FormDeviceSettings 0 0 859 741 Form 0 0 0 0 75 true QGroupBox { border: none; } QGroupBox::title { subcontrol-origin: margin; } QGroupBox::indicator:unchecked { image: url(:/icons/icons/collapse.svg) } QGroupBox::indicator:checked { image: url(:/icons/icons/uncollapse.svg) } Device settings true true 15 50 false QFrame::NoFrame QFrame::Raised 0 Antenna: <html><head/><body>The baseband gain is applied to the baseband signal in your software defined radio. The baseband signal is at low frequency and gathered from the RF signal by complex downsampling.</body></html> Baseband gain: <html><head/><body>Configure the subdevice of your USRP. For example, B:0 to select a WBX on slot B. You can learn more at <a href="http://files.ettus.com/manual/page_configuration.html#config_subdev">http://files.ettus.com/manual/page_configuration.html#config_subdev.</a></body></html> 10 0.001000000000000 1000000000000.000000000000000 <html><head/><body>Configure the subdevice of your USRP. For example, B:0 to select a WBX on slot B. You can learn more at <a href="http://files.ettus.com/manual/page_configuration.html#config_subdev">http://files.ettus.com/manual/page_configuration.html#config_subdev.</a></body></html> <html><head/><body>Subdevice:</body></html> 10 0.001000000000000 1000000000000.000000000000000 433920000.000000000000000 127.0.0.1 <html><head/><body>Automatically detect connected SDRs of the above configured type. There is no need to press this button if you have only one SDR of a certain type attached. </body></html> ... .. <html><head/><body>Set the direct sampling mode. If you do not know what to choose here, just set it to disabled. The native backend is recommended, when using this setting.</body></html> Direct sampling: Bandwidth (Hz): QLayout::SetDefaultConstraint <html><head/><body>The gain (more exactly RF gain) is the gain applied to the RF signal. This amplifies the high frequent signal arriving at the antenna of your Software Defined Radio.</body></html> 100 1 Qt::Horizontal 0 0 <html><head/><body>The gain (more exactly RF gain) is the gain applied to the RF signal. This amplifies the high frequent signal arriving at the antenna of your Software Defined Radio.</body></html> 0 99 40 Sample rate (Sps): <html><head/><body>The IF Gain is applied to the Intermediate Frequency signal in your Software Defined Radio. An IF signal has a lower frequency than the high frequent RF signal, so signal processing can be applied more efficiently.</body></html> Qt::Horizontal 0 0 <html><head/><body>The IF Gain is applied to the Intermediate Frequency signal in your Software Defined Radio. An IF signal has a lower frequency than the high frequent RF signal, so signal processing can be applied more efficiently.</body></html> <html><head/><body>Set the frequency correction in ppm. If you do not know what to enter here, just leave it to one.</body></html> Frequency correction: <html><head/><body>You can enter a device identifier here if you have multiple SDRs of the same type attached to separate them. There is no need to configure this value otherwise. URH will automatically select an attached SDR of the configured type if you leave this value empty.</body></html> true QComboBox::NoInsert 0 0 USRP HackRF Infinite 999999999 <html><head/><body>The baseband gain is applied to the baseband signal in your software defined radio. The baseband signal is at low frequency and gathered from the RF signal by complex downsampling.</body></html> 0 Qt::Horizontal false false QSlider::NoTicks 0 0 0 <html><head/><body>The baseband gain is applied to the baseband signal in your software defined radio. The baseband signal is at low frequency and gathered from the RF signal by complex downsampling.</body></html> Port number: 10 0.001000000000000 1000000000000.000000000000000 <html><head/><body>The gain (more exactly RF gain) is the gain applied to the RF signal. This amplifies the high frequent signal arriving at the antenna of your Software Defined Radio.</body></html> Gain: Apply DC correction during recording, that is, ensure the captured signal has a mean value of zero. Apply DC correction true <html><head/><body>You can enter a device identifier here if you have multiple SDRs of the same type attached to separate them. There is no need to configure this value otherwise. URH will automatically select an attached SDR of the configured type if you leave this value empty.</body></html> Device Identifier: Frequency (Hz): 1 65535 1234 IP address: <html><head/><body>Set the frequency correction in ppm. If you do not know what to enter here, just leave it to one.</body></html> -1000 1000 1 Repeat: <html><head/><body>Set the direct sampling mode. If you do not know what to choose here, just set it to disabled. The native backend is recommended, when using this setting.</body></html> Apply DC correction during recording, that is, ensure the captured signal has a mean value of zero. DC correction: <html><head/><body>The IF Gain is applied to the Intermediate Frequency signal in your Software Defined Radio. An IF signal has a lower frequency than the high frequent RF signal, so signal processing can be applied more efficiently.</body></html> IF Gain: Channel: 0 0 ... :/icons/icons/lock.svg:/icons/icons/lock.svg 16 16 true true Device: <html><head/><body>Enable the bias tee of your SDR, if you have an external LNA connected. Leave this disabled if you have no external LNA attached.</body></html> Bias Tee: <html><head/><body>Enable the bias tee of your SDR, if you have an external LNA connected. Leave this disabled if you have no external LNA attached.</body></html> Enable Bias Tee KillerDoubleSpinBox QDoubleSpinBox

urh.ui.KillerDoubleSpinBox.h

groupBoxDeviceSettings cbDevice comboBoxDeviceIdentifier btnRefreshDeviceIdentifier lineEditSubdevice comboBoxChannel comboBoxAntenna lineEditIP spinBoxPort spinBoxFreq spinBoxSampleRate btnLockBWSR spinBoxBandwidth sliderGain spinBoxGain sliderIFGain spinBoxIFGain sliderBasebandGain spinBoxBasebandGain spinBoxFreqCorrection comboBoxDirectSampling spinBoxNRepeat checkBoxDCCorrection groupBoxDeviceSettings toggled(bool) frame_2 setVisible(bool) 115 17 140 31