Fujitsu 10Gb/s InGaAs APD Preamp Receiver
FEATURES:
• Small Form Factor Package(GW): 9 pins coplanar
• Integrated Design Optimizes Performance at Bit Rates up to 12.5Gb/s
• High Sensitivity: -27dBm (typ.)
• Electrical Differential Output
• Wide Bandwidth: 10.5GHz (typ.)
• Operates in both C and L wavelength bands
APPLICATIONS:
This APD with HBT preamplifier is intended to function as an optical receiver at 1,310nm or 1,530-1,610nm in SONET, SDH, DWDM or other optical fiber systems operating up to 12.5Gb/s. The typical transimpedance (Zt) value of 1,300Ù optimizes the total bandwidth for 10Gb/s application. The detector preamplifier is DC coupled and has an electrical differential output.
DESCRIPTION:
The FRM5N141GW incorporates a high bandwidth InGaAs APD photo diode, a GaAs HBT IC amplifier in a hermetically sealed Small Form Factor package (SFF). The APD is processed with modern MOVPE techniques resulting in a reliable performance over a wide range of operating conditions. The lens coupling system and the single mode fiber are assembled using Nd YAG welding.
• Small Form Factor Package(GW): 9 pins coplanar
• Integrated Design Optimizes Performance at Bit Rates up to 12.5Gb/s
• High Sensitivity: -27dBm (typ.)
• Electrical Differential Output
• Wide Bandwidth: 10.5GHz (typ.)
• Operates in both C and L wavelength bands
APPLICATIONS:
This APD with HBT preamplifier is intended to function as an optical receiver at 1,310nm or 1,530-1,610nm in SONET, SDH, DWDM or other optical fiber systems operating up to 12.5Gb/s. The typical transimpedance (Zt) value of 1,300Ù optimizes the total bandwidth for 10Gb/s application. The detector preamplifier is DC coupled and has an electrical differential output.
DESCRIPTION:
The FRM5N141GW incorporates a high bandwidth InGaAs APD photo diode, a GaAs HBT IC amplifier in a hermetically sealed Small Form Factor package (SFF). The APD is processed with modern MOVPE techniques resulting in a reliable performance over a wide range of operating conditions. The lens coupling system and the single mode fiber are assembled using Nd YAG welding.
