Generate the required binary inputs from the NI ELVIS using the provided LabVIEW program. Fill out Table 1 in Appendix A completely with the EXPECTED values for all combinations of binary inputs.

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RF=RA = R = 10 kn, hence, 2R = 20 k GND 20kΩ 20ΚΩ. ao 10ΚΩ ww 20ΚΩ. a1 10ΚΩ ww 20ΚΩ a2 10kQ2 www 20ΚΩ. az 10ΚΩ www 20k2 as GND 10ΚΩ www GND ½ LF412 SUPPLY- SUPPLY+ 20kΩ A10* A10 DIO4 DIO3 DIO₂ DIO₁ DIOO 10ΚΩ M NI ELVIS GND SUPPLY+ GND SUPPLY- USB Interface 10ΚΩ 1/2 LF412 V₂ Computer Workstation RF=RA = R = 10 kn, hence, 2R = 20 k GND 20kΩ 20ΚΩ. ao 10ΚΩ ww 20ΚΩ. a1 10ΚΩ ww 20ΚΩ a2 10kQ2 www 20ΚΩ. az 10ΚΩ www 20k2 as GND 10ΚΩ www GND ½ LF412 SUPPLY- SUPPLY+ 20kΩ A10* A10 DIO4 DIO3 DIO₂ DIO₁ DIOO 10ΚΩ M NI ELVIS GND SUPPLY+ GND SUPPLY- USB Interface 10ΚΩ 1/2 LF412 V₂ Computer Workstation

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