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university:courses:electronics:electronics-lab-24 [12 Jul 2019 14:16] – Pop Andreea | university:courses:electronics:electronics-lab-24 [23 Aug 2019 14:02] – Antoniu Miclaus | ||
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connected to the D input. The first scope channel 1 input should also be connected to Clock input. The | connected to the D input. The first scope channel 1 input should also be connected to Clock input. The | ||
second input scope channel 2 should be connected to the Q output of the flip-flop in figure 4. Both the | second input scope channel 2 should be connected to the Q output of the flip-flop in figure 4. Both the | ||
- | AWG1 and AWG2 should be configured as a square wave with a 5 V amplitude and 2.5 V offset ( 0 - 5V | + | AWG1 and AWG2 should be configured as a square wave with a 5 V amplitude |
swing ). Set the frequency of AWG1 to 10 KHz and set the frequency of AWG2 to 5 KHz. Set the phase of | swing ). Set the frequency of AWG1 to 10 KHz and set the frequency of AWG2 to 5 KHz. Set the phase of | ||
AWG2 to 45 degrees. Be sure to configure the two AWG outputs to operate synchronously. | AWG2 to 45 degrees. Be sure to configure the two AWG outputs to operate synchronously. | ||
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The AWG1 output and scope channel 1 input should both be connected to the input marked Clock in figure | The AWG1 output and scope channel 1 input should both be connected to the input marked Clock in figure | ||
13. The second input scope channel 2 should be connected to the Q output of the flip-flop in figure 5. | 13. The second input scope channel 2 should be connected to the Q output of the flip-flop in figure 5. | ||
- | The AWG1 should be configured as a square wave with a 5 V amplitude and 2.5 V offset ( 0 - 5V swing ). | + | The AWG1 should be configured as a square wave with a 5 V amplitude |
Set the frequency to 10 KHz. | Set the frequency to 10 KHz. | ||