PppScaling

SCPI Command :

[CONFigure]:SIGNaling:NRADio:CELL:POWer:DL:PPPScaling
class PppScalingCls[source]

PppScaling commands group definition. 1 total commands, 0 Subgroups, 1 group commands

get(cell_name: str) → PowerScaling[source]
# SCPI: [CONFigure]:SIGNaling:NRADio:CELL:POWer:DL:PPPScaling
value: enums.PowerScaling = driver.configure.signaling.nradio.cell.power.downlink.pppScaling.get(cell_name = 'abc')

Defines the PDSCH power scaling depending on the number of layers.

param cell_name:

No help available

return:

power_scaling: - TGPP: 3GPP compliant - the power per layer decreases with increasing number of layers, so that the total power of the PDSCH over all layers is the same as for single-layer transmission. - TOPTimized: Throughput optimized - the total power of the PDSCH increases with increasing number of layers (double number of layers means plus 3 dB) .

set(cell_name: str, power_scaling: PowerScaling) → None[source]
# SCPI: [CONFigure]:SIGNaling:NRADio:CELL:POWer:DL:PPPScaling
driver.configure.signaling.nradio.cell.power.downlink.pppScaling.set(cell_name = 'abc', power_scaling = enums.PowerScaling.TGPP)

Defines the PDSCH power scaling depending on the number of layers.

param cell_name:

No help available

param power_scaling:

  • TGPP: 3GPP compliant - the power per layer decreases with increasing number of layers, so that the total power of the PDSCH over all layers is the same as for single-layer transmission.

  • TOPTimized: Throughput optimized - the total power of the PDSCH increases with increasing number of layers (double number of layers means plus 3 dB) .