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Labber-I2A
Drivers
Commits
3dec4b7d
Commit
3dec4b7d
authored
6 years ago
by
Niklas Borchers
Browse files
Options
Downloads
Patches
Plain Diff
Uuups, some bugs
parent
525619bd
No related branches found
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Changes
1
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1 changed file
DecaDAC/DecaDac.ini
+559
-3
559 additions, 3 deletions
DecaDAC/DecaDac.ini
with
559 additions
and
3 deletions
DecaDAC/DecaDac.ini
+
559
−
3
View file @
3dec4b7d
...
@@ -6,11 +6,14 @@
...
@@ -6,11 +6,14 @@
name:
RWTH
DECADAC
2016
name:
RWTH
DECADAC
2016
# The version string should be updated whenever changes are made to this config file
# The version string should be updated whenever changes are made to this config file
version:
0.
9
version:
1.
0.
0
# Name of folder containing the code defining a custom driver. Do not define this item
# Name of folder containing the code defining a custom driver. Do not define this item
# or leave it blank for any standard driver based on the built-in VISA interface.
# or leave it blank for any standard driver based on the built-in VISA interface.
driver_path:
DecaDacLabberDriver
driver_path:
DecaDACLabberDriver
#Pre-defined startup option for instrument
startup:
Get
config
# default interface and address
# default interface and address
interface:
Serial
interface:
Serial
...
@@ -48,8 +51,561 @@ use_visa = False
...
@@ -48,8 +51,561 @@ use_visa = False
# group: Name of the group where the control belongs.
# group: Name of the group where the control belongs.
# section: Name of the section where the control belongs.
# section: Name of the section where the control belongs.
[Slot0 CHAN0]
[0 - Output]
datatype:
BOOLEAN
set_cmd:
B0
;M<*>;
get_cmd:
B0
;m;
group:
Slot
0
[0 - Channel 0]
label:
Channel
0
datatype:
DOUBLE
datatype:
DOUBLE
unit:
V
unit:
V
set_cmd:
B0
;C0;D<*>;
set_cmd:
B0
;C0;D<*>;
sweep_cmd:
B0
;C0;U<ul>;L<ll>;S<sr>;
stop_cmd:
B0
;C0;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B0
;C0;d;
get_cmd:
B0
;C0;d;
low_lim:
-10
high_lim:
10
group:
Slot
0
state_quant:
0
-
Output
state_value_1:
true
[0 - Channel 1]
label:
Channel
1
datatype:
DOUBLE
unit:
V
set_cmd:
B0
;C1;D<*>;
sweep_cmd:
B0
;C1;U<ul>;L<ll>;S<sr>;
stop_cmd:
B0
;C1;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B0
;C1;d;
low_lim:
-10
high_lim:
10
group:
Slot
0
state_quant:
0
-
Output
state_value_1:
true
[0 - Channel 2]
label:
Channel
2
datatype:
DOUBLE
unit:
V
set_cmd:
B0
;C2;D<*>;
sweep_cmd:
B0
;C2;U<ul>;L<ll>;S<sr>;
stop_cmd:
B0
;C2;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B0
;C2;d;
low_lim:
-10
high_lim:
10
group:
Slot
0
state_quant:
0
-
Output
state_value_1:
true
[0 - Channel 3]
label:
Channel
3
datatype:
DOUBLE
unit:
V
set_cmd:
B0
;C3;D<*>;
sweep_cmd:
B0
;C3;U<ul>;L<ll>;S<sr>;
stop_cmd:
B0
;C3;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B0
;C3;d;
low_lim:
-10
high_lim:
10
group:
Slot
0
state_quant:
0
-
Output
state_value_1:
true
[1 - Output]
label:
Output
datatype:
BOOLEAN
set_cmd:
B1
;M<*>;
get_cmd:
B1
;m;
group:
Slot
1
[1 - Channel 0]
label:
Channel
0
datatype:
DOUBLE
unit:
V
set_cmd:
B1
;C0;D<*>;
sweep_cmd:
B1
;C0;U<ul>;L<ll>;S<sr>;
stop_cmd:
B1
;C0;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B1
;C0;d;
low_lim:
-10
high_lim:
10
group:
Slot
1
state_quant:
1
-
Output
state_value_1:
true
[1 - Channel 1]
label:
Channel
1
datatype:
DOUBLE
unit:
V
set_cmd:
B1
;C1;D<*>;
sweep_cmd:
B1
;C1;U<ul>;L<ll>;S<sr>;
stop_cmd:
B1
;C1;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B1
;C1;d;
low_lim:
-10
high_lim:
10
group:
Slot
1
state_quant:
1
-
Output
state_value_1:
true
[1 - Channel 2]
label:
Channel
2
datatype:
DOUBLE
unit:
V
set_cmd:
B1
;C2;D<*>;
sweep_cmd:
B1
;C2;U<ul>;L<ll>;S<sr>;
stop_cmd:
B1
;C2;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B1
;C2;d;
low_lim:
-10
high_lim:
10
group:
Slot
1
state_quant:
1
-
Output
state_value_1:
true
[1 - Channel 3]
label:
Channel
3
datatype:
DOUBLE
unit:
V
set_cmd:
B1
;C3;D<*>;
sweep_cmd:
B1
;C3;U<ul>;L<ll>;S<sr>;
stop_cmd:
B1
;C3;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B1
;C3;d;
low_lim:
-10
high_lim:
10
group:
Slot
1
state_quant:
1
-
Output
state_value_1:
true
[2 - Output]
label:
Output
datatype:
BOOLEAN
set_cmd:
B2
;M<*>;
get_cmd:
B2
;m;
group:
Slot
2
[2 - Channel 0]
label:
Channel
0
datatype:
DOUBLE
unit:
V
set_cmd:
B2
;C0;D<*>;
sweep_cmd:
B2
;C0;U<ul>;L<ll>;S<sr>;
stop_cmd:
B2
;C0;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B2
;C0;d;
low_lim:
-10
high_lim:
10
group:
Slot
2
state_quant:
2
-
Output
state_value_1:
true
[2 - Channel 1]
label:
Channel
1
datatype:
DOUBLE
unit:
V
set_cmd:
B2
;C1;D<*>;
sweep_cmd:
B2
;C1;U<ul>;L<ll>;S<sr>;
stop_cmd:
B2
;C1;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B2
;C1;d;
low_lim:
-10
high_lim:
10
group:
Slot
2
state_quant:
2
-
Output
state_value_1:
true
[2 - Channel 2]
label:
Channel
2
datatype:
DOUBLE
unit:
V
set_cmd:
B2
;C2;D<*>;
sweep_cmd:
B2
;C2;U<ul>;L<ll>;S<sr>;
stop_cmd:
B2
;C2;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B2
;C2;d;
low_lim:
-10
high_lim:
10
group:
Slot
2
state_quant:
2
-
Output
state_value_1:
true
[2 - Channel 3]
label:
Channel
3
datatype:
DOUBLE
unit:
V
set_cmd:
B2
;C3;D<*>;
sweep_cmd:
B2
;C3;U<ul>;L<ll>;S<sr>;
stop_cmd:
B2
;C3;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B2
;C3;d;
low_lim:
-10
high_lim:
10
group:
Slot
2
state_quant:
2
-
Output
state_value_1:
true
[3 - Output]
label:
Output
datatype:
BOOLEAN
set_cmd:
B3
;M<*>;
get_cmd:
B3
;m;
group:
Slot
3
[3 - Channel 0]
label:
Channel
0
datatype:
DOUBLE
unit:
V
set_cmd:
B3
;C0;D<*>;
sweep_cmd:
B3
;C0;U<ul>;L<ll>;S<sr>;
stop_cmd:
B3
;C0;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B3
;C0;d;
low_lim:
-10
high_lim:
10
group:
Slot
3
state_quant:
3
-
Output
state_value_1:
true
[3 - Channel 1]
label:
Channel
1
datatype:
DOUBLE
unit:
V
set_cmd:
B3
;C1;D<*>;
sweep_cmd:
B3
;C1;U<ul>;L<ll>;S<sr>;
stop_cmd:
B3
;C1;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B3
;C1;d;
low_lim:
-10
high_lim:
10
group:
Slot
3
state_quant:
3
-
Output
state_value_1:
true
[3 - Channel 2]
label:
Channel
2
datatype:
DOUBLE
unit:
V
set_cmd:
B3
;C2;D<*>;
sweep_cmd:
B3
;C2;U<ul>;L<ll>;S<sr>;
stop_cmd:
B3
;C2;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B3
;C2;d;
low_lim:
-10
high_lim:
10
group:
Slot
3
state_quant:
3
-
Output
state_value_1:
true
[3 - Channel 3]
label:
Channel
3
datatype:
DOUBLE
unit:
V
set_cmd:
B3
;C3;D<*>;
sweep_cmd:
B3
;C3;U<ul>;L<ll>;S<sr>;
stop_cmd:
B3
;C3;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B3
;C3;d;
low_lim:
-10
high_lim:
10
group:
Slot
3
state_quant:
3
-
Output
state_value_1:
true
[4 - Output]
label:
Output
datatype:
BOOLEAN
set_cmd:
B4
;M<*>;
get_cmd:
B4
;m;
group:
Slot
4
[4 - Channel 0]
label:
Channel
0
datatype:
DOUBLE
unit:
V
set_cmd:
B4
;C0;D<*>;
sweep_cmd:
B4
;C0;U<ul>;L<ll>;S<sr>;
stop_cmd:
B4
;C0;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B4
;C0;d;
low_lim:
-10
high_lim:
10
group:
Slot
4
state_quant:
4
-
Output
state_value_1:
true
[4 - Channel 1]
label:
Channel
1
datatype:
DOUBLE
unit:
V
set_cmd:
B4
;C1;D<*>;
sweep_cmd:
B4
;C1;U<ul>;L<ll>;S<sr>;
stop_cmd:
B4
;C1;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B4
;C1;d;
low_lim:
-10
high_lim:
10
group:
Slot
4
state_quant:
4
-
Output
state_value_1:
true
[4 - Channel 2]
label:
Channel
2
datatype:
DOUBLE
unit:
V
set_cmd:
B4
;C2;D<*>;
sweep_cmd:
B4
;C2;U<ul>;L<ll>;S<sr>;
stop_cmd:
B4
;C2;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B4
;C2;d;
low_lim:
-10
high_lim:
10
group:
Slot
4
state_quant:
4
-
Output
state_value_1:
true
[4 - Channel 3]
label:
Channel
3
datatype:
DOUBLE
unit:
V
set_cmd:
B4
;C3;D<*>;
sweep_cmd:
B4
;C3;U<ul>;L<ll>;S<sr>;
stop_cmd:
B4
;C3;S0;
sweep_res:
150e-6
sweep_rate:
1
get_cmd:
B4
;C3;d;
low_lim:
-10
high_lim:
10
group:
Slot
4
state_quant:
4
-
Output
state_value_1:
true
[0.0 - Range switch]
label:
Range
(Slot
0,
Channel
0)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[0.1 - Range switch]
label:
Range
(Slot
0,
Channel
1)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[0.2 - Range switch]
label:
Range
(Slot
0,
Channel
2)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[0.3 - Range switch]
label:
Range
(Slot
0,
Channel
3)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[1.0 - Range switch]
label:
Range
(Slot
1,
Channel
0)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[1.1 - Range switch]
label:
Range
(Slot
1,
Channel
1)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[1.2 - Range switch]
label:
Range
(Slot
1,
Channel
2)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[1.3 - Range switch]
label:
Range
(Slot
1,
Channel
3)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[2.0 - Range switch]
label:
Range
(Slot
2,
Channel
0)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[2.1 - Range switch]
label:
Range
(Slot
2,
Channel
1)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[2.2 - Range switch]
label:
Range
(Slot
2,
Channel
2)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[2.3 - Range switch]
label:
Range
(Slot
2,
Channel
3)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[3.0 - Range switch]
label:
Range
(Slot
3,
Channel
0)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[3.1 - Range switch]
label:
Range
(Slot
3,
Channel
1)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[3.2 - Range switch]
label:
Range
(Slot
3,
Channel
2)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[3.3 - Range switch]
label:
Range
(Slot
3,
Channel
3)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[4.0 - Range switch]
label:
Range
(Slot
4,
Channel
0)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[4.1 - Range switch]
label:
Range
(Slot
4,
Channel
1)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[4.2 - Range switch]
label:
Range
(Slot
4,
Channel
2)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
[4.3 - Range switch]
label:
Range
(Slot
4,
Channel
3)
datatype:
COMBO
def_value:
0V...+10V
combo_def_1:
0V...+10V
combo_def_2:
-10V...+10V
combo_def_3:
-10V...0V
group:
Range
settings
section:
Range
settings
\ No newline at end of file
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