SMG2242R/CATV Reverse Amplifier Module

SMG2301R.PDF FEATURES ● GaAs active devices ● Power gain @30dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG2301R is a GaAs hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 5 MHz to 200MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 200MHZ; Tmb＝25℃, VB＝12V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Power Gain dB 30 -31 31.5 f=10MHZ Slope cable equivalent dB -0.5 +0.5 f=5 to 200MHZ Flatness of frequency response dB ±0.3 f=5 to 200MHZ Input Return Loss dB -18 f=5 to 200MHZ Output Return Loss dB -18 f=5 to 200MHZ Composite Triple Beat dB -62 17 channels ;VO=50dBmV CTB measured at 77.25 MHz CSO measured at 78.5 MHz; Composite Second Order distortion dB -63 Cross Modulation dB -62 Noise Figure dB 4 f=200 MHZ Total Current Consumption mA 260 290 VB=+12V The module normally operates at VB=12 V(±0.5) If you want to know more our product details,please reply to get E-Catelog and FOC samples,Thank you.

SMG2302R.PDF FEATURES ● Si active devices ● Power gain @30dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG2302R is a hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 5 MHz to 200MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 200MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 29.5 - 31 f=10MHZ Gp Power Gain dB - 30.5 - f=200MHZ SL Slope cable equivalent dB -0.5 - +0.5 f=5 to 200MHZ FL Flatness of frequency response dB - - +0.5 f=5to 200MHZ S11 Input Return Loss dB - - -20 f=5 to 200MHZ S22 Output Return Loss dB - - -20 f=5 to 200MHZ CTB Composite Triple Beat dB - - -66 17channels flat; Vo=50dBmV; CSO Composite Second Order distortion dB - - -65 Xmod Cross Modulation dB - - -60 F Noise Figure dB - 4.3 - f=200 MHZ Itot Total Current Consumption mA 130 160 - VB=+24V The module normally operates at VB=24 V(±0.5) If you want to know more about our product details,Please reply to get E-Catelog and FOC samples,Thank you.

SMG2342R.PDF FEATURES ● Si active devices ● Power gain @35dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG2342R is a hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 5 MHz to 200MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 200MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 34.5 - 35.5 f=10MHZ Gp Power Gain dB - 35 - f=200MHZ SL Slope cable equivalent dB -0.5 - +0.5 f=5 to 200MHZ FL Flatness of frequency response dB - - ±0.5 f=5to 200MHZ S11 Input Return Loss dB - - -18 f=5 to 200MHZ S22 Output Return Loss dB - - -18 f=5 to 200MHZ CTB Composite Triple Beat dB - - -66 17channels flat; Vo=50dBmV; CSO Composite Second Order distortion dB - - -65 Xmod Cross Modulation dB - - -60 F Noise Figure dB - 4.3 - f=200 MHZ Itot Total Current Consumption mA 130 160 - VB=+24V If you want to know more our product detais,Please reply to get E-Catelog and FOC samples,Thank you.

SMG3242R.PDF FEATURES ● Si active devices ● Power gain @24.5dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG3242R is a hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 10 MHz to 300MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 300MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 24 - 25 f=10MHZ Gp Power Gain dB - 24.5 - f=300MHZ SL Slope cable equivalent dB -0.5 - +0.5 f=10 to 300MHZ FL Flatness of frequency response dB - - ±0.5 f=10 to 300MHZ S11 Input Return Loss dB - - -20 f=10 to 300MHZ S22 Output Return Loss dB - - -20 f=10to 300MHZ CTB Composite Triple Beat dB - - -66 17channels flat; Vo=50dBmV; CSO Composite Second Order distortion dB - - -65 Xmod Cross Modulation dB - - -60 F Noise Figure dB - 4.3 - f=200 MHZ Itot Total Current Consumption mA 130 160 - VB=+24V The module normally operates at VB=24 V(±0.5) If you want to know more about our product detais,Plese reply to get E-Catelog and FOC samples,Thank you.

SMG3302R.PDF FEATURES ● Si active devices ● Power gain @30dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG3302R is a hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 10 MHz to 300MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 300MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Power Gain 29.5 - - 31 f=10MHZ Power Gain - 30.5 - f=300MHZ Slope cable equivalent -0.5 - - +0.5 f=10 to 300MHZ Flatness of frequency response - - - ±0.5 f=10to 300MHZ Input Return Loss - - - -18 f=10 to 300MHZ Output Return Loss - - - -18 f=10to 300MHZ Composite Triple Beat - - - -66 17channels flat; Vo=50dBmV; Composite Second Order distortion - - - -65 Cross Modulation - - - -60 Noise Figure - 4.3 - - f=200 MHZ Total Current Consumption 130 160 - - VB=+24V The module normally operates at VB=24 V(±0.5), If you want to know more about our product detairs,Please reply to get E-Catelog and FOC samples,Thank you.

SMG3352R.PDF FEATURES ● Si active devices ● Power gain @35dB ● Low distortion ● Excellent linear gain ● Low noise figure ● High reliability ● Low cost   DESCRIPTION The SMG3352R is a hybrid push-pull amplifier module. The part employs GaAs dies and is operated from 10 MHz to 300MHz with supply voltage +24V(DC).  CHARACTERISTICS (Bandwidth 5 to 300MHZ; Tmb＝25℃, VB＝24V, ZS＝ZL＝75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS Gp Power Gain dB 34.5 - 35.8 f=10MHZ Gp Power Gain dB - 35 - f=300MHZ SL Slope cable equivalent dB -0.5 - +0.5 f=10 to 300MHZ FL Flatness of frequency response dB - - ±0.5 f=10to 300MHZ S11 Input Return Loss dB - - -18 f=10 to 300MHZ S22 Output Return Loss dB - - -18 f=10to 300MHZ CTB Composite Triple Beat dB - - -66 17channels flat; Vo=50dBmV; CSO Composite Second Order distortion dB - - -65 Xmod Cross Modulation dB - - -60 F Noise Figure dB - 4.3 - f=200 MHZ Itot Total Current Consumption mA 130 160 - VB=+24V The module normally operates at VB=24 V(±0.5), If you want to know more about our product details,Please reply to get E-Catelog 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.

MDU RFoG F02 datesheet Product Description: The MDU RFoG series FTTB Node is mainly used for the RFoG network. “OBI-Free” R-ONU eliminates the Optical Beat Interference (OBI) that has been an issue in traditional RFoG deployments. Its return path laser can work in burst or continuous mode. The upstream output optical wavelength can be set as CWDM standard wavelength to shield the OBI effectively.   Features： 1) Support downstream optical AGC， whose control range is -6~0dBm； 2) Adopt electrically adjustable mode for both EQ and ATT circuit， using LED displaying screen to modify directly； 3) Upstream output optical wavelength is optional(or specified by the user). 4) Burst mode is supported； 5) OBI-Free technology on this model support up to 16 R-ONUs transmitting into a single optical input.