BRUNDA RAJ G K·5h agoDay 36: Shift Registers — Why Does the Bit Order Look Reversed?While working with sequential RTL, I came across a simple-looking circuit that can easily cause confusion: the shift register.
BRUNDA RAJ G K·1d agoDay 35: Clock Enable — Why Is My Register Updating One Cycle Late?Have you ever asserted an enable signal and expected a register to update immediately, but the register changed only at the next clock…
BRUNDA RAJ G K·2d agoDay 34: Parameterized Counters — Why Does a Width of One Break My Design?Parameterized RTL allows us to reuse the same module with different configurations.
BRUNDA RAJ G K·3d agoDay 33: Up/Down Counters — What Happens at Zero and Maximum Count?An up/down counter looks simple: increment when the UP signal is high and decrement when the DOWN signal is high.
Jaja Requa·3d agoI GAVE MY TEACHER AN F. — THE SCREENSHOTS DON’T LIE | PART 2My Digital Design Class, the Missing Steps, the Emails, and Why Constructive Criticism Matters
Eman Ismael·3d agoWhy Enterprise Users Cling to Excel (and Why Your Modern Redesign Will Fail)What studying 30,000-row facilities spreadsheets taught me about cognitive density, high-stakes triage, and the hubris of consumer UX.
BRUNDA RAJ G K·4d agoDay 32: The Counter That Skips a Number — Finding an Off-by-One BugHave you ever written a counter that should generate an output pulse after every five clock cycles, but the pulse appears after six cycles…
Ethan Christopher·4d agoCombinational Logic Application with VHDL: Laboratory Entry and Security Control System — Part 6In the previous parts of our series, we covered the fundamental principles of digital circuit design using VHDL.
BRUNDA RAJ G K·5d agoDay 31: Reset Priority — What If Reset, Enable, and Load Are All High?In sequential RTL design, we often use control signals such as:
BRUNDA RAJ G K·6d agoDay 30 | Synchronous vs Asynchronous Reset: What Happens Between Clock Edges?Introduction
