dartek

I'm looking at both examples, and I can see that both channel on every mcc172 are being used, but I'm not sure if they give info about how ch0 sample and ch1 samples are interleaved into the buffer. Let's say I want to read 2 channels at 51.2Khz, I'm expecting after 1 second to have 102.400 samples into the read buffer, is that right? How do I know which of the 102.400 samples are from ch0 and which are from channel ch1? Sample 0 to 51200 are from ch0 and from 51201 to 102400 are from ch1? Are they interleaved in a way that sample 1 is from ch0, sample 2 from ch1, sample 3 from ch0, sample 4 from ch1 and so on? Thanks for your reply

Hello, I'm evaluating using 2 MCC172 board to perform datalogging from 2 triaxial iepe accelerometers. Given that every MCC172 has 2 channels and I need to sample x,y and z contribute from each accelerometer, I was looking into getting 3 boards. I'm gonna use C language. I know that probably it's a dumb question, but I'm finding it hard to understand how C function mcc172_a_in_scan_read does really work. From my understanding when I want to start a scan I select int mcc172_a_in_scan_start(uint8_t address, uint8_t channel_mask, uint32_t samples_per_channel, uint32_t options) function and I choose which channel i want to scan with the parameter: uint8_t channel_mask Now, it is my understanding that this function will create a buffer that I can subsequently access with the "read" function to get the values. Only thing is that the "read" function does not have a parameter where I can define which channel of one board I want to read: nt mcc172_a_in_scan_read(uint8_t address, uint16_t * status, int32_t samples_per_channel, double timeout, double * buffer, uint32_t buffer_size_samples, uint32_t * samples_read_per_channel) I can only select the MCC172 address. Am I missing something or does it mean that in some way the scans from both channels are written into the same buffer? And if so, in which way are they written so that I can retrieve samples from a single channel? Thanks in advance