So I've been trying to think of ways to get more internal AC-DC power to the HDPlex 250W DC-DC and I think I've come to a solution. While browsing at Mini-Box, I came across this unit:
http://www.mini-box.com/Y-PWR-Hot-Swap-Load-Sharing-Controller
Unless I am mistaken, the unit takes two DC inputs and yields a combined DC output with a maximum throughput of 600W. With this in mind, I have ordered two of the splitter units as well as two HDPlex 80W AC-DC and two HDPlex 160W AC-DC.
What I'm planning to do is see if I can combine two 160W units to provide 320W (390W Peak) to the HDPlex 250W. The footprint of each of the two 160W units would be 131mm x 52mm x 40mm (0.545L combined). This means the overall volume of the unit would be approximately on par with a flex ATX unit (0.486L) with the additional volume of the HDPlex 250.
The obvious upsides of this arrangement is that the cooling of the AC-DC units is passive (ie. no 40mm fans!) and the ability to distribute the different components of the power supply around the case will likely allow for a smaller overall envelope. Furthermore, the potential for this arrangement would be closer to around 600W once Larry at HDPlex releases the new 250W version of the AC-DC. From my conversations with him, the 250W will be around 1/3 greater in volume than the 160W solution. The final thing I think this arrangement brings to the table is the ability to combo the units to meet your system's specific requirements. For example:
160W + 80W = 240W
160W + 160W = 320W
250W + 160W = 410W (theoretical peak of the HDPlex 250)
250W + 250W = 500W + X7 ATX 500 (with overhead, this would approach the peak wattage of the Y splitter)
Can you guys please give me some feedback about the following since I'm not totally sure this is going to work
- Can I have a single IEC inlet powering both AC-DC units if I do a 2 pin splitter?
- Will 18AWG continue to be a suitable gauge of wire for wall current to the two AC-DC units?
- Have I misunderstood any of the fundamental theories about the way current/amperage/voltage will move through this system?
I am currently waiting on another Kill-A-Watt to arrive from Amazon as I want to initially have both units on their own IEC cable so I can see if they actually load share effectively drawing the same current from the wall. Any other comments, please let me know!
http://www.mini-box.com/Y-PWR-Hot-Swap-Load-Sharing-Controller
Unless I am mistaken, the unit takes two DC inputs and yields a combined DC output with a maximum throughput of 600W. With this in mind, I have ordered two of the splitter units as well as two HDPlex 80W AC-DC and two HDPlex 160W AC-DC.
What I'm planning to do is see if I can combine two 160W units to provide 320W (390W Peak) to the HDPlex 250W. The footprint of each of the two 160W units would be 131mm x 52mm x 40mm (0.545L combined). This means the overall volume of the unit would be approximately on par with a flex ATX unit (0.486L) with the additional volume of the HDPlex 250.
The obvious upsides of this arrangement is that the cooling of the AC-DC units is passive (ie. no 40mm fans!) and the ability to distribute the different components of the power supply around the case will likely allow for a smaller overall envelope. Furthermore, the potential for this arrangement would be closer to around 600W once Larry at HDPlex releases the new 250W version of the AC-DC. From my conversations with him, the 250W will be around 1/3 greater in volume than the 160W solution. The final thing I think this arrangement brings to the table is the ability to combo the units to meet your system's specific requirements. For example:
160W + 80W = 240W
160W + 160W = 320W
250W + 160W = 410W (theoretical peak of the HDPlex 250)
250W + 250W = 500W + X7 ATX 500 (with overhead, this would approach the peak wattage of the Y splitter)
Can you guys please give me some feedback about the following since I'm not totally sure this is going to work
- Can I have a single IEC inlet powering both AC-DC units if I do a 2 pin splitter?
- Will 18AWG continue to be a suitable gauge of wire for wall current to the two AC-DC units?
- Have I misunderstood any of the fundamental theories about the way current/amperage/voltage will move through this system?
I am currently waiting on another Kill-A-Watt to arrive from Amazon as I want to initially have both units on their own IEC cable so I can see if they actually load share effectively drawing the same current from the wall. Any other comments, please let me know!
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