NVGate Front End - Revision history

Lmagimel: /* Simulated DC Inputs */

2023-10-10T09:28:45Z

Simulated DC Inputs

← Older revision		Revision as of 11:28, 10 October 2023
Line 510:		Line 510:
	* '''Min''': minimum allowed for the parameter "value".		* '''Min''': minimum allowed for the parameter "value".
	* '''Significant digits''': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.		* '''Significant digits''': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.
	* '''Precision''': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.		* '''Precision''': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision/2.

	==CAN Bus==		==CAN Bus==

Lmagimel: /* Simulated DC Inputs */

2023-10-10T09:27:43Z

Simulated DC Inputs

← Older revision		Revision as of 11:27, 10 October 2023
Line 506:		Line 506:
	<u>Settings for simulated DC Inputs</u>		<u>Settings for simulated DC Inputs</u>

	* 'Value' : Value of the input. Be aware that this value can be controlled by an external developer program.		* '''Value''' : Value of the input. Be aware that this value can be controlled by an external developer program.
	* 'Max': maximum allowed for the parameter "value".		* '''Max''': maximum allowed for the parameter "value".
	* 'Min': minimum allowed for the parameter "value".		* '''Min''': minimum allowed for the parameter "value".
	* 'Significant digits': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.		* '''Significant digits''': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.
	* 'Precision': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.		* '''Precision''': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.

	==CAN Bus==		==CAN Bus==

Lmagimel: /* Simulated DC Inputs */

2023-10-10T09:27:12Z

Simulated DC Inputs

← Older revision		Revision as of 11:27, 10 October 2023
Line 506:		Line 506:
	<u>Settings for simulated DC Inputs</u>		<u>Settings for simulated DC Inputs</u>

	* ''Value'' : Value of the input. Be aware that this value can be controlled by an external developer program.		* 'Value' : Value of the input. Be aware that this value can be controlled by an external developer program.
	* ''Max'': maximum allowed for the parameter "value".		* 'Max': maximum allowed for the parameter "value".
	* ''Min'': minimum allowed for the parameter "value".		* 'Min': minimum allowed for the parameter "value".
	* ''Significant digits'': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.		* 'Significant digits': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.
	* ''Precision'': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.		* 'Precision': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.

	==CAN Bus==		==CAN Bus==

Lmagimel: /* Simulated DC Inputs */

2023-10-10T09:26:45Z

Simulated DC Inputs

← Older revision		Revision as of 11:26, 10 October 2023
Line 506:		Line 506:
	<u>Settings for simulated DC Inputs</u>		<u>Settings for simulated DC Inputs</u>

	* '''Label''': the name of this Simulated DC input (by default simulated DC input n, with 1 <nowiki><</nowiki>= n <nowiki><</nowiki>= 32). The label of each DC input is used in the result name and in all connection tools.		* ''Value'' : Value of the input. Be aware that this value can be controlled by an external developer program.
	* '''Physical qty'''.: the physical quantity applied to this DC input. It modifies the sensitivity and range peak units if necessary.		* ''Max'': maximum allowed for the parameter "value".
	* '''Value''' : Value of the input. be aware ~~than~~ this value can be ~~control~~ by an external ~~devloper~~ program.		* ''Min'': minimum allowed for the parameter "value".
	* '''Max''': maximum ~~than~~ the parameter "value" ~~can take~~ .		* ''Significant digits'': Maximum number of digits that the parameter "value" can take. Also be aware that the maximum significant digits value is 7. Note that 8 is accepted but only value which are power of 2 can be shown with 8 digits because NVGate is a 32 bits software.
	* '''Min''': minimum ~~than~~ the parameter "value" ~~can take~~.		* ''Precision'': Rounds value to the closest power of 10. For instance, with precision = 0.1, rounds 2.62 to 2.6. A new input is ignored if the difference with the current input is smaller than precision.
	* '''Significant digits''': Maximum number of ~~digit than~~ the ~~parmater~~ "value" can take. Also be aware ~~than~~ the maximum ~~digit~~ value is 7. ~~If you put~~ 8, only value ~~wich~~ are power of 2 can be ~~put~~ with 8 digits~~. (This is~~ because NVGate is a 32 bits software)
	* '''Precision''': ~~Number~~ of ~~decimal digit available~~.

	==CAN Bus==		==CAN Bus==

Lmagimel: /* Simulated DC Inputs */

2022-03-17T10:41:55Z

Simulated DC Inputs

← Older revision		Revision as of 12:41, 17 March 2022
Line 494:		Line 494:

	== Simulated DC Inputs==		== Simulated DC Inputs==

			You need the option virtual input (VI-DC) to see this option.

	Contains all the settings related to the simulated DC input x (optional) such as value, physical quantity.		Contains all the settings related to the simulated DC input x (optional) such as value, physical quantity.
Line 499:		Line 501:

	Each Simulated DC inputs (#1 to 32#) can be configured for parametric measurement. Activating an input from the ''Inputs'' list or the ''DC list'', will make the input operate respectively with parametric sampling, conditioning and analyses.		Each Simulated DC inputs (#1 to 32#) can be configured for parametric measurement. Activating an input from the ''Inputs'' list or the ''DC list'', will make the input operate respectively with parametric sampling, conditioning and analyses.



	<u>Settings for simulated DC Inputs</u>		<u>Settings for simulated DC Inputs</u>

Credaelli: /* DC input */

2022-01-07T08:10:20Z

DC input

← Older revision		Revision as of 10:10, 7 January 2022
Line 451:		Line 451:
	* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.		* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.

	{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="65%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="50%" align="center"
	\|'''Polarity'''		\|'''Polarity'''
	\|'''Description'''		\|'''Description'''

Credaelli: /* Inputs */

2022-01-07T08:09:25Z

Inputs

← Older revision		Revision as of 10:09, 7 January 2022
Line 298:		Line 298:
	''Hidden/fixed: only visible in the structural mode''		''Hidden/fixed: only visible in the structural mode''

	{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="68%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="40%" align="center"
	\|'''Direction'''		\|'''Direction'''
	\|'''Description'''		\|'''Description'''
Line 335:		Line 335:
	''Hidden/fixed: only visible in the structural mode.''		''Hidden/fixed: only visible in the structural mode.''

	{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="92%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="50%" align="center"
	\|'''Type'''		\|'''Type'''
	\|'''Description'''		\|'''Description'''
Line 358:		Line 358:
	* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.		* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.

	{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="65%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="50%" align="center"
	\|'''Polarity'''		\|'''Polarity'''
	\|'''Description'''		\|'''Description'''

Credaelli: /* Input settings */

2022-01-07T08:05:53Z

Input settings

← Older revision		Revision as of 10:05, 7 January 2022
Line 58:		Line 58:


	{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="92%"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="30%"
	\|align = "left"\|'''Sampling frequency '''		\|align = "left"\|'''Sampling frequency '''
	\|'''Frequency range '''		\|'''Frequency range '''

	\|-		\|-
	~~\|align = "right"~~\|102.4 kS/s		\|102.4 kS/s
	\|40 kHz bandwidth		\|40 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|65.536 kS/s		\|65.536 kS/s
	\|25.6 kHz bandwidth		\|25.6 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|51.2 kS/s		\|51.2 kS/s
	\|20 kHz bandwidth		\|20 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|32.768 kS/s		\|32.768 kS/s
	\|12.8 kHz bandwidth		\|12.8 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|25.6 kS/s		\|25.6 kS/s
	\|10 kHz bandwidth		\|10 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|16.384 kS/s		\|16.384 kS/s
	\|6.4 kHz bandwidth		\|6.4 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|12.8 kS/s		\|12.8 kS/s
	\|5 kHz bandwidth		\|5 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|8.192 kS/s		\|8.192 kS/s
	\|3.2 kHz bandwidth		\|3.2 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|6.4 kS/s		\|6.4 kS/s
	\|2.5 kHz bandwidth		\|2.5 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|5.12 kS/s		\|5.12 kS/s
	\|2 kHz bandwidth		\|2 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|4.096 kS/s		\|4.096 kS/s
	\|1.6 kHz bandwidth		\|1.6 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|3.2768 kS/s		\|3.2768 kS/s
	\|1.28 kHz bandwidth		\|1.28 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|3.2 kS/s		\|3.2 kS/s
	\|1.25 kHz bandwidth		\|1.25 kHz bandwidth

	\|-		\|-
	~~\|align = "right"~~\|2.048 kS/s		\|2.048 kS/s
	\|800 Hz bandwidth		\|800 Hz bandwidth

Credaelli: /* DC input */

2021-12-09T14:23:29Z

DC input

← Older revision		Revision as of 16:23, 9 December 2021
Line 451:		Line 451:
	* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.		* '''Polarity''': The polarity applied to the signal. If the value is "inverted", positive and negative values are inverted. For example, if the signal value is 4 Volts with "Normal" polarity, it will be -4 Volts with "Inverted" polarity.

	{\|border="2" cellspacing="0" cellpadding="4" width="65%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="65%" align="center"
	\|'''Polarity'''		\|'''Polarity'''
	\|'''Description'''		\|'''Description'''

Credaelli: /* Inputs */

2021-12-09T14:22:57Z

Inputs

← Older revision		Revision as of 16:22, 9 December 2021
Line 385:		Line 385:
	* '''Coupling''': the input coupling.		* '''Coupling''': the input coupling.

	{\|border="2" cellspacing="0" cellpadding="4" width="92%" align="center"		{\|class="wikitable" style="background:white" border="2" cellspacing="0" cellpadding="4" width="92%" align="center"
	\|'''Coupling'''		\|'''Coupling'''
	\|'''Description'''		\|'''Description'''