#Saleae logic pro 8 software#

After a moment, you should see a sinewave appear in the main window. Click the analog Channel 0 to enable it, and click the digital Channel 0 to disable it.Д¬lick the Device Settings Button again to close the configuration window. Click both Clear buttons to disable all channels, leaving only the digital channel 0 enabled.

In the device settings window, set the speed to at least 50 MS/s and the duration to 1 second.

#Saleae logic pro 8 software#

Open the Logic software with the Logic Analyzer plugged in. Whenever the board has power, it should begin running the analog example program, which produces a sinewave pattern on pin PA_4 (Arduino pin A2). Compile the program, and upload it to the Nucleo-F446RE development board. Note that pin PA_4 (A2 on the Arduino headers) is DAC_OUT1 (digital-to-analog converter output 1) on the Nucleo-F446RE. We will be using channel 0.Д¬onnect the channel 0 and GND wires to the Nucleo board as shown below. One of the Saleae logic analyzers: Saleae Logic 8, Saleae Logic Pro 8, or Saleae Logic Pro 16вЂ‹ДЇor this example, you will only need 1 harness plugged into your Logic Analyzer. The Logic Pro 8 and Logic Pro 16 can sample up to 50 MS/s (bandwidth of 5 MHz).Д®xample code is provided below for Arduino, mbed, or AC6 System Workbench for STM32 (SW4STM32). As such, it can function as an oscilloscope with up to 8 channels (for the Logic 8 and Logic Pro 8) or 16 channels (for the Logic Pro 16).Дepending on the number of channels you use, the Logic 8 can sample up to 10 MS/s (bandwidth of 1 MHz). One useful feature of your Saleae Logic Analyzer is its ability to measure analog signals (from 0 to 5 V).