You will specify two unpacked BCD numbers using 16 switches: o SW (7 downto 0) is...

   

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• You will specify two unpacked BCD numbers using 16 switches: o SW (7 downto 0) is your number1 o SW (15 down to 8) is your number2 Display the result number1+ number2 on the 16 LEDs, which has 2 unpacked BCD digits. • In a sense, you are doing what the AAA instruction is meant to do. o LED (15 downto 8) is the result's higher unpacked BCD digit. o LED (7 downto 0) is the result's lower unpacked BCD digit. The addition ignores the high nibbles of both number1 and number2. T1 Test Vectors: O depicts an OFF LED 0x32+0x37 should result in 0x0009 0x340x37 should result in 0x0101 LEDs → LEDS → LEDS → 0x09 + 0x09 should result in 0x0108 0x390x39 should result in 0x0108 LEDs → O depicts an ON LED 000 000 0 000 00000 00 0000 • You will specify two unpacked BCD numbers using 16 switches: o SW (7 downto 0) is your number1 o SW (15 down to 8) is your number2 Display the result number1+ number2 on the 16 LEDs, which has 2 unpacked BCD digits. • In a sense, you are doing what the AAA instruction is meant to do. o LED (15 downto 8) is the result's higher unpacked BCD digit. o LED (7 downto 0) is the result's lower unpacked BCD digit. The addition ignores the high nibbles of both number1 and number2. T1 Test Vectors: O depicts an OFF LED 0x32+0x37 should result in 0x0009 0x340x37 should result in 0x0101 LEDs → LEDS → LEDS → 0x09 + 0x09 should result in 0x0108 0x390x39 should result in 0x0108 LEDs → O depicts an ON LED 000 000 0 000 00000 00 0000

Answer rating: 100% (QA)

Solution The Specify rumpacked BCD number 16 Switches SW 7 down to 0 is your numbery lib... View the full answer