EE2002-ANALOG ELECTRONICS (TEL) (Part 1: P02A_Diode-Average) 17: P02A_Q25 Given the empirical diode junction equation V₂ = nV In with V₁ = 26 mV, Is = 3.9x10-15 A. Determine the Q-points I₁ = mA and V₂ = ID Is V of the diode D, in the Figure Q25. (Answer to 3 decimal places.) R₂ 9kQ 12V www www Answer: ID Mark Now! R₁ 6kQ D₁ R3 2kQ W R₁ 6kQ Figure Q25 - 4V VD (correct to 3 decimal places)
EE2002-ANALOG ELECTRONICS (TEL) (Part 1: P02A_Diode-Average) 17: P02A_Q25 Given the empirical diode junction equation V₂ = nV In with V₁ = 26 mV, Is = 3.9x10-15 A. Determine the Q-points I₁ = mA and V₂ = ID Is V of the diode D, in the Figure Q25. (Answer to 3 decimal places.) R₂ 9kQ 12V www www Answer: ID Mark Now! R₁ 6kQ D₁ R3 2kQ W R₁ 6kQ Figure Q25 - 4V VD (correct to 3 decimal places)
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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