Band

class ansys.aedt.core.emit_core.nodes.generated.band.Band(emit_obj, result_id, node_id)

Provide band.

Methods

Band.delete()	Delete this node.
Band.duplicate([new_name])	Duplicate this node.
Band.export_to_csv([file_name, ...])	Export's the data for this node
Band.get_active_frequencies(is_rx[, units])	Return list of sampled tx or rx frequencies for the given band (empty if disabled)
Band.get_is_component()	Check if node is also a component.
Band.get_properties([property_names, ...])	Get all of a node's properties in a single API call.
Band.import_rx_measurement(file_name)	Import a Measurement from a File....
Band.import_tx_measurement(file_name)	Import a Measurement from a File....
Band.plot(channel_freq[, channel_type])	Bring up a Cartesian plot for this node
Band.props_to_dict(props)	Converts a list of key/value pairs to a dictionary.
Band.set_properties(properties[, skipChecks])	Set multiple node properties simultaneously.

Attributes

Band.allowed_child_types	Child types allowed for this node.
Band.apsk_type	APSK modulation order: helps determine spectral profile.
Band.bit_rate	Maximum bit rate: helps determine width of spectral profile.
Band.channel_bandwidth	Channel Bandwidth.
Band.channel_spacing	Spacing between channels within this band.
Band.children	Child nodes of this node.
Band.emission_designator	Emission Designator.
Band.emission_designator_ch_bw	Channel Bandwidth based off the emission designator.
Band.emit_modulation_type	Modulation based off the emission designator.
Band.enabled	Enabled state for this node.
Band.fm_chirp_period	FM Chirp period for the FM/CW radar.
Band.fm_freq_dev_bandwidth	FM Freq Dev Bandwidth.
Band.fm_freq_deviation	FM Freq Deviation.
Band.freq_deviation	FM/FSK frequency deviation: helps determine spectral profile.
Band.fsk_type	FSK modulation order: helps determine spectral profile.
Band.hop_range_max_freq	Sets the maximum frequency of the hopping range.
Band.hop_range_min_freq	Sets the minimum frequency of the hopping range.
Band.hopping_radar	True for hopping radars; false otherwise.
Band.max_modulating_freq	Maximum modulating frequency: helps determine spectral profile.
Band.modulation	Modulation used for the transmitted/received signal.
Band.modulation_index	AM modulation index: helps determine spectral profile.
Band.name	Name of the node.
Band.node_type	The type of this emit node.
Band.number_of_chips	Total number of chips (subpulses) contained in the pulse.
Band.odesktop	Desktop instance used for version checking.
Band.override_emission_designator_bw	Override Emission Designator BW.
Band.parent	The parent of this emit node.
Band.parent_name	Full node name of the parent node including the entire tree structure
Band.post_october_2020_procurement	Post October 2020 Procurement.
Band.properties	Node properties.
Band.psk_type	PSK modulation order: helps determine spectral profile.
Band.pulse_compression_ratio	Pulse compression ratio.
Band.pulse_duration	Pulse duration.
Band.pulse_fall_time	Pulse fall time.
Band.pulse_repetition_rate	Pulse repetition rate [pulses/sec].
Band.pulse_rise_time	Pulse rise time.
Band.qam_type	QAM modulation order: helps determine spectral profile.
Band.radar_type	Radar type: helps determine spectral profile.
Band.sidelobes	Number of sidelobes in spectral profile.
Band.start_frequency	First frequency for this band.
Band.stop_frequency	Last frequency for this band.
Band.tx_offset	Frequency offset between Tx and Rx channels.
Band.use_dd_1494_mode	Uses DD-1494 parameters to define the Tx/Rx spectrum.
Band.use_emission_designator	Use Emission Designator.
Band.valid	Indicates if this object is still valid (not detached from EMIT node).
Band.warnings	Warnings for the node, if any.