The steps are the following: 1. Place a clock logic block and a 74164 shift register....

Transcribed Image Text:

The steps are the following: 1. Place a clock logic block and a 74164 shift register. Connect the clock output to the clock input of the 74164. Connect a logic 1 (found in the Misc menu) to the CLR pin of the 74164. 2. Connect all the outputs of the 74164 shift register to LEDs. Place your LEDs in a logical manner that is legible to read. 3. Connect the necessary feedback outputs of the 74164 to both of the inputs A and B of one logic gate on the 7420. 4. Connect the output of the 7420 to the input pin of the 74164. 5. Run the simulation and observe the pattern. Questions 1. Describe the output behavior of for the time signal generator (TSG), that you built. 2. what is the impact if you change the clock frequency? Show an example. The steps are the following: 1. Place a clock logic block and a 74164 shift register. Connect the clock output to the clock input of the 74164. Connect a logic 1 (found in the Misc menu) to the CLR pin of the 74164. 2. Connect all the outputs of the 74164 shift register to LEDs. Place your LEDs in a logical manner that is legible to read. 3. Connect the necessary feedback outputs of the 74164 to both of the inputs A and B of one logic gate on the 7420. 4. Connect the output of the 7420 to the input pin of the 74164. 5. Run the simulation and observe the pattern. Questions 1. Describe the output behavior of for the time signal generator (TSG), that you built. 2. what is the impact if you change the clock frequency? Show an example.

Answer rating: 100% (QA)

Output Behavior Without knowing the specific feedback connection step 3 and number of LEDs step 2 it... View the full answer