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Quick answer

Binary to Decimal counter (4/8 bit) on FPGA is an open source FPGA project from Hackster.io, indexed by ZouIC. Binary counter (4/8 bit) with display on common anode 7 segment display of equivalent decimal counter. Its hardware is implemented on FPGA.

Source
Hackster.io
Focus
FPGA
Author
Ninad Waingankar
Published
2020-09-30

Common questions

What does Binary to Decimal counter (4/8 bit) on FPGA do?

Binary counter (4/8 bit) with display on common anode 7 segment display of equivalent decimal counter. Its hardware is implemented on FPGA.

Where does Binary to Decimal counter (4/8 bit) on FPGA come from?

ZouIC indexes it from Hackster.io, original page at https://www.hackster.io/ninadwaingankar/binary-to-decimal-counter-4-8-bit-on-fpga-77ca13.

What stack does Binary to Decimal counter (4/8 bit) on FPGA use?

tags AMD Xilinx, tutorial, intermediate.

When was Binary to Decimal counter (4/8 bit) on FPGA published?

The source page lists 2020-09-30.

Binary to Decimal counter (4/8 bit) on FPGA
Hackster.io All from this source License per the original page fpga

Indexed by ZouIC from the source platform public page, for developer reference only. Copyright and licensing stay with the author; get code and files from the original platform.

Binary to Decimal counter (4/8 bit) on FPGA

Published 2020-09-30

Binary counter (4/8 bit) with display on common anode 7 segment display of equivalent decimal counter. Its hardware is implemented on FPGA.

Technical Specifications

Source platform
Hackster.io
Listing note
Metadata fetched from the public platform page; copyright belongs to the original author.
Difficulty
intermediate
content type
tutorial

Related resources and purchase links

Statistics

respects
2
views
711

Project Info

Source PlatformHackster.io
Categoryfpga
LicenseLicense per the original page
Views711
Likes2
Discussions0

Author Info

Ninad Waingankar
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Citation Note

This content is sourced from Hackster.io Platform,All rights reserved by the original author. This platform only provides indexing and summaries. For detailed content, please visit the original link.

License per the original page
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