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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
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3 |
DENIED
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edit
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App\Entity\Entry {#2412
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Rules\n
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(Edit: link goes directly to the PDF)
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Show voter details
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4 |
DENIED
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moderate
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App\Entity\Entry {#2412
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\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
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(Edit: link goes directly to the PDF)
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Show voter details
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5 |
DENIED
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ROLE_USER
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Show voter details
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6 |
DENIED
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moderate
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App\Entity\EntryComment {#4018
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**For questions about component-level electronic circuits, tools and equipment.**\n
\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
"""
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Even on the equipment where you *do* get a graph of efficiency vs load, the line usually only starts at 10% load - that’s where your 70% efficiency figure is for.\n
\n
As noted, at 0% load efficiency is by definition 0%.
"""
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Show voter details
|
7 |
DENIED
|
edit
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App\Entity\EntryComment {#4018
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Rules\n
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\n
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\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
"""
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Even on the equipment where you *do* get a graph of efficiency vs load, the line usually only starts at 10% load - that’s where your 70% efficiency figure is for.\n
\n
As noted, at 0% load efficiency is by definition 0%.
"""
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Show voter details
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8 |
DENIED
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moderate
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\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
"""
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Even on the equipment where you *do* get a graph of efficiency vs load, the line usually only starts at 10% load - that’s where your 70% efficiency figure is for.\n
\n
As noted, at 0% load efficiency is by definition 0%.
"""
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Show voter details
|
9 |
DENIED
|
ROLE_USER
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null |
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Show voter details
|
10 |
DENIED
|
moderate
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App\Entity\EntryComment {#4055
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\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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\n
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\n
---
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
"""
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Show voter details
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11 |
DENIED
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edit
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\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
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12 |
DENIED
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
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Show voter details
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13 |
DENIED
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ROLE_USER
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Show voter details
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14 |
DENIED
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moderate
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App\Entity\EntryComment {#4138
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
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(Edit: link goes directly to the PDF)
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15 |
DENIED
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Rules\n
-----\n
\n
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\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
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16 |
DENIED
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
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Show voter details
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17 |
DENIED
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ROLE_USER
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Show voter details
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18 |
DENIED
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moderate
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App\Entity\EntryComment {#4174
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
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(Edit: link goes directly to the PDF)
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19 |
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\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
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+body: "It’s similar to AC-DC. From a simplistic perspective, efficiency at idle will be 0% because the converter itself still uses *some* power, then efficiency increases with load since the converter overhead becomes less significant as the useful work increases. Googling “dc dc converter efficiency curve” gives plenty of results."
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Show voter details
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20 |
DENIED
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moderate
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App\Entity\EntryComment {#4174
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Rules\n
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I'm currently looking into various DC DC converters and was confused that the Meanwell DDR-60 series only shows a typical rating but says nothing about the efficiency at idle. From AC/DC converters I'm used to have a curve that starts at idle and maybe 70% and goes to 100% load, having the peak at ninetee something.\n
\n
(Edit: link goes directly to the PDF)
"""
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|
Show voter details
|
21 |
DENIED
|
edit
|
App\Entity\Magazine {#266
+icon: Proxies\__CG__\App\Entity\Image {#247 …}
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**For questions about component-level electronic circuits, tools and equipment.**\n
\n
Rules\n
-----\n
\n
1: Be nice.\n
\n
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\n
3: No commercial stuff, buying, selling or valuations.\n
\n
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\n
---
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Show voter details
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