pMOS looks like line with circle (cuz negation of gate). nMOS no circle
- b (a isn’t multiplied. scam!)
Week 5 (FSM!)
State takes an input to go to another state The input goes into the FSM, changes which d-flip flops are on / off in whatever way, and yeah. You have a combinational circuit that sets the right D values for the d-flip-flops. The Q’s from the flip flops are sent back to the combinational circuit, ready to change depending on the next input
Means
Assembly
todo Remember the order of rs, rt, rd (basically go back to that one quiz I failed miserably on)
Week 11
Example on slide 31
We doin addi $t7 $t0 42
This is a type I instruction. 15-0 is gonna be 42.
This is for the EX step (the math and things)
PCWrite is 0 (we aren’t writing into it yet) PCWriteCond is also 0 IorD is X MemRead is 0 MemWrite is 0 IRWrite is 0
PCSource i… X? Oh mb im blind ALUOp is… idk. Okay you can literally say “Add”. Great. Yes we are adding ALUSrcA is 1 (reading from Read Data 1 of register file) ALUSrcB is 10 (reading the immediate! So that comes from 15. We DONT take the shifted version!) RegWrite is 0 (we are NOT writing)