Rf

SCPI Commands :

[SOURce<HW>]:CORRection:OPTimize:RF:CHARacteristics
[SOURce<HW>]:CORRection:OPTimize:RF:HEADroom

Commands in total: 10
Subgroups: 4
Direct child commands: 2

get_characteristics() → IqOptMode[source]

# [SOURce<HW>]:CORRection:OPTimize:RF:CHARacteristics
value: enums.IqOptMode = driver.source.correction.optimize.rf.get_characteristics()

Sets the method for optimizing the I/Q modulation.

Returns:: characteristic: OFF | EVM | USER OFF No dedicated I/Q modulation optimization. EVM Optimizes I/Q modulation to achieve better EVM performance. This method reduces the wideband noise and improves the nonlinear effects of amplifiers resulting in a linear gain. USER Sets a user-defined optimization as the I/Q modulation method.

get_headroom() → bool[source]

# [SOURce<HW>]:CORRection:OPTimize:RF:HEADroom
value: bool = driver.source.correction.optimize.rf.get_headroom()

Enables automatic adjustments of the I/Q modulator after each RF frequency change or RF level change.

set_characteristics(characteristic: IqOptMode) → None[source]

# [SOURce<HW>]:CORRection:OPTimize:RF:CHARacteristics
driver.source.correction.optimize.rf.set_characteristics(characteristic = enums.IqOptMode.EVM)

Sets the method for optimizing the I/Q modulation.

Parameters:: characteristic – OFF | EVM | USER OFF No dedicated I/Q modulation optimization. EVM Optimizes I/Q modulation to achieve better EVM performance. This method reduces the wideband noise and improves the nonlinear effects of amplifiers resulting in a linear gain. USER Sets a user-defined optimization as the I/Q modulation method.

set_headroom(state: bool) → None[source]

# [SOURce<HW>]:CORRection:OPTimize:RF:HEADroom
driver.source.correction.optimize.rf.set_headroom(state = False)

Enables automatic adjustments of the I/Q modulator after each RF frequency change or RF level change.

Cloning the Group

# Create a copy of the original group, that exists independently
rf_copy = driver.source.correction.optimize.rf.clone()

Subgroups