Sharp EL-160: Difference between revisions

10 bytes removed ,  18:31, 12 July 2022
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The calculator uses 3 PCBs internally, one for the power supply, mounted inside a metal cage, and display and logic boards, both seated into a card-edge connector.
The calculator uses 3 PCBs internally, one for the power supply, mounted inside a metal cage, and display and logic boards, both seated into a card-edge connector.


The calculator uses a [[reed switches|reed-switch]] keypad, [[:Category:VFD|Vacuum Fluorescent Displays]] (8x Itron [[Itron DG12B|DG12B]] and 1x Itron [[Itron SP-12A|SP-12A]]), and 5 [https://en.wikipedia.org/wiki/Integrated_circuit Integrated Circuits], the [[:Category:Rockwell]] [[Rockwell ACM1156|ACM1156]], [[Rockwell AU2271|AU2271]], [[Rockwell DC1152|DC1152]], [[Rockwell NRD2256|NRD2256]], and the [[Hitachi]] [[Hitachi HD3113|HD3113]], presumably for keyboard decoding purposes.
The calculator uses a [[reed switches|reed-switch]] keypad, [[:Category:VFD|Vacuum Fluorescent Displays]] (8x Itron [[Itron DG12B|DG12B]] and 1x Itron [[Itron SP-12A|SP-12A]]), and 5 [https://en.wikipedia.org/wiki/Integrated_circuit Integrated Circuits], the [[Rockwell]] [[Rockwell ACM1156|ACM1156]], [[Rockwell AU2271|AU2271]], [[Rockwell DC1152|DC1152]], [[Rockwell NRD2256|NRD2256]], and the [[Hitachi]] [[Hitachi HD3113|HD3113]], presumably for keyboard decoding purposes.


== Gallery ==
== Gallery ==
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