'Charge stored' presentation slideshows

CAPACITANCE AND INDUCTANCE

CAPACITANCE AND INDUCTANCE. Introduces two passive, energy storing devices: Capacitors and Inductors. LEARNING GOALS. CAPACITORS Store energy in their electric field (electrostatic energy) Model as circuit element. INDUCTORS Store energy in their magnetic field Model as circuit element.

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Capacitors

Capacitors. Capacitors. A capacitor is a device which is used to store electrical charge ( a surprisingly useful thing to do in circuits!).

497 views • 27 slides

Capacitors

Capacitors. Capacitors. A capacitor is a device which is used to store electrical charge ( a surprisingly useful thing to do in circuits!).

272 views • 27 slides

4.4 Fields Capacitance

4.4 Fields Capacitance. Breithaupt pages 94 to 101. September 28 th , 2010. AQA A2 Specification. Capacitors. A capacitor is a device for storing electrical charge. Most capacitors consist of two parallel conductors (plates) separated by a thin insulator (air in the simplest case)

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VLSI Design

VLSI Design. Rehan Azmat Lecture 4 Devices. Previous Lecture. Semiconductor Theory Diode BJTs FETs MOSFETs. Lecture 4. MOSFET Static Behavior. N-MOS Transistor. MOS Symbols. MOS Static Behavior. The Threshold Voltage Resistive Operation The Saturation Region

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Dielectrics

191 views • 17 slides

RC Circuits

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Capacitors

Capacitors. Dielectric ( Insulator ). Units are Farads, F. 0 V. + 5V. Charge cannot flow through the dielectric. Charge is stored on the plates. As charge stored increases the pd across the plates increases. If the working voltage of the capacitor is exceeded the dielectric is destroyed.

251 views • 13 slides