![](../Analogrechner/Analogrechnerbilder/analog_bringup_X03.gif)
![](../Analogrechner/Analogrechnerbilder/draht_09.gif)
![](../images/Analogrechner/mech13_02a.gif)
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To facilitate bring-up, the machine has been equipped with two human interface modules 02/10 on a sloped panel, the so-called "Inbetriebnahmehilfsgeraet".
![](../Analogrechner/Analogrechnerbilder/analogfront_09061y.gif)
The computational board carries 10 ATmega microcontrollers, each emulating two computationall functions.
![](../Analogrechner/Analogrechnerbilder/analogdraht_09063.gif)
![](../Analogrechner/Analogrechnerbilder/draht_10.gif)
A closer look behind the front panel:
![](../Analogrechner/Analogrechnerbilder/draht_04.gif)
Eight of the twenty computational "amplifiers" are wired to the output converter:
![](../Analogrechner/Analogrechnerbilder/analogfront_09065.gif)
Performing a diagnostic function, each computational "amplifier" emits it's device address (02, 03, 04 and so on), supplemented by a hexadecimal 1 or 10, depending on the parity (even or odd) of the device address.
![](../Analogrechner/Analogrechnerbilder/analoglcd_09066.gif)
The computational board:
![](../Analogrechner/Analogrechnerbilder/RG16_top.gif)
![](../Analogrechner/Analogrechnerbilder/RG16_bot.gif)
The master controller / converter board:
![](../Analogrechner/Analogrechnerbilder/KG_16_top_02x.gif)
![](../Analogrechner/Analogrechnerbilder/KG_16_bot.gif)
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KG = master controller (Kommandogeraet)
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AW = output converter (Ausgabewandler)
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EW = input converter (Eingabewandler)
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FG = function generator (Funktionsgenerator)
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June 20, 2016
Wiring has been completed.
Diagnostics are running.
Computational functions will be implemented and debugged.
Looking back
Principles of operation
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