lager_pcb.rigol_dp800

Module Contents

Classes

DP800

Attributes

LAGER_CURRENT_LIMIT
IP_ADDR

lager_pcb.rigol_dp800.LAGER_CURRENT_LIMIT = 1

class lager_pcb.rigol_dp800.DP800(instr)

check_instrument()

get_identification()

Query the ID string of the instrument.

set_lager_safety()

__str__()

Return str(self).

_interpret_channel(channel)

Wrapper to allow specifying channels by their name (str) or by their number (int)

_interpret_source(source)

Wrapper to allow specifying sources by their name (str) or by their number (int)

run_analyzer()

When receiving this command, the instrument executes the analysis operation according to the current setting.

get_analyzer_current_time()

Query the current time of the analyzer.

set_analyzer_current_time(time=1)

Set the current time of the analyzer.

get_analyzer_end_time()

Query the end time of the analyzer.

set_analyzer_end_time(time=2)

Set the end time of the analyzer.

get_analyzer_file()

Query the record file currently opened.

set_analyzer_file(location)

Open the specified record file in memory.

get_analyzer_unit()

Query the analysis object of the analyzer.

set_analyzer_unit(unit='V')

Set the analysis object of the analyzer to voltage, current or power.

get_analyzer_result()

Query the analysis results, including the number of groups, median, mode, average, variance, range, minimum, maximum and mean deviation

set_analyzer_start_time(time=1)

Set the start time of the analyzer.

get_analyzer_start_time()

Query the start time of the analyzer.

get_analyzer_value(time=1)

Query the voltage, current and power at the specified time in the record file opened.

get_channel(channel=1)

Query the voltage/current of the specified channel.

set_channel(voltage, current, channel=1)

Select the specified channel as the current channel and set the voltage/current of this channel.

get_channel_limits(channel=1)

Query the upper limits of the specified channel.

get_delay_cycles()

Query the number of cycles of the delayer.

set_delay_cycles(cycles=1)

Set the number of cycles of the delayer

get_delay_end_state()

Query the end state of the delayer.

set_delay_end_state(state='OFF')

Set the end state of the delayer.

get_delay_groups()

Query the number of output groups of the delayer.

set_delay_groups(groups=1)

Set the number of output groups of the delayer.

get_delay_parameters(group=0, num_groups=1)

Query the delayer parameters of the specified groups.

set_delay_parameters(group=0, state='OFF', delay=1)

Set the delayer parameters of the specified group.

delay_is_enabled()

Query the state of the delay output function of the current channel.

enable_delay()

Enable the state of the delay output function of the current channel.

disable_delay()

Disable the state of the delay output function of the current channel.

get_delay_generation_pattern()

Query the pattern used when generating state automatically.

set_delay_generation_pattern(pattern='01')

Select the pattern used when generating state automatically.

get_delay_stop_condition()

Query the stop condition of the delayer.

set_delay_stop_condition(condition='NONE', value=0)

Set the stop condition of the delayer.

get_delay_generation_time()

Query the method used to generate time automatically as well as the corresponding parameters.

set_delay_generation_time(mode='FIX', timebase=None, step=None)

Set the method used to generate time automatically and the corresponding parameters.

get_display_mode()

Query the current display mode.

set_display_mode(mode='NORM')

Set the current display mode.

enable_screen_display()

Turn on the screen display.

disable_screen_display()

Turn off the screen display.

screen_display_is_enabled()

Query the current screen display state.

clear_display_text()

Clear the characters displayed on the screen.

get_display_text()

Query the string currently displayed on the screen.

set_display_text(text, x=5, y=110)

Display the specified string from the specified coordinate on the screen.

clear_status()

Clear all the event registers in the register set and clear the error queue.

get_event_status_enable()

Query the enable register for the standard event status register set.

set_event_status_enable(data=0)

Set the enable register for the standard event status register set.

get_event_status()

Query and clear the event register for the standard event status register.

get_identification()

Query the ID string of the instrument.

get_vendor()

get_product()

get_serial_number()

get_firmware()

is_busy()

The *OPC? command is used to query whether the current operation is finished. The *OPC command is used to set the Operation Complete bit (bit 0) in the standard event status register to 1 after the current operation is finished.

reset()

Restore the instrument to the default state.

get_service_request_enable()

Query the enable register for the status byte register set.

set_service_request_enable(data=0)

Set the enable register for the status byte register set.

get_status_byte()

Query the event regester for the status byte register. The value of the status byte register is set to 0 after this command is executed.

self_test_is_passing()

Perform a self-test and then returns the self-test results.

wait()

Wait for the operation to finish.

initialize_trigger()

Initialize the trigger system.

get_coupling_channels()

Query the current trigger coupling channels.

set_coupling_channels(channels)

Select the trigger coupling channels.

get_selected_channel()

Query the channel currently selected.

select_channel(channel)

Select the current channel.

install_option(license)

Install the options.

measure(channel)

Query the voltage, current and power measured on the output terminal of the specified channel.

measure_current(channel)

Query the current measured on the output terminal of the specified channel.

measure_power(channel)

Query the power measured on the output terminal of the specified channel.

measure_voltage(channel)

Query the voltage measured on the output terminal of the specified channel.

get_current_monitor_condition()

Query the current monitor condition of the monitor (the current channel).

set_current_monitor_condition(condition='NONE', logic='NONE')

Set the current monitor condition of the monitor (the current channel).

get_power_monitor_condition()

Query the power monitor condition of the monitor (the current channel).

set_power_monitor_condition(condition='NONE', logic='NONE')

Set the power monitor condition of the monitor (the current channel).

enable_monitor()

Enable the monitor (the current channel).

disable_monitor()

Disable the monitor (the current channel).

monitor_is_enabled()

Query the state of the monitor (the current channel)

get_monitor_stop_mode()

Query the stop mode of the monitor (the current channel).

enable_monitor_outoff()

Enable the "OutpOff" mode of the monitor (the current channel).

disable_monitor_outoff()

Disable the "OutpOff" mode of the monitor (the current channel).

enable_monitor_warning()

Enable the "Warning" mode of the monitor (the current channel).

disable_monitor_warning()

Disable the "Warning" mode of the monitor (the current channel).

enable_monitor_beeper()

Enable the "Beeper" mode of the monitor (the current channel).

disable_monitor_beeper()

Disable the "Beeper" mode of the monitor (the current channel).

get_voltage_monitor_condition()

Query the voltage monitor condition of the monitor (the current channel).

set_voltage_monitor_condition(condition='NONE', logic='NONE')

Set the voltage monitor condition of the monitor (the current channel).

get_output_mode(channel=None)

Query the current output mode of the specified channel.

overcurrent_protection_is_tripped(channel=None)

Query whether OCP occurred on the specified channel.

clear_overcurrent_protection_trip(channel=None)

Clear the label of the overcurrent protection occurred on the specified channel.

enable_overcurrent_protection(channel=None)

Enable the overcurrent protection (OCP) function of the specified channel.

disable_overcurrent_protection(channel=None)

Disable the overcurrent protection (OCP) function of the specified channel.

overcurrent_protection_is_enabled(channel=None)

Query the status of the overcurrent protection (OCP) function of the specified channel.

get_overcurrent_protection_value(channel=None)

Query the overcurrent protection value of the specified channel.

set_overcurrent_protection_value(value, channel=None)

Set the overcurrent protection value of the specified channel.

overvoltage_protection_is_tripped(channel=None)

Query whether OVP occurred on the specified channel.

clear_overvoltage_protection_trip(channel=None)

Clear the label of the overvoltage protection occurred on the specified channel.

enable_overvoltage_protection(channel=None)

Enable the overvoltage protection (OVP) function of the specified channel.

disable_overvoltage_protection(channel=None)

Disable the overvoltage protection (OVP) function of the specified channel.

overvoltage_protection_is_enabled(channel=None)

Query the status of the overvoltage protection (OVP) function of the specified channel.

get_overvoltage_protection_value(channel=None)

Query the overvoltage protection value of the specified channel.

set_overvoltage_protection_value(value, channel=None)

Set the overvoltage protection value of the specified channel.

get_output_range()

Query the range currently selected of the channel.

set_output_range(range='P20V')

Select the current range of the channel.

enable_sense(channel=None)

Enable the Sense function of the channel.

disable_sense(channel=None)

Disable the Sense function of the channel.

sense_is_enabled(channel=None)

Query the status of the Sense function of the channel.

enable_output(channel=None)

Enable the output of the specified channel.

disable_output(channel=None)

Disable the output of the specified channel.

output_is_enabled(channel=None)

Query the status of the specified channel.

num_channels()

enable_tracking(channel=None)

Enable the track function of the specified channel.

disable_tracking(channel=None)

Disable the track function of the specified channel.

tracking_is_enabled(channel=None)

Query the status of the track function of the specified channel.

get_record_destination()

Query the storage directory of the record file.

set_record_destination(file_name='RIGOL.ROF', location=10)

Store the record file to the specified storage location in the internal memory with the specified filename.

set_record_destination_external(file_path)

Store the record file to the specified storage directory in the external memory.

get_record_period()

Query the current record period of the recorder.

set_record_period(period=1)

Query the current record period of the recorder.

enable_record()

Enable the recorder.

disable_record()

Disable the recorder.

record_is_enabled()

Query the status of the recorder.

get_channel_current(source=None)

Query the current of the specified channel.

set_channel_current(value, source=None)

Set the current of the specified channel.

get_channel_voltage(source=None)

Query the voltage of the specified channel.

set_channel_voltage(value, source=None)

Set the voltage of the specified channel.

get_channel_current_increment(source=None)

Query the step of the current change of the specified channel.

set_channel_current_increment(value, source=None)

Set the step of the current change of the specified channel.

get_channel_current_trigger(source=None)

Query the trigger current of the specified channel.

set_channel_current_trigger(value, source=None)

Set the trigger current of the specified channel.

beep()

Send this command and the beeper immediately sounds.

enable_beeper()

Enable the beeper.

disable_beeper()

Disable the beeper.

beeper_is_enabled()

Query the status of the beeper.

get_brightness()

Query the brightness of the screen.

set_brightness(brightness=50)

Set the brightness of the screen.

get_gpib_address()

Query the current GPIB address.

set_gpib_address(address=2)

Set the current GPIB address.

apply_lan_settings()

Apply the network parameters currently set.

enable_auto_ip()

Enable the auto IP configuration mode.

disable_auto_ip()

Disable the auto IP configuration mode.

auto_ip_is_enabled()

Query the status of the auto IP configuration mode.

enable_dhcp()

Enable the DHCP configuration mode.

disable_dhcp()

Disable the DHCP configuration mode.

dhcp_is_enabled()

Query the status of the DHCP configuration mode.

get_dns()

Query the current DNS address.

set_dns(address)

Set the current DNS address.

get_gateway()

Query the current default gateway.

set_gateway(gateway)

Set the current default gateway.

get_ip_address()

Query the current IP address.

set_ip_address(address)

Set the IP address.

get_mac_address()

Query the MAC address.

enable_manual_ip()

Enable the manual IP configuration mode.

disable_manual_ip()

Disable the manual IP configuration mode.

manual_ip_is_enabled()

Query the status of the manual IP configuration mode.

get_subnet_mask()

Query the current subnet mask.

set_subnet_mask(mask)

Set the subnet mask.

get_baud()

Query the baud rate of the RS232 interface.

set_baud(rate)

Set the baud rate of the RS232 interface and the unit is Baud.

get_data_bit()

Query the data bit of the RS232 interface.

set_data_bit(data=8)

Set the data bit of the RS232 interface.

enable_hardware_flow_control()

Enable the hardware flow control.

disable_hardware_flow_control()

Disable the hardware flow control.

hardware_flow_control_is_enabled()

Query the status of the hardware flow control.

get_parity_mode()

Query the current parity mode.

set_parity_mode(mode='NONE')

Set the parity mode.

get_stop_bit()

Query the current stop bit.

set_stop_bit(data=1)

Set the stop bit.

get_contrast()

Query the contrast of the screen.

set_contrast(contrast=25)

Set the contrast of the screen.

get_error()

Query and clear the error messages in the error queue.

enable_remote_lock()

Enable the remote lock.

disable_remote_lock()

Disable the remote lock.

remote_lock_is_enabled()

Query the status of the remote lock.

get_language()

Query the current system language type.

set_language(language='EN')

Set the system language.

lock_keyboard()

Lock the front panel.

unlock_keyboard()

Unlock the front panel.

keyboard_is_locked()

Query whether the front panel is locked.

enable_sync()

Turn on the on/off sync function.

disable_sync()

Turn off the on/off sync function.

sync_is_enabled()

Query whether the on/off sync function is turned on.

enable_overtemperature_protection()

Enable the over-temperature protection (OTP) function.

disable_overtemperature_protection()

Disable the over-temperature protection (OTP) function.

overtemperature_protection_is_enabled()

Query the status of the over-temperature protection function.

enable_recall()

The instrument uses the system configuration (including all the system parameters and states except the channel output on/off states) before the last power-off at power-on.

disable_recall()

The instrument uses the factory default values at power-on (except those parameters that will not be affected by reset.

recall_is_enabled()

Query the status of the power-on mode.

get_luminosity()

Query the RGB brightness of the screen.

set_luminosity(luminosity=50)

Set the RGB brightness of the screen.

enable_screen_saver()

Enable the screen saver function.

disable_screen_saver()

Disable the screen saver function.

screen_saver_is_enabled()

Query the status of the screen saver function.

top_board_is_passing()

Query the self-test results of TopBoard.

bottom_board_is_passing()

Query the self-test results of BottomBoard.

fan_is_passing()

Query the self-test results of the fan.

get_temperature()

Query the self-test result of the temperature.

get_track_mode()

Query the current track mode.

set_track_mode(mode='SYNC')

Set the track mode.

get_system_version()

Query the SCPI version number of the system

get_timer_cycles()

Query the current number of cycles of the timer.

set_timer_cycles(cycles='I')

Set the number of cycles of the timer.

get_timer_end_state()

Query the current end state of the timer.

set_timer_end_state(state='OFF')

Set the end state of the timer.

get_timer_groups()

Query the current number of output groups of the timer.

set_timer_groups(num_groups=1)

Set the number of output groups of the timer.

get_timer_parameters(group=None, num_groups=1)

Query the timer parameters of the specified groups.

set_timer_parameters(group, voltage, current=1, delay=1)

Set the timer parameters of the specified group.

enable_timer()

Enable the timing output function.

disable_timer()

Disable the timing output function.

timer_is_enabled()

Query the status of the timing output function.

reconstruct_timer()

Send this command and the instrument will create the timer parameters according to the templet currently selected and the parameters set.

get_timer_exp_fall_rate()

Query the fall index of ExpFall.

set_timer_exp_fall_rate(rate=0)

Set the fall index of ExpFall.

get_timer_interval()

Query the current time interval.

set_timer_interval(interval=1)

Set the time interval.

enable_timer_invert()

Enable the invert function of the templet currently selected.

disable_timer_invert()

Disable the invert function of the templet currently selected.

timer_is_inverted()

Query whether the invert function of the templet currently selected is enabled.

get_timer_max_value()

Query the maximum voltage or current of the templet currently selected.

set_timer_max_value(value)

Set the maximum voltage or current of the templet currently selected.

get_timer_min_value()

Query the minimum voltage or current of the templet currently selected.

set_timer_min_value(value=0)

Set the minimum voltage or current of the templet currently selected.

get_timer_unit()

Query the editing object of the templet currently selected as well as the corresponding current or voltage.

set_timer_unit(unit='V', value=0)

Select the editing object of the templet and set the current or voltage.

get_timer_pulse_period()

Query the period of Pulse.

set_timer_pulse_period(value=10)

Set the period of Pulse.

get_timer_points()

Query the total number of points

set_timer_points(value=10)

Set the total number of points.

get_timer_exp_rise_rate()

Query the rise index of ExpRise.

set_timer_exp_rise_rate(rate=0)

Set the rise index of ExpRise.

get_timer_template()

Query the templet type currently selected

set_timer_template(mode='SINE')

Select the desired templet type.

get_timer_ramp_symmetry()

Query the symmetry of RAMP.

set_timer_ramp_symmetry(symmetry=50)

Set the symmetry of RAMP.

get_timer_pulse_width()

Query the positive pulse width of Pulse.

set_timer_pulse_width(width=5)

Set the positive pulse width of Pulse.

get_trigger_source_type()

Query the trigger source type currently selected.

set_trigger_source_type(mode='BUS')

Select the trigger source type

set_trigger_current(current=0.1, channel=1)

Set the trigger current of the specified channel.

enable_trigger_input(data_line=None)

Enable the trigger input function of the specified data line.

disable_trigger_input(data_line=None)

Disable the trigger input function of the specified data line.

trigger_input_is_enabled(data_line='D0')

Query the status of the trigger input function of the specified data line.

trigger()

Initialize the trigger system.

get_trigger_response(data_line=None)

Query the output response of the trigger input of the specified data line

set_trigger_response(mode='OFF', data_line=None)

Set the output response of the trigger input of the specified data line.

get_trigger_sensitivity(data_line=None)

Query the trigger sensitivity of the trigger input of the specified data line.

set_trigger_sensitivity(sensitivity='LOW', data_line=None)

Set the trigger sensitivity of the trigger input of the specified data line.

get_trigger_input_source(data_line=None)

Query the source under control of the trigger input of the specified data line.

set_trigger_input_source(channel=1, data_line=None)

Set the source under control of the trigger input of the specified data line.

get_trigger_type(data_line=None)

Query the trigger type of the trigger input of the specified data line.

set_trigger_type(mode='RISE', data_line=None)

Set the trigger type of the trigger input of the specified data line.

set_trigger_voltage(voltage=0, channel=1)

Set the trigger voltage of the specified channel.

get_trigger_condition(data_line=None)

Query the trigger condition of the trigger output of the specified data line.

set_trigger_condition(condition='OUTOFF', value=0, data_line=None)

Set the trigger condition of the trigger output of the specified data line.

get_trigger_duty_cycle(data_line=None)

Query the duty cycle of the square waveform of the trigger output on the specified data line.

set_trigger_duty_cycle(duty_cycle=50, data_line=None)

Set the duty cycle of the square waveform of the trigger output on the specified data line.

enable_trigger_output(data_line=None)

Enable the trigger output function of the specified data line.

disable_trigger_output(data_line=None)

Disable the trigger output function of the specified data line.

trigger_output_is_enabled(data_line='D0')

Query the status of the trigger output function of the specified data line.

get_trigger_period(data_line=None)

Query the period of the square waveform of the trigger output on the specified data line.

set_trigger_period(period=1, data_line=None)

Set the period of the square waveform of the trigger output on the specified data line.

get_trigger_polarity(data_line=None)

Query the polarity of the trigger output signal of the specified data line.

set_trigger_polarity(polarity='POSI', data_line=None)

Set the polarity of the trigger output signal of the specified data line.

get_trigger_signal(data_line=None)

Query the type of the trigger output signal of the specified data line.

set_trigger_signal(signal='LEVEL', data_line=None)

Set the type of the trigger output signal of the specified data line.

get_trigger_output_source(data_line=None)

Query the control source of the trigger output of the specified data line.

set_trigger_output_source(channel=1, data_line=None)

Set the control source of the trigger output of the specified data line.

get_trigger_delay()

Query the current trigger delay.

set_trigger_delay(delay=0)

Set the trigger delay.

get_trigger_source()

Query the trigger source currently selected.

set_trigger_source(source='BUS')

Select the trigger source.

get_state()

lager_pcb.rigol_dp800.IP_ADDR = 192.168.8.136