NAME
Lab::Moose::Instrument::AH2700A - Andeen-Hagerling AH2700A ultra-precision capacitance bridge
VERSION
version 3.920
SYNOPSIS
my $AH = instrument(
type => 'AH2700A' ,
connection_type => 'VISA_GPIB' ,
connection_options => {
pad => 28,
},
);
|
METHODS
set_frq
$AH ->set_frq( value => (50..20000) );
The frequency can be chosen between 50 Hz and 20 kHz.
Since the AH2700A is a discrete frequency bridge it will select
the nearest supported frequency when entering a value.
|
get_frq
set_aver
$AH ->set_aver( value => (0..15) );
Sets the approximate time used to make a measurement.
This command sets the "average time exponent" controlling
the measurement times for cold and warm-start measurements.
The actual time taken can be calculated using the table from
the manual on this function.
|
get_aver
set_bias
$AH ->set_bias( value = (OFF / IHIGH / ILOW) );
Controls the user-supplied DC bias voltage and selects the
value of an internal resistor placed in series with this
voltage.
OFF: Disabled
ILOW: 100 megaohm resistor
IHIGH: 1 megaohm resistor
|
get_bias
set_cable
get_cable
get_value
( $frequency , $capacity , $loss ) = $AH ->get_value();
Causes the bridge to take a single measurement.
|
set_wait
set_field
$AH ->set_field( fi1 => "OFF" , fi2 => "OFF" , fi3 => 9, fi4 => 9, fi5 => "ON" , fi6 => "OFF" );
Controls the fields sent and the number of significant digits
reported for capacitance and/or loss measurements.
fi1: send the sample field ON/OFF
fi2: send the frequency field ON/OFF
fi3: send the capacitance field and control number of digits
0..9
fi4: send the loss field and control number of digits
0..9
fi5: send the voltage field ON/OFF
fi6: send the error field ON/OFF
|
set_volt
COPYRIGHT AND LICENSE
This software is copyright (c) 2024 by the Lab::Measurement team; in detail:
Copyright 2013 Christian Butschkow
2016 Andreas K. Huettel, Simon Reinhardt
2017 Andreas K. Huettel
2022-2023 Mia Schambeck
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This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself.