Filip Hormot·Jul 24Simulating a Schmitt Trigger using SPICEybunVerifying analog circuits can be cumbersome, especially when the tools come from different sources. This is often the case in open-source…
InThe Chip WhispererbyEmily Yan·Apr 17HBM, SRAM, and LPUs: The Power Trio of Next-Generation AI ChipsIf you’ve been following the latest AI chips , from NVIDIA’s Hopper and Blackwell to emerging inference architectures, you’ve probably seen…
Filip Hormot·Apr 12Designing a Schmitt TriggerIn this post, we explore the theory, implementation, and simulation of a Schmitt Trigger in ihp-sg13g2 technology using IIC-OSIC_TOOLS
Ac Studio·Dec 13, 2025BJT Principle — Analog Circuit Design (3)This article introduce the principle of BJT, including its operation modes and how it works.A response icon1A response icon1
Tsungyu Liu·Dec 7, 2025Post-Simulation in IC Design: What Are We Really Verifying After Layout?At Rice University, courses like ELEC527 (VLSI System Design) finally force you to confront a painful truth:
Tsungyu Liu·Nov 21, 2025How RVFI and Spike Saved My RISC-V CoreIn the early days of learning digital design, the verification workflow is deceptively simple. You write a module — say, an ALU or a…
Ac Studio·Nov 15, 2025MOSFET小訊號模型-類比電路設計(二)這篇文章介紹小訊號模型，包括跨導 gm，輸出電阻 r_0，以及小訊號模型的構造。A response icon1A response icon1
Ac Studio·Nov 2, 2025MOS原理及結構-類比電路設計(一)本篇文章是類比電路設計系列的第一篇文章，這個系列預計會從零開始介紹類比電路設計的知識，也致力維持本部落格的風格 — 新手也能輕鬆看懂。本文來介紹什麼是 MOSFET，包括公式和原理
Tsungyu Liu·May 12, 2025Deep Dive into HAPS: The Secret Engine Behind Scalable FPGA PrototypingWhat is HAPS?A response icon1A response icon1
