IF-E93 IF-E93 high-output, high-speed, green housed "connector-le

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IF-E93 IF-E93 high-output, high-speed, green housed "connector-le

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Plastic Fiber Optic Green
IF-E93
IF-E93 high-output, high-speed, green housed "connector-less" style plastic fiber optic package. output spectrum green produced Gallium Nitride which peaks wavelength ideally mapping lowest attenuation window PMMA plastic optical fiber. device package features internal micro-lens, plastic housing ensures efficient optical coupling into standard 1000 core plastic fiber cable.
high output fast transition times IF-E93 make suitable cost digital data links. When coupled PMMA plastic optical fiber, attenuation less than dB/m, compared dB/m with commonly used LEDs. Using standard core plastic fiber, IF-E93 capable distances excess meters data rates Mbps. fast rise fall times IF-E93 permit data rates Mbps. drive circuit design simpler than required laser diodes, making IF-E93 good, low-cost alternative variety analog digital applications.
Local Area Networks (LANs) Optical Sensors Medical Instruments Automotive Displays Audio Systems Electronic Games Robotics Communications Fiber Optic Modems Fluorescence Instruments Wavelength Multipexing
Ultra-Low Loss Plastic Optical Fiber Optical Design Required Mates with Standard 1000 Core Jacketed Plastic Fiber Cable Internal Micro-Lens Efficient Coupling Inexpensive Plastic Connector Housing Connector-Less Fiber Termination Connection Interference-Free Transmission from Light-Tight Housing Visible Light Output Fast Rise Fall Times
25°C)
Operating Storage Temperature Range (TOP, TSTG) .-40° 60°C Junction Temperature (TJ) .85°C Soldering Temperature from case bottom) (TS) .240°C Reverse Voltage (VR).5 Power Dissipation (PTOT) 25°C De-rate Above 25°C .1.1 mW/°C Forward Current, (IF) Surge Current (IFSM) .150
(TA=25°C)
Parameter
Peak Wavelength Spectral Bandwidth (50% IMAX) Output Power Coupled into Plastic Fiber core diameter). Lens Fiber Distance polished fiber, Switching Times (10% 10%) MHz, Figure Capacitance MHz) Forward Voltage Temperature Coefficient, PEAK
Symbol
PEAK
3.5,
Unit
nm/K
Industrial Fiber Optics, Inc.
IF-E93
Plastic Fiber Optic Green
SIGNAL INPUT
74ACT08
FIGURE
Forward current forward voltage.
FIGURE Test drive circuit
22mA).
FIGURE
Typical spectral output wavelength.
FIGURE
Transition times Sweep 5nS/div.
PACKAGE IDENTIFICATION:
Blue housing double green Cathode Anode
FIGURE
Case Outline.
Industrial Fiber Optics, Inc.
1/31/01

IF-E93 IF-E93 high-output, high-speed, green housed "connector-le

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