Nominal period actual Hz us Hz --------------------------- 2017 495.9 2016.535591853196 517 1934.2 517.009616378865 1017 983.3 1016.983626563612 1018 982.3 1817 550.3 1817.190623 2517 397.3 2516.989680 3017 331.5 3016.591251885369 3517 284.3 3016.591251885369 4017 248.9 4017.677782241863 4517 5017 199.3 5017.561465 The phase jump in degrees can be calculated from: (period*rep - Int)*360/period Below the xxxHzb.tlan files are for the shaped pulse defined in 2017Hz.paf which can be used for frequencies up to about 3017Hz. The xxxHz.tlan files are for sine wave modulation, for frequencies =>3517Hz For block elf1: =============== 2017Hzb.tlan has 495.9 us IPP, and 9422.1 us rep time (i.e 19 IPPs) for a 5 min transmission without phase jumps: loopc=31840. then we get 299.999664 secs 517Hzb.tlan has 1934.2 us IPP and 9671.0 us rep time (i.e. 5 IPPs) for a 5 min transmission without phase jumps: loopc=31020. then we get 299.994420 secs 518Hzb.tlan has 1930.5 us IPP and 9652.5 us rep time (i.e. 5 IPPs) for a 5 min transmission without phase jumps: loopc=31080. then we get 299.999700 secs This does not work: 5017Hzb.tlan has 199.3 us IPP, and 9965.0 us rep time (i.e 50 IPPs) for a 5 min transmission without phase jumps: loopc=30105. then we get 299.996325 secs 5017Hz.tlan has 199.3 us IPP, and 9965.1 us rep time (i.e 50 IPPs) for a 5 min transmission without phase jumps: loopc=30105. then we get 299.996325 secs for a 2 min transmission without phase jumps: loopc=12042 then we get 119.999734 secs For block elf2: =============== 517Hzb.tlan has 1934.2 us IPP and 9671.0 us rep time (i.e. 5 IPPs) for a 2 min transmission without phase jumps: loopc=12408. then we get 119.997768 secs 518Hzb.tlan has 1930.4 us IPP and 9652.0 us rep time (i.e. 5 IPPs) for a 2 min transmission without phase jumps: loopc=12432. then we get 119.993664 secs 1018Hzb.tlan has 982.2 us IPP, and 9822.0 us rep time (i.e 10 IPPs) for a 2 min transmission without phase jumps: loopc=12217 then we get 119.997768 secs for a 5 min transmission without phase jumps: loopc=30543 then we get 299.993346 secs 1817Hzb.tlan has 550.3 us IPP, and 6053.3 us rep time (i.e 11 IPPs) for a 3 min transmission without phase jumps: loopc=29735 then we get 179.994876 secs 2517Hzb.tlan has 397.2 us IPP, and 4766.4 us rep time (i.e.12 IPPs) for a 2 min transmission without phase jumps: loopc=25176 then we get 119.998886 secs 3017Hzb.tlan has 331.4 us IPP, and 5633.8 us rep time (i.e.17 IPPs) for a 2 min transmission without phase jumps: loopc=21300 then we get 119.999940 secs for a 5 min transmission without phase jumps: loopc=53250 then we get 299.999850 secs 3517Hz.tlan has 284.3 us IPP, and 5686.1 us rep time (i.e.20 IPPs) for a 3 min transmission without phase jumps: loopc=31656 then we get 179.996016 secs for a 2 min transmission without phase jumps: loopc=21104 then we get 119.997344 secs 4017Hz.tlan has 248.9 us IPP, and 5724.7 us rep time (i.e.23 IPPs) for a 2 min transmission without phase jumps: loopc=20961 then we get 119.995437 secs 4517Hz.tlan has 221.3 us IPP, and 5753.9 us rep time (i.e.26 IPPs) for a 3 min transmission without phase jumps: loopc=31283 then we get 179.999254 secs for a 2 min transmission without phase jumps: loopc=20855 then we get 119.997585 secs 5517Hz.tlan has 181.3 us IPP, and 3807.3 us rep time (i.e.21 IPPs) for a 3 min transmission without phase jumps: loopc=31283 then we get 179.999254 secs for a 2 min transmission without phase jumps: loopc=31520 then we get 119.996640 secs 6017Hz.tlan has 166.2 us IPP, and 3822.8 us rep time (i.e.23 IPPs) for a 2 min transmission without phase jumps: loopc=31392 then we get 120.005338 secs 6517Hz.tlan has 153.4 us IPP, and 3835.0 us rep time (i.e.25 IPPs) for a 2 min transmission without phase jumps: loopc=31290 then we get 119.007150 secs 7017Hz.tlan has 142.5 us IPP, and 3847.5 us rep time (i.e.27 IPPs) for a 2 min transmission without phase jumps: loopc=31189 then we get 119.999678 secs 7517Hz.tlan has 133.0 us IPP, and 3857.0 us rep time (i.e.29 IPPs) for a 2 min transmission without phase jumps: loopc=31112 then we get 119.998984 secs 10017Hz.tlan has 99.8 us IPP, and 3792.4 us rep time (i.e.38 IPPs) for a 2 min transmission without phase jumps: loopc=31642 then we get 119.999121 secs For block bwamexp5: =================== 13017Hz.tlan has 76.8 us IPP, and 1996.8 us rep time (i.e.26 IPPs) for a 1 min transmission without phase jumps: loopc=30048 then we get 59.999846 secs 5017Hz.tlan has 199.5 us IPP, and 9975.0 us rep time (i.e 50 IPPs) for a 1 min transmission without phase jumps: loopc= 6018 then we get 59.999460 secs For experiment 11, block ULF1: ============================== 9_7Hzb.tlan has a 103092.8 us IPP and a 515464.0 us rep time (i.e. 5 IPPS) for a 25 min transmission without phase jumps: loopc =2909 then we get 1499.484776 secs ============================== 10_1Hzb.tlan has a 99009.9 us IPP and a 495049.5 us rep time (i.e. 5 IPPS) for a 25 min transmission without phase jumps: loopc =3030 then we get 1499.999985 secs