/////////////////////////////////////////////////////////////
// CppSim Sim File: test.par
// Cell: gmsk_overall_system
// Library: GMSK_Example
/////////////////////////////////////////////////////////////

num_sim_steps: 1e6
Ts: 1/9e9

//  don't record this larger set of signals for more than 100 microsecond
//  -> this is long enough to generate eye diagrams, etc.
//  decimate using reference clock, but don't worry about aliasing 
//  since these particular signals have content that is confined
//  to low frequencies

output: test trigger=xi1.clk end_time=100e-6
probe: xi1.isig xi1.qsig xi1.xi13.filt_out ifilt qfilt 

//  decimate input voltage of VCO in order to produce output spectrum
//  with a long simulation (i.e., num_sim_steps:  100e6)
//  and start recording after 5 microseconds to insure all transients
//  have died away
//  note that it is important to have filtered input voltage of VCO
//  before decimating to prevent aliasing

output: test_spectrum trigger=xi1.clk start_time=5e-6
probe: xi1.vin_filt 

global_param:
alter:
