B.54 LeCroy Digitizing Oscilloscope Waverunner, Waverunner-2 and X-Stream
Module name: lecroy_wr
(GPIB version),
lecroy_wr_l
(LAN version) or lecroy_wr_s
(serial port version)
Description: LeCroy Digitizing Oscilloscope Waverunner models
- `LT224'
4 channels, bandwidth 200 MHz, sample rate 200 MS/s (SS) / 10 GS/s (RIS), acquisition memory 100 kpts/channel
- `LT322'
2 channels, bandwidth 200 MHz, sample rate 200 MS/s (SS) / 10 GS/s (RIS), acquisition memory 100 kpts/channel
- `LT342'
2 channels, bandwidth 500 MHz, sample rate 500 MS/s (SS) / 25 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT342L'
2 channels, bandwidth 500 MHz, sample rate 500 MS/s (SS) / 25 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT344'
4 channels, bandwidth 500 MHz, sample rate 500 MS/s (SS) / 25 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT344L'
4 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 25 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT364'
4 channels, bandwidth 500 MHz, sample rate 500 MS/s (SS) / 25 GS/s (RIS), acquisition memory 500 kpts/channel
- `LT364L'
4 channels, bandwidth 500 MHz, sample rate 500 MS/s (SS) / 25 GS/s (RIS), acquisition memory 2 Mpts/channel
Waverunner-2 models
- `LT262'
2 channels, bandwidth 350 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 100 kpts/channel
- `LT264'
4 channels, bandwidth 350 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 100 kpts/channel
- `LT264M'
4 channels, bandwidth 350 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT354'
4 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT354M'
4 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT354ML'
4 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 2 Mpts/channel
- `LT372'
2 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT372M'
2 channels, bandwidth 500 MHz, sample rate 1 GS/s (SS) / 50 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT374'
4 channels, bandwidth 500 MHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT374M'
4 channels, bandwidth 500 MHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT374L'
4 channels, bandwidth 500 MHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 4 Mpts/channel
- `LT584'
4 channels, bandwidth 1 GHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 250 kpts/channel
- `LT584M'
4 channels, bandwidth 1 GHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 1 Mpts/channel
- `LT584L'
4 channels, bandwidth 1 GHz, sample rate 2 GS/s (SS) / 50 GS/s (RIS), acquisition memory 4 Mpts/channel
and X-Stream models
- `44Xi'
- `44MXi'
4 channels, bandwidth 400 MHz, sample rate 5 GS/s, 12.5 Mpts/channel
- `62Xi'
2 channels, bandwidth 600 MHz, sample rate 5 GS/s, 12.5 Mpts/channel
- `64Xi'
- `64MXi'
4 channels, bandwidth 600 MHz, sample rate 5 GS/s, 12.5 Mpts/channel
- `104Xi'
- `104MXi'
4 channels, bandwidth 1 GHz, sample rate 5 GS/s, 12.5 Mpts/channel
- `204X'
- `204MXi'
4 channels, bandwidth 2 GHz, sample rate 5 GS/s, 12.5 Mpts/channel
The exact model must be set in the configuration file, together with information about further available options. All models have 4 function channels (used for averaging) and 4 memory channels.
Controlled via: GPIB bus (IEEE 488) (module lecroy_wr
)
In the GPIB configuration file use "LECROY_WR"
as the device name,
'\n'
or 0xa
as the EOS character, set set-reos
and
set-xeos
to no
and set-bin
and set-eot
to
yes
.
or
Controlled via: LAN (module lecroy_wr_l
)
or
Controlled via: Serial port (module lecroy_wr_s
)
Status: Tested with control via GPIB.
Due to the huge number of different models it was not possible to test
the module with all those models. Moreover, specification data from
the manuals as well as the LeCroy web site had to be used which
sometimes contradict each other. Thus I can neither guarantee that the
used data are correct nor that support for all the various models works
flawlessly. Please send me a bug report if you have such a model and
you experience problems.
Supported functions:
- `digitizer_name()'
- `digitizer_define_window()'
- `digitizer_change_window()'
- `digitizer_window_position()'
- `digitizer_window_width()'
- `digitizer_timebase()'
- `digitizer_interleave_mode()'
- `digitizer_time_per_point()'
- `digitizer_sensitivity()'
- `digitizer_offset()'
- `digitizer_coupling()'
- `digitizer_bandwidth_limiter()'
- `digitizer_trigger_channel()'
- `digitizer_trigger_level()'
- `digitizer_trigger_slope()'
- `digitizer_trigger_coupling()'
- `digitizer_trigger_mode()'
- `digitizer_trigger_delay()'
- `digitizer_averaging()'
- `digitizer_num_averages()'
- `digitizer_record_length()'
- `digitizer_memory_size()'
- `digitizer_trigger_position()'
- `digitizer_meas_channel_ok()'
- `digitizer_start_acquisition()'
- `digitizer_get_curve()'
- `digitizer_get_area()'
- `digitizer_get_amplitude()'
- `digitizer_run()'
- `digitizer_copy_curve()'
This document was generated by Jens Thoms Toerring on September 6, 2017 using texi2html 1.82.