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peripatein
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Stripline's characteristic impedance
- Thread starter peripatein
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- Characteristic Impedance
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The discussion focuses on understanding how variations in width (W), substrate thickness (b), relative permittivity (epsilon_r), and stripline thickness (t) affect the characteristic impedance (Zo) of a stripline. As W increases, Zo generally decreases, while increasing b or t tends to raise Zo. Changes in epsilon_r influence Zo, with higher values typically leading to lower impedance. The conversation emphasizes the importance of grasping transmission line concepts and relevant equations for a comprehensive understanding. Overall, the thread aims to clarify the relationship between stripline dimensions and their impact on characteristic impedance.
I grabbed an under cabinet LED light today at a big box store. Nothing special. 18 inches in length and made to plug several lights together. Here is a pic of the power cord:
The drawing on the box led me to believe that it would accept a standard IEC cord which surprised me. But it's a variation of it. I didn't try it, but I would assume you could plug a standard IEC cord into this and have a double male cord AKA suicide cord. And to boot, it's likely going to reverse the hot and...
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