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--- pm:lab:lab0xc0-4 [2020/04/07 11:52]
iuliana.brinzoi [Tasks]
+++ pm:lab:lab0xc0-4 [2020/04/07 21:54] (current)
iuliana.brinzoi [Tasks]
@@ Line 13: / Line 13: @@
 === Sampling Rate ===
 The sampling rate represents the time at which the values of the analog input signal are read. The time is divided into discrete intervals, each sampling a value from the input signal. The Nyquist frequency tells us that it is mandatory for the sampling rate to be at least twice the frequency of the analog input signal so that the signal can be reconstructed afterwards.
-There appears a problem where frequencies above half the Nyquist rate are sampled because they are incorrectly detected as lower frequencies. This process is called aliasing.
+There appears a problem where frequencies above half the Nyquist frequency are sampled because they are incorrectly detected as lower frequencies. This process is called aliasing.
 {{ :pm:lab:adc_2.png?600 |}}
@@ Line 125: / Line 125: @@
 ===== Tasks  ======
 Sketch is available here: {{:pm:lab:lab3.zip|}}
-Solution is available here: {{:pm:lab:lab0xc3_sol_asistenti.zip|}}
+<hidden>
+Solution is available here:{{:pm:lab:lab0xc3_sol_asistenti.zip|}}
+</hidden>
   - To the PA1 pin there is connected a voltage divider. Push buttons control the output voltage. Read the value from the pin using polling and print the corresponding voltage to the serial console.
   - There is a temperature sensor (LM35) connected to PA0 pin. Configure the ADC to read the value from the sensor using interrupts. Display on the UART console the voltage and the temperature in Celsius degrees associated with it.