Part 1: CalculationFrom the knowledge of Project deliverable 1 and according to circuit in figure 1, write down themathematical equation for your design to obtain frequency f = 1075 Hz and Duty cycle duty cycle =75% of the generated wave.Vcc (+5 to +15V)SR11-DischargeR2555AstableOutputAstable2TriggerVcThreshold- C1-C2Vc0.01uFovFigure 1a) If R, = 6.8ka, R2 = 3.3kn and frequency f = 1075 Hz use the following equation tocalculate the capacitance C1 ?11f =T 0.693(R, + 2R2)C1Write your answer in detailsPage 2 of 5b) Now, use the following equation to calculate time period T?T = 0.693(R, + 2R2)C1Write your answer in detailsc) Now, use the following equation to calculate time t#?tH = 0.693(R1 + R2)C1Write your answer in detailsd) Now, use the following equation to calculate time t?tL = 0.693(R2)C1Write your answer in detailse) use the above values to calculate the duty cycle?tHduty cycle =* 100%tH + t,Write your answer in details

Answered: Image /qna-images/answer/3a471a75-3d71-4883-8e81-0c8c9f373aaf.jpg

Part 1: Calculation From the knowledge of Project deliverable 1 and according to circuit in figure 1, write down the mathematical equation for your design to obtain frequency f = 1075 Hz and Duty cycle duty cycle = 75% of the generated wave. Vcc (-5 to + 15V) R1 Discharge R2 555 Astable Astable Output Trigger Threshold C1 -C2 Vc 0.01uF ov Figure 1 a) If R1 = 6.8kN , R2 = 3.3kl and frequency f = 1075 Hz use the following equation to calculate the capacitance C1? %3D 1 1

Part 1: Calculation From the knowledge of Project deliverable 1 and according to circuit in figure 1, write down the mathematical equation for your design to obtain frequency f = 1075 Hz and Duty cycle duty cycle = 75% of the generated wave. Vcc (-5 to + 15V) R1 Discharge R2 555 Astable Astable Output Trigger Threshold C1 -C2 Vc 0.01uF ov Figure 1 a) If R1 = 6.8kN , R2 = 3.3kl and frequency f = 1075 Hz use the following equation to calculate the capacitance C1? %3D 1 1

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.7P: Let a 100V sinusoidal source be connected to a series combination of a 3 resistor, an 8 inductor,...

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