Difference between revisions of "MCE Control Computer"

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The '''MCE Control Computer''' (MCC) is a single board computer ([http://www.advantech.com/products/PCI-7030/mod_75CA9DC6-4D8F-4138-A56E-DCFA825FAD2E.aspx Advantech PCI-7030]) mated to two [[PCI fibre card|PCI fibre cards]].
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{{Hierarchy header}}
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The '''MCE Control Computer''' (MCC) is a single board computer ([http://www.advantech.com/products/PCI-7030/mod_75CA9DC6-4D8F-4138-A56E-DCFA825FAD2E.aspx Advantech PCI-7030]) mated to one or two [[PCI fibre card|PCI fibre cards]].
  
 
It is available in two form-factors:
 
It is available in two form-factors:
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* the 2U MCC has a 115V/60Hz HP-style power input and fuse on the back panel.
 
* the 2U MCC has a 115V/60Hz HP-style power input and fuse on the back panel.
 
* Four of the six USB ports are optional (#I). They are typically not installed on a small MCC (simply for weight saving).
 
* Four of the six USB ports are optional (#I). They are typically not installed on a small MCC (simply for weight saving).
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In MCCs with only one fibre card, typically Card #1 is missing, and the panel replaced with a blank.
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== Power ==
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* The power consumption of a typical MCC is approximately 30-35 W (5 W less with only one fibre card).
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* The 2U MCC, takes 115V/60Hz mains power over a 3-pin HP-style power connector.  The small MCC requires 24-Volt nominal (18-36 V allowed) DC power in.
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* The 2U MCC has a front panel power switch.  The small MCC has no power switch: DC-in must be switched externally.
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* The small MCE power connector is an Amphenol PTC-2A-14-5P.  Positive voltage is on pins B and C.  Return is on pins D and E.
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[[File:small_mcc_power.png]]

Revision as of 12:57, 16 October 2012

Template:Hierarchy header The MCE Control Computer (MCC) is a single board computer (Advantech PCI-7030) mated to one or two PCI fibre cards.

It is available in two form-factors:

  • a 2U-high rackmount, 120-V AC-in configuration for ground-based experiments (known as the "2U MCC")
  • a small form-factor (35×27×5cm) 18–36 V DC-in configuration for balloon experiments (known as the "small MCC")

We encourage it's use as a MCE controller for all experiments.

I/O

  • Small MCC:

File:Small panel.png

  • 2U MCC back panel:

File:2u panel.png

Legend
A PCI fibre card reset switch (unused) J RJ-45 1000-baseT Ethernet
B PCI fibre card fibre receiver K VGA display port
C PCI fibre card red light (fibre detect) L Reset switch (small MCC only; 2U MCC has equivalent on front panel)
D PCI fibre card green light M Power LED (small MCC only; 2U MCC has equivalent on front panel)
E PCI fibre card fibre transmitter N Power LED (small MCC only; 2U MCC has equivalent on front panel)
F PCI fibre card DIO (unused) O 18-36 VDC Power in (small MCC only)
G PS/2 keyboard port P 115V/60 Hz AC Power in (2U MCC only)
H USB (x2) Q Mains Fuse (2U MCC only)
I USB (x4) (optional: typically installed in 2U MCC but omitted from small MCC)

The two form-factors have the same basic external connections with the following exceptions:

  • the reset switch (#L), LEDs (#M, #N) and DC-in power connector (#O) on the PC panel are populated on small MCC panel but not on the 2U MCE back panel (a blank is installed in their place). The 2U MCC has a reset switch, LEDs and a power switch on the front panel (not shown in diagram)
  • the 2U MCC has a 115V/60Hz HP-style power input and fuse on the back panel.
  • Four of the six USB ports are optional (#I). They are typically not installed on a small MCC (simply for weight saving).

In MCCs with only one fibre card, typically Card #1 is missing, and the panel replaced with a blank.

Power

  • The power consumption of a typical MCC is approximately 30-35 W (5 W less with only one fibre card).
  • The 2U MCC, takes 115V/60Hz mains power over a 3-pin HP-style power connector. The small MCC requires 24-Volt nominal (18-36 V allowed) DC power in.
  • The 2U MCC has a front panel power switch. The small MCC has no power switch: DC-in must be switched externally.
  • The small MCE power connector is an Amphenol PTC-2A-14-5P. Positive voltage is on pins B and C. Return is on pins D and E.

Small mcc power.png