conv

rfnetwork.core.units.conv

class rfnetwork.core.units.conv

Bases: object

Unit conversion functions. Follows the same convention as matlab’s units_ratio: to_from () i.e. To convert from feet to meters: <meters> = conv.m_ft(<feet>)

m : meter km : kilometer ft : feet in : inch nmi : nautical mile mi : mile

v : Volts w : Watts z : Impedance (complex) dbm : dB (10log10) ref to 1mW db10 : dB (10log10) db20 : dB (20log10) lin : ratio in linear scale vswr : voltage standing wave ratio gamma : reflection coeff

aeff : antenna effective aperture (linear) dir : antenna maximum directivity (linear) e : plane wave peak electric field (V/m) wm2 : average power density (W/m^2)

c : Celsius f : Fahrenheit k : Kelvin

Methods

conv.aeff_dir([d0])
conv.c_f()
conv.c_k()
conv.db10_lin()
conv.db20_lin()
conv.db_vswr()
conv.dbm_v([R])
conv.dbm_w()
conv.dir_aeff(aeff)
conv.e_wm2()
conv.f_c()
conv.ft_km()
conv.ft_m()
conv.ft_mi()
conv.ft_nmi()
conv.gamma_vswr()
conv.gamma_z([refz])
conv.in_m()
conv.in_mm()
conv.k_c()
conv.km_ft()
conv.km_mi()
conv.km_nmi()
conv.lin_db10()
conv.lin_db20()
conv.m_ft()
conv.m_in()
conv.m_mi()
conv.mi_ft()
conv.mi_km()
conv.mi_m()
conv.mi_nmi()
conv.mil_mm()
conv.mm_in()
conv.mm_mil()
conv.nmi_ft()
conv.nmi_km()
conv.nmi_mi()
conv.v_dbm([R])
conv.v_w([R])
conv.vswr_db()
conv.vswr_gamma()
conv.w_dbm()
conv.w_v([R])
conv.wm2_e()
conv.z_gamma([refz])

Attributes

conv.ratios