Difference between revisions of "SU712"

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= Description =
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= Block Diagram =
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== Version 0 ==
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= Front panel =
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== Version 0 ==
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{| border="1" class="wikitable"
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|+ Front panel connectors and controls
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! scope="col" | Pos (top view)
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! scope="col" | Name
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! scope="col" | Type
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! scope="col" | Qty.
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! scope="col" | Dir.
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! scope="col" | Function
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|-
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|1 LEFT/RIGHT/MIDDLE
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|Analog input
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|LEMO connector
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|1x
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|input
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|Detector input
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|-
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|2 LEFT/RIGHT/MIDDLE
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|DIO
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|LEMO connector
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|1x
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|input/output
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|Digital input/output (LVTTL)
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|}
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= Back Connector =
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== Version 0 ==
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SU7XX pin table (direction shown for the SU board!)
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2x8 channel 14-bit ADC (MAX1149), like SU720 but without isolation. Reference voltage 2.5V. Without input amplifier and resistor divider. Unipolar/Bipolar selectable by a jumper in groups of 8 channels. Differential voltage using two inputs.
 
2x8 channel 14-bit ADC (MAX1149), like SU720 but without isolation. Reference voltage 2.5V. Without input amplifier and resistor divider. Unipolar/Bipolar selectable by a jumper in groups of 8 channels. Differential voltage using two inputs.
  

Revision as of 13:36, 12 May 2014

Description

Block Diagram

Version 0

Front panel

Version 0

Front panel connectors and controls
Pos (top view) Name Type Qty. Dir. Function
1 LEFT/RIGHT/MIDDLE Analog input LEMO connector 1x input Detector input
2 LEFT/RIGHT/MIDDLE DIO LEMO connector 1x input/output Digital input/output (LVTTL)

Back Connector

Version 0

SU7XX pin table (direction shown for the SU board!)

2x8 channel 14-bit ADC (MAX1149), like SU720 but without isolation. Reference voltage 2.5V. Without input amplifier and resistor divider. Unipolar/Bipolar selectable by a jumper in groups of 8 channels. Differential voltage using two inputs.



SU712 pin table (direction shown for the SU board!)


 power    in            +5V  2    1 +5V             in     power
 LVTTL    in           CS1n  4    3 CS2n            in     LVTTL
 LVTTL    in          SCLK1  6    5 SCLK2           in     LVTTL
 LVTTL    in         SDOUT1  8    7 SDOUT2          in     LVTTL
 LVTTL   out          SDIN1 10    9 SDIN2           out    LVTTL
 LVTTL   out         SSTR1n 12   11 SSTR2n          out    LVTTL
 LVTTL    in         SHDN1n 14   13 SHDN2n          in     LVTTL
    NC     -              - 16   15 -               -      NC
    NC     -              - 18   17 -               -      NC
    NC     -              - 20   19 -               -      NC
    NC     -              - 22   21 -               -      NC
    NC     -              - 24   23 -               -      NC
    NC     -              - 26   25 -               -      NC
    NC     -              - 28   27 -               -      NC
    NC     -              - 30   29 -               -      NC
    NC     -              - 32   31 -               -      NC
    NC     -              - 34   33 -               -      NC
 power    in            GND 36   35 GND             in     power