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Zg Zo Im N ZL • The source generates a sinusoidal voltage of V, 1000 V. = • The generator has an internal impedance of Z₂ = 500. • The source is connected to a lossless transmission line which has induc- tance L' = 236 × 10-9H/m and capacitance C = 94.2 x 10-¹2F. I'm trying to find the Characteristic impedance and wave propagation speed of the line. Tim Hoke nt to double check if these depend on the operating frequency.

Zg Zo Im N ZL • The source generates a sinusoidal voltage of V, 1000 V. = • The generator has an internal impedance of Z₂ = 500. • The source is connected to a lossless transmission line which has induc- tance L' = 236 × 10-9H/m and capacitance C = 94.2 x 10-¹2F. I'm trying to find the Characteristic impedance and wave propagation speed of the line. Tim Hoke nt to double check if these depend on the operating frequency.

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter9: Components For Electric Motors
Section: Chapter Questions
Problem 14RQ
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I am trying to find the character impedance and wave propagation speed on the line and do they depend on frequency?

Thank you for the help.

3. V 个 lli o ||| Untitled document - Google Do X + 1 67°F C Untitled document File Edit View Insert Format Tools Extensions Help Sunny docs.google.com/document/d/1aBkmjbY207fzCIFnzOv2iqk69ys3h6QoDBkUgRidA8s/edit 28 A 100% Normal text T Arial Zg V₁ Q Search 11 + B I U A 3 Zo Im C ZL 5 • The source generates a sinusoidal voltage of V • The generator has an internal impedance of Zg = 50N. The source is connected to a lossless transmission line which has induc- tance L' = 236 x 10-9H/m and capacitance C" = 94.2 × 10-¹2F. 100e7⁰⁰ V. I'm trying to find the Characteristic impedance and wave propagation speed of the line. Tim Hoke nt to double check if these depend on the operating frequency. ▼ == EYEY E EX FR =S ■ A1 T 4) I Relaunch to update : Share X 1:03 PM 1/29/2024 T 31 Q I. +
Transcribed Image Text:3. V 个 lli o ||| Untitled document - Google Do X + 1 67°F C Untitled document File Edit View Insert Format Tools Extensions Help Sunny docs.google.com/document/d/1aBkmjbY207fzCIFnzOv2iqk69ys3h6QoDBkUgRidA8s/edit 28 A 100% Normal text T Arial Zg V₁ Q Search 11 + B I U A 3 Zo Im C ZL 5 • The source generates a sinusoidal voltage of V • The generator has an internal impedance of Zg = 50N. The source is connected to a lossless transmission line which has induc- tance L' = 236 x 10-9H/m and capacitance C" = 94.2 × 10-¹2F. 100e7⁰⁰ V. I'm trying to find the Characteristic impedance and wave propagation speed of the line. Tim Hoke nt to double check if these depend on the operating frequency. ▼ == EYEY E EX FR =S ■ A1 T 4) I Relaunch to update : Share X 1:03 PM 1/29/2024 T 31 Q I. +
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