAs dies and is operated from 50MHz to1003MHz with supply voltage +24V( DC).

SMG1225DG.PDF FEATURES ● GaAs active devices ● Power gain @25dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG1225DG is a GaAs hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 50 MHz to 1218MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 50 to 1218MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX CONDITIONS Gp Power Gain dB 24.5 25 26.5 f=50MHZ Gp Power Gain dB - 26 - f=870MHZ Gp Power Gain dB 25.5 26.5 28.5 f=1218MHZ SL Slope cable equivalent dB 0.5 1.0 2.0 f=50 to 1218 MHZ FL Flatness of frequency response dB - - 0.8 f=50 to 1218 MHZ S11＆S22 Input ＆Output Return Loss dB - - -20 f=50 to 320 MHZ S11＆S22 Input＆Output Return Loss dB - - -19 f=321 to 640 MHZ S11＆S22 Input＆Output Return Loss dB - - -17 f=641 to 870 MHZ S11＆S22 Input＆Output Return Loss dB - - -16 f=871 to 1000 MHZ S11＆S22 Input＆Output Return Loss dB - - -15 f=1001 to 1218 MHZ CTB Composite Triple Beat dB - -66 -62 Vo=48dBmV at 862MHz,flat,98 Analog channels CSO Composite Second Order distortion dB - -65 -62 Xmod Cross Modulation dB - -68 - CTB composite triple beat dB - -75 - VO=56.4dBmV at 1218MHz, 13.4dB extrapolated tilt 79 analog channels plus 75 digital channels (-6dB offset) CSO composite second order distortion dB - -79 - XMOD X modulation dB - -70 - CIN dB - -66 - F Noise Figure dB - 5.0 5.5 f=50 to 1218 MHZ Itot Total Current Consumption mA 420 440 460 VB=+24V If you want to know about our product details,Please reply to get E-Catelog and FOC samples,Thank you.

SMG1034.PDF FEATURES ● GaAs active devices ● Power gain @34dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG1034 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). 

SDU RFoG F02 datasheet FEATURES  1.Standards compliant OBI‐free technology enables high performance upstream operation in an RFoG environment. 2.19 dBmV RF output level for single subscriber (SDU) applications. 3.Burst mode is supported. 4.OBI-Free technology on this model supports up to 16 R-ONUs transmitting into a single optical input. 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 F02 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 F02 enables multiple simultaneous upstream RF channel transmissions, enabling multiple MAC domains and full DOCSIS 3.0 channel usage to efficiently coexist, offering increased upstream bandwidth usage for RF returns as compared to non-OBI-free models. The 19 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.  

Download product specification：SMO2700.PDF FEATURES ● Excellent Linearity ● Extremely low noise ● Excellent flatness ● Rugged construction ● FC/APC ● AG   DESCRIPTION SMO2700 CATV AGC Optical Receiver Module is a low power, but good performance optical receiver. Output level is 70dBuV @-5dBm. Small size with FC/APC connector which can be assembled in a small case. CHARACTERISTICS (Bandwidth 45 to 1000MHZ; Tmb＝25℃, VB＝5V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP MAX. CONDITIONS S responsively V/W 850 - - λ=1300nm-1600nm FL1 Flatness of frequency response dB - ±1.0 ±1.5 f=45 to 1000 MHZ, wide band flatness FL2 Flatness of frequency response dB - - ±0.4 Narrow bandwidth per 7MHz SL Slope dB - 2 3 From 45~900MHz S22 Output Return Loss dB - - - f=45 to 900 MHZ S22 Output Return Loss dB - - - f=1000 to 2700 MHZ Itot Total Current Consumption mA - - 220 VB=5V Automatic Gain Control Receiving Power: -10~0dBm (According to customer requirements) Vo1 Output Voltage dBuV 70 - - - - Popt= -5dBm BW=45~900MHz 42 channels T=25℃ OMI=4% per channel - - - - - - Vo1 Output Voltage dBuV 68 - - - - Popt= -5dBm BW=45~900MHz 42 channels T=0~40℃ OMI=4% per channel - 80.5 - - - SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS CTB Composite Triple Beat dB - - -60 Optical power -3dBm 42 channels PAL-D .175.25MHz OMI=4% per channel CSO Composite Second Order distortion dB - - -60 C-spurious Carrier to spurious dB - - -57 CTB Composite Triple Beat dB - - -57 Optical power +1dBm 42 channels PAL-D .175.25MHz OMI=4% per channel  CSO Composite Second Order distortion dB - - -56 C- spurious Carrier to spurious dB - - -56 CNR Noise carrier rating dB 45 - - Optical power -7dBm 42 channels PAL-D .175.25MHz OMI=4% per channel - - - - Please note:  Vo1 are according to the optical change from -10dBm ~0dBm. For example, In -10dBm the output level is 80dBuV, but in the 0dBm maybe output level is 82dBuV.  Vo2 are according to the temperature change .for example: when the temperature stay 40℃,the output level will lower 0.5dB than 25℃. When the temperature stay 0℃,the output level will higher 0.5dB than 25℃. If you want to know more about our product details,Please reply to get E-Catelog and FOC samples,Thank you.

SDU RFoG D026 FEATURES 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.  

Major Applications • LNA for cellular infrastructure and other ultra low noise application.