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REFERENCE CIRCUITS

REFERENCE CIRCUITS

REFERENCE CIRCUITS. A reference circuit is an independent voltage or current source which has a high degree of precision and stability. Output voltage/current should be independent of power supply. Output voltage/current should be independent of temperature.

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1.51k views • 115 slides
REFERENCE CIRCUITS

REFERENCE CIRCUITS

REFERENCE CIRCUITS. A reference circuit is an independent voltage or current source which has a high degree of precision and stability. Output voltage/current should be independent of power supply. Output voltage/current should be independent of temperature.

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623 views • 48 slides
REFERENCE CIRCUITS

REFERENCE CIRCUITS

REFERENCE CIRCUITS. A reference circuit is an independent voltage or current source which has a high degree of precision and stability. Output voltage/current should be independent of power supply. Output voltage/current should be independent of temperature.

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581 views • 48 slides
REFERENCE CIRCUITS

REFERENCE CIRCUITS

REFERENCE CIRCUITS. A reference circuit is an independent voltage or current source which has a high degree of precision and stability. Output voltage/current should be independent of power supply. Output voltage/current should be independent of temperature.

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490 views • 48 slides
REFERENCE CIRCUITS

REFERENCE CIRCUITS

REFERENCE CIRCUITS. A reference circuit is an independent voltage or current source which has a high degree of precision and stability. Output voltage/current should be independent of power supply. Output voltage/current should be independent of temperature.

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574 views • 38 slides
Voltage or Current References

Voltage or Current References

Voltage or Current References. Requirements of a Reference Circuit: Should be independent of power supply Should be independent of temperature Should be independent of processing variations Should be independent of noise. S = ( D V ref / V ref ) / ( D V dd / V dd ).

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762 views • 32 slides
Will have better matching But: only approximate common centroid no pli can be more compact

Will have better matching But: only approximate common centroid no pli can be more compact

S. G. G. S. G. G. S. G. G. S. G. G. S. G. G. S. Will have better matching But: only approximate common centroid no pli can be more compact. HW: suggest a better layout for ratio of 4. REFERENCE CIRCUITS.

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551 views • 29 slides

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