{"component":{"type":17,"accent_color":3123338,"components":[{"type":10,"content":"-# WikiRNG · Roll of 10/2/2026 · by [Oiiink](https://wikirng.com/u/Oiiink)"},{"type":10,"content":"## [Closed-loop pole](https://wikirng.com/roll/41ziG6ooaT)\n*Positions of a closed-loop transfer function's poles in the s-plane*"},{"type":10,"content":">>> In systems theory, closed-loop poles are the positions of the poles (or eigenvalues) of a closed-loop transfer function in the s-plane. The open-loop transfer function is equal to the product of all transfer function blocks in the forward path in the block…"},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"### 🟩 Notable · 23,297 SP\n-# Top 32%"},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"🟦 🧮 **Equation** · Obscure · +17,295 SP\n-# Has a math formula.\n🟩 🏃 **Short Path** · Notable · +1,547 SP\n-# Reaches Philosophy in 10 or fewer first-link clicks.\n🟩 📎 **More Citations Needed** · Notable · +1,341 SP\n-# Tagged as needing more sources.\n🟩 🕊️ **Pigeonholed** · Notable · +1,110 SP\n-# In exactly one category.\n⬜ 🧷 **Lone Source** · Basic · +906 SP\n-# Exactly one footnote.\n⬜ 7️⃣ **Seven-Digit ID** · Basic · +490 SP\n-# Page ID is under 10,000,000.\n-# +3 more badges"},{"type":14,"divider":true,"spacing":1},{"type":1,"components":[{"type":2,"style":5,"label":"View roll","url":"https://wikirng.com/roll/41ziG6ooaT"},{"type":2,"style":5,"label":"Read on Wikipedia","url":"https://en.wikipedia.org/wiki/Closed-loop_pole"}]},{"type":10,"content":"-# Article text from Wikipedia, CC BY-SA 4.0"}]}}