Difference between revisions of "Integrated Capacitors"
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(Created page with "Similar to resistors, in a CMOS process optimized for digital circuits, capacitances are treated as parasitic devices that degrade the performance of digital circuits, except...") |
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Similar to resistors, in a CMOS process optimized for digital circuits, capacitances are treated as parasitic devices that degrade the performance of digital circuits, except in specialized cases such as memory circuits. However, in analog design, we often need capacitors with very well-controlled capacitance values. | Similar to resistors, in a CMOS process optimized for digital circuits, capacitances are treated as parasitic devices that degrade the performance of digital circuits, except in specialized cases such as memory circuits. However, in analog design, we often need capacitors with very well-controlled capacitance values. | ||
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| + | == Parallel-Plate Capacitance == | ||
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| + | === Parasitic Capacitances === | ||
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| + | == Capacitance Densities == | ||
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| + | == Layout and Matching == | ||
Revision as of 16:39, 21 September 2020
Similar to resistors, in a CMOS process optimized for digital circuits, capacitances are treated as parasitic devices that degrade the performance of digital circuits, except in specialized cases such as memory circuits. However, in analog design, we often need capacitors with very well-controlled capacitance values.
