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The sampling time tSmp is an internal value that is controlled by the ADC Clock Divider setting according to Table 3. The sample frequency fSmp is determined by the clock frequency of the ADCs (36 MHz) divided by the ADC sampling time tSmp.
= What is the accuracy of the EvalKit, is there any formula? =
acc = c * (nSmp +85) / (2 * BW * nFFT* 2ndown)
where c is the speed of light, BW is the bandwidth, nSmp , is the number of samples, nFFT is the FFT
size and ndown is the down sampling factor.
= How the maximum range is calculated? =
Rmax = (1/2) acc* nFFT
where c is the speed of light, BW is the bandwidth, nSmp , is the number of samples, nFFT is the FFT
size, and ndown is the downsampling factor.
= I don’t know which firmware I am using, where can I get firmware information? =
The ‘System Info’ tab in WebGUI shows the unique hardware identification number of the EvalKit, the firmware version, date of compilation, version identifier, and protocol version and specification date. You can press the ‘Update system info’ button to refresh this information from the sensor. Additionally, you can obtain version information by sending protocol commands( !V ), please see protocol description..
You can set a delay time between the self triggering event but not each ramp that generated from PLL. You can however, set the number of ramps to one and then use the external trigger to trigger each ramp separately (with a delay on your PCs side).
= Can I set a delay between each trigger event? =
Yes, self triggering delay can be set from 30th bits to 32nd in System Config command (See protocol description for more information).
= Can I access the data of each ramp? =
