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Copy file name to clipboardExpand all lines: lib/l10n/app_en.arb
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"accelerometerError" : "Accelerometer error:",
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"compassTitle": "Compass",
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"parallelToGround": "Select axes parallel to ground",
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"sharingMessage": "Sharing PSLab Data",
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"delete": "Delete",
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"thermometerTitle" : "Thermometer",
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"thermometerIntro" : "Thermometer instrument is used to measure ambient temprature. It can be measured using inbuilt ambient temprature sensor or through SHT21.",
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"celsius": "°C",
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"sharingMessage" : "Sharing PSLab Data",
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"delete" : "Delete",
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"deleteHint": "Are you sure you want to delete this file?",
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"deleteFile" : "Delete File",
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"deleteAllData" : "Delete All Data",
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"deleteCautionMessage" : "Are you sure you want to delete all logged data for this instrument?",
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"deleteAll" : "Delete All",
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"noLoggedData" : "No logged data found.",
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"importLog" : "Import Log",
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"failedToSave" : "Failed to save file. No data was recorded.",
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"fileSaved" : "File saved",
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"save" : "Save",
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"enterFileName" : "Enter filename (leave empty for auto-generated name)",
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"fileName" : "Filename",
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"saveRecording" : "Save Recording",
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"recordingStarted" : "Recording started",
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"noValidData" : "No valid data to display.",
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"csvPickingError" : "Error picking or reading CSV file",
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"csvReadingError" : "Error reading CSV from file",
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"sharingError" : "Error sharing file",
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"csvGettingError" : "Error getting saved files",
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"unsupportedPlatform" : "Unsupported platform",
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"noDataRecorded" : "No data recorded to save for",
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"csvFileSaved" : "CSV file saved at",
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"csvSavingError" : "Error saving CSV file",
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"csvDeletingError" : "Error deleting file",
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"fileDeleted" : "File deleted",
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"soundmeterConfig" : "Soundmeter Configurations",
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"barometerConfig" : "Barometer Configurations",
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"baroUpdatePeriodHint" : "Please provide time interval at which data will be updated (100 ms to 2000 ms)",
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"barometerHighLimitHint" : "Please provide the maximum limit of lux value to be recorded (0 atm to 1.10 atm)",
"accelerometerUpdatePeriodHint" : "Please provide time interval at which data will be updated",
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"accelerometerHighLimitHint" : "Please provide the maximum limit of lux value to be recorded",
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"soundmeterSnackBarMessage" : "Unable to access sound sensor",
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"dangerous" : "Dangerous",
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"roboticArmIntro": "• A robotic arm is a programmable mechanical device that mimics the movement of a human arm.\n• It uses servo motors to control its motion, and these motors are operated using PWM signals.\n• The PSLab provides four PWM square wave generators (SQ1, SQ2, SQ3, SQ4), allowing control of up to four servo motors and enabling a robotic arm with up to four degrees of freedom.",
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"roboticArmConnection": "• In the above figure, SQ1 is connected to the signal pin of the first servo motor. The servo's GND pin is connected to both the PSLab’s GND and the external power supply GND, while the VCC pin is connected to the external power supply VCC.\n• Similarly, connect the remaining servos to SQ2, SQ3, and SQ4 along with their respective GND and power supply connections.\n• Once connected, each servo can be controlled using either circular sliders for manual control or a timeline-based sequence for automated movement.",
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"documentationLink" : "https://docs.pslab.io/",
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"documentationError" : "Could not open the documentation link",
Copy file name to clipboardExpand all lines: lib/l10n/app_localizations.dart
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@@ -2370,18 +2370,6 @@ abstract class AppLocalizations {
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/// **'Select axes parallel to ground'**
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Stringget parallelToGround;
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/// No description provided for @sharingMessage.
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///
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/// In en, this message translates to:
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/// **'Sharing PSLab Data'**
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Stringget sharingMessage;
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/// No description provided for @delete.
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///
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/// In en, this message translates to:
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/// **'Delete'**
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Stringget delete;
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/// No description provided for @thermometerTitle.
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///
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/// In en, this message translates to:
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/// **'Ambient temperature sensor is not available on this device'**
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Stringget temperatureSensorUnavailableMessage;
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/// No description provided for @sharingMessage.
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///
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/// In en, this message translates to:
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/// **'Sharing PSLab Data'**
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Stringget sharingMessage;
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/// No description provided for @delete.
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///
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/// In en, this message translates to:
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/// **'Delete'**
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Stringget delete;
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/// No description provided for @deleteHint.
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///
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/// In en, this message translates to:
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/// **'Are you sure you want to delete this file?'**
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Stringget deleteHint;
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/// No description provided for @soundmeterSnackBarMessage.
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///
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/// In en, this message translates to:
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/// **'Unable to access sound sensor'**
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Stringget soundmeterSnackBarMessage;
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/// No description provided for @dangerous.
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///
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/// In en, this message translates to:
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/// **'Dangerous'**
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Stringget dangerous;
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/// No description provided for @documentationLink.
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///
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/// In en, this message translates to:
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/// **'https://docs.pslab.io/'**
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Stringget documentationLink;
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/// No description provided for @documentationError.
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///
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/// In en, this message translates to:
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/// **'Could not open the documentation link'**
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Stringget documentationError;
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/// No description provided for @deleteFile.
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///
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/// In en, this message translates to:
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/// **'Please provide the maximum limit of lux value to be recorded'**
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Stringget accelerometerHighLimitHint;
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/// No description provided for @soundmeterSnackBarMessage.
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///
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/// In en, this message translates to:
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/// **'Unable to access sound sensor'**
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Stringget soundmeterSnackBarMessage;
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/// No description provided for @dangerous.
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///
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/// In en, this message translates to:
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/// **'Dangerous'**
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Stringget dangerous;
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/// No description provided for @roboticArmIntro.
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///
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/// In en, this message translates to:
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/// **'• In the above figure, SQ1 is connected to the signal pin of the first servo motor. The servo\'s GND pin is connected to both the PSLab’s GND and the external power supply GND, while the VCC pin is connected to the external power supply VCC.\n• Similarly, connect the remaining servos to SQ2, SQ3, and SQ4 along with their respective GND and power supply connections.\n• Once connected, each servo can be controlled using either circular sliders for manual control or a timeline-based sequence for automated movement.'**
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Stringget roboticArmConnection;
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/// No description provided for @documentationLink.
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///
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/// In en, this message translates to:
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/// **'https://docs.pslab.io/'**
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Stringget documentationLink;
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/// No description provided for @documentationError.
Stringget documentationError =>'Could not open the documentation link';
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@override
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Stringget deleteFile =>'Delete File';
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Stringget accelerometerHighLimitHint =>
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'Please provide the maximum limit of lux value to be recorded';
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@override
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Stringget soundmeterSnackBarMessage =>'Unable to access sound sensor';
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@override
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Stringget dangerous =>'Dangerous';
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@override
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Stringget roboticArmIntro =>
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'• A robotic arm is a programmable mechanical device that mimics the movement of a human arm.\n• It uses servo motors to control its motion, and these motors are operated using PWM signals.\n• The PSLab provides four PWM square wave generators (SQ1, SQ2, SQ3, SQ4), allowing control of up to four servo motors and enabling a robotic arm with up to four degrees of freedom.';
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Stringget roboticArmConnection =>
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'• In the above figure, SQ1 is connected to the signal pin of the first servo motor. The servo\'s GND pin is connected to both the PSLab’s GND and the external power supply GND, while the VCC pin is connected to the external power supply VCC.\n• Similarly, connect the remaining servos to SQ2, SQ3, and SQ4 along with their respective GND and power supply connections.\n• Once connected, each servo can be controlled using either circular sliders for manual control or a timeline-based sequence for automated movement.';
Stringget documentationError =>'Could not open the documentation link';
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@override
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Stringget deleteFile =>'Delete File';
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Stringget accelerometerHighLimitHint =>
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'Please provide the maximum limit of lux value to be recorded';
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@override
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Stringget soundmeterSnackBarMessage =>'Unable to access sound sensor';
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@override
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Stringget dangerous =>'Dangerous';
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@override
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Stringget roboticArmIntro =>
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'• A robotic arm is a programmable mechanical device that mimics the movement of a human arm.\n• It uses servo motors to control its motion, and these motors are operated using PWM signals.\n• The PSLab provides four PWM square wave generators (SQ1, SQ2, SQ3, SQ4), allowing control of up to four servo motors and enabling a robotic arm with up to four degrees of freedom.';
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Stringget roboticArmConnection =>
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'• In the above figure, SQ1 is connected to the signal pin of the first servo motor. The servo\'s GND pin is connected to both the PSLab’s GND and the external power supply GND, while the VCC pin is connected to the external power supply VCC.\n• Similarly, connect the remaining servos to SQ2, SQ3, and SQ4 along with their respective GND and power supply connections.\n• Once connected, each servo can be controlled using either circular sliders for manual control or a timeline-based sequence for automated movement.';
Stringget documentationError =>'Could not open the documentation link';
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@override
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Stringget deleteFile =>'Delete File';
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Stringget accelerometerHighLimitHint =>
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'Please provide the maximum limit of lux value to be recorded';
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@override
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Stringget soundmeterSnackBarMessage =>'Unable to access sound sensor';
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@override
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Stringget dangerous =>'Dangerous';
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@override
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Stringget roboticArmIntro =>
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'• A robotic arm is a programmable mechanical device that mimics the movement of a human arm.\n• It uses servo motors to control its motion, and these motors are operated using PWM signals.\n• The PSLab provides four PWM square wave generators (SQ1, SQ2, SQ3, SQ4), allowing control of up to four servo motors and enabling a robotic arm with up to four degrees of freedom.';
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Stringget roboticArmConnection =>
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'• In the above figure, SQ1 is connected to the signal pin of the first servo motor. The servo\'s GND pin is connected to both the PSLab’s GND and the external power supply GND, while the VCC pin is connected to the external power supply VCC.\n• Similarly, connect the remaining servos to SQ2, SQ3, and SQ4 along with their respective GND and power supply connections.\n• Once connected, each servo can be controlled using either circular sliders for manual control or a timeline-based sequence for automated movement.';
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