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Commit 4260e817 authored by Samuel Karlsson's avatar Samuel Karlsson
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bare6 task 3,4

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...@@ -111,15 +111,16 @@ fn idle(dwt: &mut DWT, rcc: &mut RCC, gpioa: &mut GPIOA) { ...@@ -111,15 +111,16 @@ fn idle(dwt: &mut DWT, rcc: &mut RCC, gpioa: &mut GPIOA) {
// //
// what is the frequency of MCO2 read by the oscilloscope // what is the frequency of MCO2 read by the oscilloscope
// ** your answer here ** // ** your answer here **
// 2.169 KHz low signal amplitude // 2 - 10 KHz
//
// //
// compute the value of SYSCLK based on the oscilloscope reading // compute the value of SYSCLK based on the oscilloscope reading
// ** your answer here ** // ** your answer here **
// 2.2 * 4 = 8.8 KHz // 2 - 10 * 4 = 8-40 KHz
// //
// what is the peak to peak reading of the signal // what is the peak to peak reading of the signal
// ** your answer here ** // ** your answer here **
// 1.38 V // 1.8 V
// //
// //
// make a folder called "pictures" in your git project // make a folder called "pictures" in your git project
...@@ -138,18 +139,22 @@ fn idle(dwt: &mut DWT, rcc: &mut RCC, gpioa: &mut GPIOA) { ...@@ -138,18 +139,22 @@ fn idle(dwt: &mut DWT, rcc: &mut RCC, gpioa: &mut GPIOA) {
// //
// what is the frequency of blinking // what is the frequency of blinking
// ** your answer here ** // ** your answer here **
// // 8 Hz
// commit your answers (bare6_3) // commit your answers (bare6_3)
// //
// 4. repeat the experiment 2 // 4. repeat the experiment 2
// what is the frequency of MCO2 read by the oscilloscope // what is the frequency of MCO2 read by the oscilloscope
// ** your answer here ** // ** your answer here **
// 5-14 KHz
// //
// compute the value of SYSCLK based on the oscilloscope reading // compute the value of SYSCLK based on the oscilloscope reading
// ** your answer here ** // ** your answer here **
// 5-14 * 4 = 20- 60 KHz
//
// what is the peak to peak reading of the signal // what is the peak to peak reading of the signal
// //
// ** your answer here ** // ** your answer here **
// ca 1.8 V
// //
// make a screen dump or photo of the oscilloscope output // make a screen dump or photo of the oscilloscope output
// sove the the picture as "bare_6_64mhz_high_speed" // sove the the picture as "bare_6_64mhz_high_speed"
......
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