Introduction / Theory of operationThe purpose of lab 8 is to get familiar with the simplest sequential elements: SR, JK and D flipflops/latches. We will do this by creating 1-Bit and 2-Bit memory cells from those sequentialelements and uploading it onto the DE0 board.Important information we should know and understand is the truth tables of the sequentialelements (located on the lab document) and
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Introduction / Theory of operation
The purpose of lab 8 is to get familiar with the simplest sequential elements: SR, JK and D flipflops/latches. We will do this by creating 1-Bit and 2-Bit memory cells from those sequential
elements and uploading it onto the DE0 board.
Important information we should know and understand is the truth tables of the sequential
elements (located on the lab document) and the purpose of each flip flop. For one, SR (which
stands for Set/Reset) flip-flop has two inputs used to set or reset. These actions are not available
at the same time however a combination of both is allowed. JK flip-flops are an extension of the
SR, allowing for all combination of inputs; providing J = 1 and K = 1 toggles the flip-flop state.
Lastly, the D flip-flop passes the signal from D input to the output when the clock is in active
edge state
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