IF-D93 IF-D93 active photodarlington device Industrial Fiber Opti

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IF-D93 IF-D93 active photodarlington device Industrial Fiber Opti

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Plastic Fiber Optic Photodarlington
IF-D93
IF-D93 active photodarlington device Industrial Fiber Optics' family low-cost, medium-frequency, short-distance fiber optic LEDs detectors. Each detector consists housing, internal active element such photodetector subcomponent, cinch hold fiber place. housing retains active element cinch while optimizing coupling between active element jacketed 1000 plastic fiber. Working with this family fiber optics simple: special tools training required. Only sharp knife razor blade needed terminate plastic fiber. When fiber inserted detector housing, tighten cinch nut. Thereafter, fiber removed simply loosening nut.
Household Appliances Motor Controller Triggering PC-to-Peripheral Links Medical Instruments Automotive Electronics Audio Systems Electronic Games Robotics Communications
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 Large Current Gain
=25°C)
Operating Storage Temperature Range (TOP ,TSTG).-40° 85°C Junction Temperature .85°C Soldering Temperature from case bottom) (TS) .240°C Collector Emitter Voltage (VCEO).15 Emitter Collector Voltage (VECO).5 Collector Current (IC) Collector Peak Current (ICM) =1ms.100 Power Dissipation (PTOT) 25°C. De-rate Above 25°C.1.33 mW/°C
(TA=25°C)
Parameter
Wavelength Maximum Photosensitivity Spectral Bandwidth (S=10% SMAX) Switching Times (10% 10%) (RL=1k, =880 Figure Responsivity min. Collector Dark Current (VCE volts) Breakdown Voltage Breakdown Voltage C=100 Saturation Voltage (IC=0.4 H=10
Symbol
PEAK ICEO BVCEO BVECO
Value
400-1100 1.10
Unit
µA/µW µA/µW
Industrial Fiber Optics, Inc.
IF-D93
Plastic Fiber Optic Photodarlington
FIGURE Cross-section fiber optic device. FIGURE
Typical detector response versus wavelength.
ends optical fiber with singleedge razor blade sharp knife. obtain precise 90-degree angle (square). Insert fiber through locking into connector until core seats against internal micro-lens. Screw connector locking down snug fit, locking fiber place.
FIGURE Rise fall times versus load resistance.
PACKAGE DENTIFICATION:
Black housing Emitter Collector
FIGURE Case outline.
Industrial Fiber Optics, Inc.

IF-D93 IF-D93 active photodarlington device Industrial Fiber Opti

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