author_facet Maier, T.
Droste, D.
Siegel, M.
Maier, T.
Droste, D.
Siegel, M.
author Maier, T.
Droste, D.
Siegel, M.
spellingShingle Maier, T.
Droste, D.
Siegel, M.
Advances in Radio Science
Best usage of free-space capacitors in ASIC regulators
General Medicine
author_sort maier, t.
spelling Maier, T. Droste, D. Siegel, M. 1684-9973 Copernicus GmbH General Medicine http://dx.doi.org/10.5194/ars-11-125-2013 <jats:p>Abstract. In this work we examine how to improve the performance of voltage regulators in application specific integrated circuits (ASICs) by placing capacitors into free layout space. The problem arising after layout, when there are areas not covered by functional elements, is where to connect the free-space capacitors (FSCs), as they can be connected to the input or the output net of a voltage regulator. Therefore we designed a testbench for mathematical calculations and one for simulations to identify the influence of a capacitance connected at these certain positions. We mainly focused on PSR analysis while not losing sight of transient effects. The results of calculation and simulation illustrate that the best solution is to split the capacitance half by half to both possible nets if no output capacitance was installed during design. Otherwise a ratio of one to one for input capacitance to output capacitance has to be set up for best performance. </jats:p> Best usage of free-space capacitors in ASIC regulators Advances in Radio Science
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title Best usage of free-space capacitors in ASIC regulators
title_unstemmed Best usage of free-space capacitors in ASIC regulators
title_full Best usage of free-space capacitors in ASIC regulators
title_fullStr Best usage of free-space capacitors in ASIC regulators
title_full_unstemmed Best usage of free-space capacitors in ASIC regulators
title_short Best usage of free-space capacitors in ASIC regulators
title_sort best usage of free-space capacitors in asic regulators
topic General Medicine
url http://dx.doi.org/10.5194/ars-11-125-2013
publishDate 2013
physical 125-130
description <jats:p>Abstract. In this work we examine how to improve the performance of voltage regulators in application specific integrated circuits (ASICs) by placing capacitors into free layout space. The problem arising after layout, when there are areas not covered by functional elements, is where to connect the free-space capacitors (FSCs), as they can be connected to the input or the output net of a voltage regulator. Therefore we designed a testbench for mathematical calculations and one for simulations to identify the influence of a capacitance connected at these certain positions. We mainly focused on PSR analysis while not losing sight of transient effects. The results of calculation and simulation illustrate that the best solution is to split the capacitance half by half to both possible nets if no output capacitance was installed during design. Otherwise a ratio of one to one for input capacitance to output capacitance has to be set up for best performance. </jats:p>
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author Maier, T., Droste, D., Siegel, M.
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author_sort maier, t.
container_start_page 125
container_title Advances in Radio Science
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description <jats:p>Abstract. In this work we examine how to improve the performance of voltage regulators in application specific integrated circuits (ASICs) by placing capacitors into free layout space. The problem arising after layout, when there are areas not covered by functional elements, is where to connect the free-space capacitors (FSCs), as they can be connected to the input or the output net of a voltage regulator. Therefore we designed a testbench for mathematical calculations and one for simulations to identify the influence of a capacitance connected at these certain positions. We mainly focused on PSR analysis while not losing sight of transient effects. The results of calculation and simulation illustrate that the best solution is to split the capacitance half by half to both possible nets if no output capacitance was installed during design. Otherwise a ratio of one to one for input capacitance to output capacitance has to be set up for best performance. </jats:p>
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spelling Maier, T. Droste, D. Siegel, M. 1684-9973 Copernicus GmbH General Medicine http://dx.doi.org/10.5194/ars-11-125-2013 <jats:p>Abstract. In this work we examine how to improve the performance of voltage regulators in application specific integrated circuits (ASICs) by placing capacitors into free layout space. The problem arising after layout, when there are areas not covered by functional elements, is where to connect the free-space capacitors (FSCs), as they can be connected to the input or the output net of a voltage regulator. Therefore we designed a testbench for mathematical calculations and one for simulations to identify the influence of a capacitance connected at these certain positions. We mainly focused on PSR analysis while not losing sight of transient effects. The results of calculation and simulation illustrate that the best solution is to split the capacitance half by half to both possible nets if no output capacitance was installed during design. Otherwise a ratio of one to one for input capacitance to output capacitance has to be set up for best performance. </jats:p> Best usage of free-space capacitors in ASIC regulators Advances in Radio Science
spellingShingle Maier, T., Droste, D., Siegel, M., Advances in Radio Science, Best usage of free-space capacitors in ASIC regulators, General Medicine
title Best usage of free-space capacitors in ASIC regulators
title_full Best usage of free-space capacitors in ASIC regulators
title_fullStr Best usage of free-space capacitors in ASIC regulators
title_full_unstemmed Best usage of free-space capacitors in ASIC regulators
title_short Best usage of free-space capacitors in ASIC regulators
title_sort best usage of free-space capacitors in asic regulators
title_unstemmed Best usage of free-space capacitors in ASIC regulators
topic General Medicine
url http://dx.doi.org/10.5194/ars-11-125-2013