SPFMIT302 Avago Technologies, SPFMIT302 Datasheet
SPFMIT302
Related parts for SPFMIT302
SPFMIT302 Summary of contents
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SPF MIT3 02 Plastic Fiber Optic Transmitter for MOST® Data Sheet Description The MOST Tx Plastic Fiber Optic Transmitter is a highly integrated CMOS IC combined with a High speed LED designed to transmit up to 25Mbit/sec optical data which ...
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Maximum Ratings Parameter Symbol Storage Temperature Range T STG Junction Temperature T J Soldering Temperature T S (>2.5 mm from case bottom t≤5s) Power Dissipation P TOT Power Supply Voltage V CCMax Optical Signal Characteristics (22.5 Mbit/s MOST Data, Vcc=4.75 ...
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Pulse Width Variation (t ) and Average Pulse Width Distortion (t PWV The SPF MIT3 02 generates negative Puls Width Distortion. This means the optical output signal is shortened compared to the electrical input signal. Therefore the parameters t Layer ...
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AC Electrical Characteristics Parameter Test Conditions Power Supply Rejection Ratio 25 MHz Power Supply Noise Power Up Time Zero - MOST Data Power Down Time MOST Data - Zero Input Rise Time Input Fall Time Typical Dependency of Average Output ...
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Mechanical Design MIT3 02: CAI package (cavity as interface) Device information (Lot number etc.) is given on CAI backside by laser marking (for details see drawing marking speci- fication). 5 ...
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Application Circuit: Notes: 1. Place these components as close as possible to their corresponding pins of the FOT. 2. Values can change due to different light output power of the LED. 3. This is just a proposal for the Rext ...
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Design & Layout rules • The 100nF bypass capacitors of the FOTs must be located as close as possible between the pins Vcc and GND of the FOTs. Use ceramic caps and tantalum caps with low ESR. • Also the ...
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Top Layer with 180˚ version of the pigtail: Bottom Layer (seen from the top side of the PCB): Other items • The shown circuit for the –3dB attenuation is just a proposal. Also any other circuit which can double the ...
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... For product information and a complete list of distributors, please go to our web site: Avago, Avago Technologies, and the A logo are trademarks of Avago Technologies, Limited in the United States and other countries. Data subject to change. Copyright © 2007 Avago Technologies Limited. All rights reserved. ...