- #1
Natalie Johnson
- 40
- 0
Hi,
I start at 100 MHz have 10 carrier frequencies all starting in phase at t=0 and the carrier frequencies have 25 kHz spacing. So my frequency range is 100-100.25 MHz, with 10 single frequencies equally spaced in this range. They are therefore all different frequencies, spaced 25khz apart.
Ive found on a graphing tool that they come in phase every 4x10^-5 seconds. The equation Frequency = 1 / Time_period works for this... with frequency being the frequency of the carrier spacing. Even though they are all different frequencies with different time periods they are all in phase every 4x10^-5 seconds.
The time period between all carriers coming back in phase (after going out of phase at t=0 or at any time after they realign) is directly related to the spacing of the carrier frequencies using this equation. I am struggling to see how this is related but it works. Perhaps I am looking for an elegant explanation of this
Please can someone advise
I start at 100 MHz have 10 carrier frequencies all starting in phase at t=0 and the carrier frequencies have 25 kHz spacing. So my frequency range is 100-100.25 MHz, with 10 single frequencies equally spaced in this range. They are therefore all different frequencies, spaced 25khz apart.
Ive found on a graphing tool that they come in phase every 4x10^-5 seconds. The equation Frequency = 1 / Time_period works for this... with frequency being the frequency of the carrier spacing. Even though they are all different frequencies with different time periods they are all in phase every 4x10^-5 seconds.
The time period between all carriers coming back in phase (after going out of phase at t=0 or at any time after they realign) is directly related to the spacing of the carrier frequencies using this equation. I am struggling to see how this is related but it works. Perhaps I am looking for an elegant explanation of this
Please can someone advise
Last edited: