No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in...

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Transcript of No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in...

Page 1: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 2: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 3: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 4: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Cvq

dt

dvCi

0

0

t

t

q t i t dt q t

0

0

1tvdtti

Ctv

t

t

d

i t q tdt

Page 5: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 6: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 7: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 8: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 9: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 10: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 11: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 12: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 13: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Capacitance of the Parallel-

Plate Capacitor

WLAd

AεC

mF 1085.8 12

0

ε

0 r

Page 14: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 15: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Electrolytic Capacitors

• High capacitance value

• Only one polarity of voltage should be applied to electrolytic

capacitors

Page 16: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Parasitic Effects

Page 17: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Consider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged

to a voltage of v1 = 100 V and the other capacitor has no charge (i.e., v2 = 0). At t = 0,

the switch closes. Compute the total energy stored by both capacitors before and after

the switch closes.

Page 18: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 19: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 20: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 21: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

INDUCTANCE

dt

diLtv 0

0

1tidttv

Lti

t

t

2

00

1

2

t

tw t p t dt Li t w t

p t v t i t

Page 22: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 23: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 24: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 25: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 26: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 27: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 28: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100
Page 29: No Slide Titlewebpages.iust.ac.ir/nayyeri/Courses/BEE/Lecture_5.pdfConsider the situation shown in Figure 3.14. Prior to t = 0, the capacitorC1 is charged to a voltage of v1 = 100

Linear Variable Differential Transformer


world bee day - ΕΛΓΟ ΔΗΜΗΤΡΑ...world bee day Author elisavet Keywords DADZwOx1UMw,BADZwIrznH8 Created Date 5/14/2019 8:50:09 AM ...

world bee day - ΕΛΓΟ ΔΗΜΗΤΡΑ...world bee day Author elisavet Keywords DADZwOx1UMw,BADZwIrznH8 Created Date 5/14/2019 8:50:09 AM ...

Pi Day – 3.14 Tanya Khovanova. Definition The mathematical constant Π is an irrational real number, approximately equal to 3.14159, which is the ratio.

Pi Day – 3.14 Tanya Khovanova. Definition The mathematical constant Π is an irrational real number, approximately equal to 3.14159, which is the ratio.

HINT: Pi =3.14 Geometry Lessons 8.5 and 8.6 Area of Circles, Sectors and Segments HW: 8.5/1-8, 12-14 8.6/1-12 8.6/1-12.

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Μαθηματικά Ε΄ 3.14. ΄΄Γρήγοροι πολλαπλασιασμοί και διαιρέσεις με 10, 100, 1.000΄΄

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FOR DAR ACGROUNDS PD.1550 | BASS Driver · 2014. 10. 9. · Cms 109.33 μm/N BL 26.61 T/m Xmax 8.2 mm Vd 0.73 litres Ref. Efficiency 3.14 % 300114 *1 Power compression is the reduction

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ÊʬÏî ÍÌ ÊÏRÏÍRÏî Íü¬4Í...Eurydice is 5 years in to the rest of her life, with a bee tattoo on her wrist. A story about making changes, taking leaps, and being a daily

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Ιστορία Ε΄ 3.14. Οι Δήμοι αναστατώνουν την πρωτεύουσα με τη στάση του ΄΄νίκα΄΄

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Formulas for K12 Placement Test · B. 9 π sq units C. 18 π sq units D. 54 π sq units 6. Find the volume. Use π ≈ 3.14. A. 16.2 cm3 B. 63.0 cm3 C. 126 cm3 D. 251 cm3 Name Date

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BEE ΗΑΝDBOOK · 2020. 7. 28. · Relations’ Database, which will soon be published on the BEE Officers’ Portal. C. Alumni & ELSA External Relations are not only connected to

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FULL TEST–I (P -II) (SOLUTION) Sample · PDF filePHYSICS object be l eal image i riod. wo position about the osition t π = 3.14 ]]]

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