I guess I just need to think more about the problem. With your explanation
I still don't understand why the 1 PPS would be detected differently in the
two situations, and I still don't understand why the phase of the 10 MHz
reference with respect to the 1 PPS should matter. I can understand some
va
On 06/23/2020 03:18 PM, Aaron Smith wrote:
Marcus,
They are EndRun Meridian and Meridian II units.
I am very ignorant on this topic. Is it a standard that the 1 PPS
should coincide with the top of a 10 MHz cycle? I just wouldn't expect
the front end transmit delay, relative to the 1 PPS input
Marcus,
They are EndRun Meridian and Meridian II units.
I am very ignorant on this topic. Is it a standard that the 1 PPS should
coincide with the top of a 10 MHz cycle? I just wouldn't expect the front
end transmit delay, relative to the 1 PPS input, to depend on the 10 MHz
reference phase. I do
On 06/23/2020 02:45 PM, Aaron Smith via USRP-users wrote:
Hello,
I am attempting to release a transmission from an X310 every second.
To accomplish this, I must measure, and calibrate the delay in the RF
front end of the radio for my chosen sample rate. I'd like the
transmission to be release
Hello,
I am attempting to release a transmission from an X310 every second. To
accomplish this, I must measure, and calibrate the delay in the RF front
end of the radio for my chosen sample rate. I'd like the transmission to be
released within 1 clock cycle of the rising edge of the PPS.
I am fee
