Editing IONI power supply schemes
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| [[File:ioni_spu_scheme3.png|300px]] || Single PSU (max 24V) is feeding logic and motor. | | [[File:ioni_spu_scheme3.png|300px]] || Single PSU (max 24V) is feeding logic and motor. | ||
− | Note: IONICUBEs logic supply can be fed anything between 9 to 24V, however some functionality (mech brake output, VFD output) may not work properly below 24V. If these features are not needed, then also lower voltage can be used. | + | Note: IONICUBEs logic supply can be fed anything between 9 to 24V, however some functionality (mech brake output, VFD output) may not work properly below 24V. If these features are not needed, then also lower voltage can be used. || |
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*Low cost | *Low cost | ||
*Availability of parts | *Availability of parts | ||
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{{info|Some switching power supplies can tolerate reversed current flow from drive to PSU (renegerative current). In case of such PSU, D1 may be omitted. If unsure about PSU behavior in regeneration, always add D1.}} | {{info|Some switching power supplies can tolerate reversed current flow from drive to PSU (renegerative current). In case of such PSU, D1 may be omitted. If unsure about PSU behavior in regeneration, always add D1.}} | ||
{{tip|Leaded diodes may be easiest to install right at PSU terminals, no extra wiring needed.}} | {{tip|Leaded diodes may be easiest to install right at PSU terminals, no extra wiring needed.}} | ||
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