improved the docs

tutorials/or-gate-circuit.mdx

@@ -165,18 +165,6 @@ export default () => {
 }
 ```
 
-## Understanding the Circuit
-
-### OR Gate Logic
-- When either B1 or B2 is pressed, the output LED (LED3) will light up
-- This demonstrates the fundamental behavior of an OR gate
-
-### Power and Ground
-- USB-C provides power (VBUS) and ground connections
-- Each button and LED has a current-limiting resistor
-
-## Circuit Views
-
 ### Custom Board Shape
 
 In this circuit, we've used the `outline` prop to create a custom hexagonal board shape. 
@@ -222,6 +210,30 @@ Each point in the `outline` array represents a vertex of the board's perimeter.
 The coordinates define a hexagon-like shape that's wider at the bottom and 
 tapers towards the top.
 
+
+## Interactive Circuit Exploration
+
+Want to dive deeper? We've prepared an interactive live example that allows you to explore the OR gate circuit in real-time. This interactive snippet provides:
+
+- Full circuit schematic
+- PCB layout view
+- Component interactions
+
+[**Explore the Interactive OR Gate Circuit →**](https://tscircuit.com/Abse2001/OR-Gate-Tutorial)
+
+## Understanding the Circuit
+
+### OR Gate Logic
+- When either B1 or B2 is pressed, the output LED (LED3) will light up
+- This demonstrates the fundamental behavior of an OR gate
+
+[**Check the OR-GATE data sheet for this example →**](https://www.lcsc.com/datasheet/lcsc_datasheet_1809151115_Texas-Instruments-SN74AHC1G32DBVR_C7470.pdf)
+### Power and Ground
+- USB-C provides power (VBUS) and ground connections
+- Each button and LED has a current-limiting resistor
+
+## Circuit Views
+
 ### Schematic View
 
 A schematic view provides a logical representation of the circuit, showing how components are electrically connected. It uses standardized symbols to represent each component and displays their interconnections without regard to physical layout. This view is crucial for understanding the circuit's electrical design and signal flow.