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Copyright (c)2006 Eudyna Devices Inc. All right reserved.

 

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The FID3Z1, FID3Z2 and FPD5W1 series are optimized up to 2.5 Gbit/s data rate. InGaAs APD/PIN chip is assembled in 3pin coaxial type package. FID3S1 series are high sensitive and distortion photo diode modules. FID3S1 series are optimized for optical CATV analog application. FID3S2 series were developed for FTTH application. These devices are in compliance with ITU-T Recommendations and Telcordia requirement.


PIN PD Pigtails

Part Number: FID3Z1KX, FID3Z1LX, FID3Z2KX, FID3Z2LX

APD Pigtails

Part Number: FPD5W1KX

 
Features
2.5 Gbit/s APD/PIN PD Pigtails
• 3pin Coaxial package type
• Built in high sensitivity InGaAs APD/PIN


PIN PD Pigtails for Analog Applications

• 3pin Coaxial package type
• Built in high sensitivity InGaAs PIN
• These can be applied to both 1.3µm and 1.5µm application
• Low distortion

PD Pigtails for Analog Application

Part Number: FID3S1KXF (FC-PC connector)
FID3S1KXR (SC connector)
FID3S2KXR (SC connector)
FID3S2KXP (SC-Angled connector)
 
Application
2.5 Gbit/s APD/PIN PD Pigtails
• Up to 2.5 Gbit/s optical transmission systems

PIN PD Pigtails for Analog Applications
• CATV HFC systems
• Radio on Fiber System in Mobile Cellular Communications
• FTTH systems
 
KX Package  
 
Specifications
2.5 Gbit/s APD/PIN PD Pigtails
Part Number Reaponsivity
R
(A/W) (TYp.)
Darkcurent
ID
(nA) (TYp.)
Cut-off frequency
fc
(GHz) (TYp.)
FID3Z1KX/LX 0.8 0.1 2.5
FID3Z2KX/LX 0.9 0.1 2
FPD5W1KX
0.85 15 *1 3.0 *2
*1: VR=0.9VB *2: M=3

PIN PD Pigtails for Analog Application
Part Number Reaponsivity
R (A/W)
(TYp.)
Cut-off
frequency
fc (MHz)*1
(Typ.)
Capacitance
Ct (pF)
(Typ.)
Optical return loss
ORL (dB)
(Min.)
2nd Order
Intermodulotion
distortion IMD2 (dBc)*2
(Max.)
3rd Order
Intermodulation
distortion IMD3 (dBc)*2
(Max.)
VR = 1V f1 = 1MHz λ = 1300nm
FID3S1KXF 0.85 2.000 0.9 40 -75 -90
FID3S1KXR
0.85 2.000 0.9 40 -75
FID3S2KXR 0.90 2.000 0.8 40 -65 -80
FID3S2KXP 0.90 2.000 0.8 40 -65
*1: λ=1300 nm/1550 nm, RL= 50 Ω, VR=5.0V, 500 KHz -3 dB *2: λ=1300 nm/1550 nm, VR= 5.0V, OMI : m=70%/ch, f1=250 MHz, : f2=244 MHz, Pin=0 dBm