/ 
Lab-Measurement-3.761
River stage zero No dependents
/ Lab::Instrument::YokogawaGS200

NAME

Lab::Instrument::YokogawaGS200 - Yokogawa GS200 DC source

VERSION

version 3.761

SYNOPSIS

use Lab::Instrument::YokogawaGS200;

my $gate14=new Lab::Instrument::YokogawaGS200(
  connection_type => 'LinuxGPIB',
  gpib_address => 22,
  function => 'VOLT',
  level => 0.4,
);
$gate14->set_voltage(0.745);
print $gate14->get_voltage();

DESCRIPTION

The Lab::Instrument::YokogawaGS200 class implements an interface to the discontinued voltage and current source GS200 by Yokogawa. This class derives from Lab::Instrument::Source and provides all functionality described there.

CONSTRUCTORS

new( %configuration_HASH )

HASH is a list of tuples given in the format

key => value,

please supply at least the configuration for the connection: connection_type => "LinxGPIB" gpib_address =>

you might also want to have gate protect from the start (the default values are given):

gate_protect => 1,

gp_equal_level          => 1e-5,
gp_max_units_per_second  => 0.05,
gp_max_units_per_step    => 0.005,
gp_max_step_per_second  => 10,
gp_max_units_per_second  => 0.05,
gp_max_units_per_step    => 0.005,

max_sweep_time=>3600,
min_sweep_time=>0.1,

Additinally there is support to set parameters for the device "on init":

function			=> undef, # 'VOLT' - voltage, 'CURR' - current
range			=> undef,
level			=> undef,
output					=> undef,

If those values are not specified, they are read from the device.

METHODS

sweep_to_level

$src->sweep_to_level($lvl,$time)

Sweep to the level $lvl in $time seconds.

set_voltage

$src->set_voltage($voltage)

Sets the output voltage to $voltage. Returns the newly set voltage.

get_voltage

Returns the currently set $voltage. The value is read from the driver cache by default. Provide the option

device_cache => 1

to read directly from the device.

set_current

$src->set_current($current)

Sets the output current to $current. Returns the newly set current.

get_current

Returns the currently set $current. The value is read from the driver cache by default. Provide the option

device_cache => 1

to read directly from the device.

set_level

$src->set_level($lvl)

Sets the level $lvl in the current operation mode.

get_level

$lvl = $src->get_level()

Returns the currently set level. Use

device_cache => 1

to enforce a reading directly from the device.

set_range($range)

Fixed voltage mode
10E-3    10mV
100E-3   100mV
1E+0     1V
10E+0    10V
30E+0    30V

Fixed current mode
1E-3   		1mA
10E-3   	10mA
100E-3   	100mA
200E-3		200mA

Please use the format on the left for the range command.

program_run($program)

Runs a program stored on the YokogawaGS200. If no prgram name is given, the currently loaded program is executed.

program_pause

Pauses the currently running program.

program_continue

Continues the paused program.

set_function($function)

Sets the source function. The Yokogawa supports the values

"CURR" for current mode and "VOLT" for voltage mode.

Returns the newly set source function.

set_voltage_limit($limit)

Sets a voltage limit to protect the device. Returns the new voltage limit.

set_current_limit($limit)

See set_voltage_limit.

output_on()

Sets the output switch to on and returns the new value of the output status.

output_off()

Sets the output switch to off. The instrument outputs no voltage or current then, no matter what voltage you set. Returns the new value of the output status.

get_error()

Queries the error code from the device. This is a very useful thing to do when you are working remote and the source is not responding.

get_output()

get_range()

CAVEATS

probably many

SEE ALSO

COPYRIGHT AND LICENSE

This software is copyright (c) 2021 by the Lab::Measurement team; in detail:

Copyright 2005-2006  Daniel Schroeer
          2009       Andreas K. Huettel, Daniela Taubert
          2010       Andreas K. Huettel, Daniel Schroeer
          2011       Andreas K. Huettel, David Kalok, Florian Olbrich
          2012       Alois Dirnaichner, Andreas K. Huettel, Florian Olbrich
          2013       Andreas K. Huettel, Christian Butschkow
          2014       Alois Dirnaichner, Christian Butschkow
          2015       Alois Dirnaichner
          2016       Simon Reinhardt
          2017       Andreas K. Huettel
          2020       Andreas K. Huettel

This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself.