New pages

8 September 2025

• 01:0601:06, 8 September 2025 Square Root (hist | edit) [928 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSquareRoot.png == Summary == Calculates the square root of an analog input signal. == Description == The Square Root component computes the square root of an incoming analog signal and outputs the result. This is useful for applications where non-linear sensor signals need to be linearized or for mathematical signal processing. <b>Diagram:</b> Image:TArduinoSquareRoot.Preview.png == Properties == *'''Enabled''' – Enables or disables the s...")
• 01:0301:03, 8 September 2025 Square Analog (hist | edit) [970 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSquareAnalog.png == Summary == Generates a square-wave output from an analog input signal. == Description == The Square Analog component converts an incoming analog signal into a square waveform. It outputs high or low values depending on the polarity of the input relative to a threshold. This is useful for signal shaping, digital triggering, or creating pulse patterns from analog sensors. <b>Diagram:</b> Image:TArduinoSquareAnalog.Preview.p...")
• 01:0001:00, 8 September 2025 Kalman Angle Filter (hist | edit) [1,650 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoKalmanAngleFilter.png == Summary == Kalman filter for angle measurements, combining raw angle input and angular rate to reduce noise and improve orientation estimation. == Description == The Kalman Angle Filter estimates the true angle by fusing raw angle measurements with angular velocity data. It uses configurable process and measurement noise parameters to balance responsiveness and stability. This makes it ideal for IMU-based orientation track...")
• 00:5700:57, 8 September 2025 Kalman Analog Filter (hist | edit) [1,429 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoKalmanAnalogFilter.png == Summary == Kalman filter for analog signals, combining input value and rate of change to reduce noise and improve signal estimation. == Description == The Kalman Analog Filter uses a predictive model and measurement updates to estimate the true value of an analog signal. It considers both the value and its rate of change, adjusting for process and observation noise. This makes it ideal for sensor smoothing and signal cond...")
• 00:5000:50, 8 September 2025 Calculate Absolute Humidity (hist | edit) [1,393 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoCalculateAbsoluteHumidity.png == Summary == Calculates absolute humidity from temperature and relative humidity inputs. == Description == The Calculate Absolute Humidity component computes the absolute humidity based on the input temperature and relative humidity values. It supports temperature inputs in Celsius or Fahrenheit, allowing for flexible integration with various sensor types. This is useful for environmental monitoring, HVAC control, an...")
• 00:4700:47, 8 September 2025 Pascal To Mercury Level Pressure (hist | edit) [1,022 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToMercuryLevel.png == Summary == Converts pressure values between Pascal and mercury column height. == Description == The Pascal To Mercury Level Pressure component converts an incoming analog pressure value from Pascals into the equivalent mercury column height. It can also operate in reverse mode, converting mercury level back to Pascals. <b>Diagram:</b> Image:TArduinoPascalToMercuryLevel.Preview.png == Properties == *'''Enabled'''...")
• 00:4500:45, 8 September 2025 Pascal To Water Level Pressure (hist | edit) [1,197 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToWaterLevel.png == Summary == Converts pressure values between Pascal and water level height. == Description == The Pascal To Water Level Pressure component converts an incoming analog pressure value from Pascals into the equivalent water column height. It can also operate in reverse mode, converting water level back to Pascals. Optionally, the conversion output can be expressed in inches instead of centimeters. <b>Diagram:</b> Image:...")
• 00:4200:42, 8 September 2025 Pascal To Bar Pressure (hist | edit) [1,038 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToBar.png == Summary == Converts pressure values between Pascal and Bar. == Description == The Pascal To Bar Pressure component converts an incoming analog pressure value from Pascals to Bar units. It can also operate in reverse mode, converting Bar back to Pascals. This is useful in scientific, industrial, and engineering applications where pressure is typically expressed in Bar. <b>Diagram:</b> Image:TArduinoPascalToBar.Preview.png...")
• 00:4100:41, 8 September 2025 Pascal To Pound Per Square Inch(PSI) (hist | edit) [1,068 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToPSI.png == Summary == Converts pressure values between Pascal and Pound per Square Inch (PSI). == Description == The Pascal To Pound Per Square Inch (PSI) component converts an incoming analog pressure value from Pascals to PSI units. It can also operate in reverse mode, converting PSI back to Pascals. This is especially useful for industrial, automotive, and pneumatic systems that measure or operate in PSI. <b>Diagram:</b> Image:TAr...")
• 00:3900:39, 8 September 2025 Pascal To Atmosphere (hist | edit) [1,087 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToAtmosphere.png == Summary == Converts pressure values between Pascal and Atmosphere units. == Description == The Pascal To Atmosphere component converts an incoming analog pressure value from Pascals to Atmospheres. It can also work in reverse mode, converting Atmosphere values back to Pascals. This is useful when working with barometric sensors or environmental systems that operate in atmospheric pressure units. <b>Diagram:</b> Imag...")
• 00:3700:37, 8 September 2025 Pascal To Torr (hist | edit) [1,017 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoPascalToTorr.png == Summary == Converts pressure values between Pascal and Torr units. == Description == The Pascal To Torr component converts an incoming analog pressure value from Pascals to Torr. It can also work in reverse mode, converting Torr values back to Pascals. This is useful when interfacing with sensors or systems that require specific pressure units. <b>Diagram:</b> Image:TArduinoPascalToTorr.Preview.png == Properties == *''...")
• 00:1400:14, 8 September 2025 Second Order Complementary Angle Filter (hist | edit) [1,573 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSecondOrderComplementaryAngleFilter.png == Summary == Second-order complementary filter for fusing angle input with its rate of change, providing enhanced accuracy and stability. == Description == The Second Order Complementary Angle Filter improves on the basic complementary angle filter by introducing a second-order correction with a configurable coefficient. This allows for better noise suppression and dynamic response, making it well-suited for...")
• 00:1200:12, 8 September 2025 Second Order Complementary Analog Filter (hist | edit) [1,213 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSecondOrderComplementaryAnalogFilter.png == Summary == Second-order complementary filter for blending analog input with its rate of change, providing improved smoothing and responsiveness. == Description == The Second Order Complementary Analog Filter extends the standard complementary filter by applying a second-order correction. This provides better noise rejection and dynamic response, making it suitable for precise sensor fusion tasks such as IM...")
• 00:1000:10, 8 September 2025 Complementary Angle Filter (hist | edit) [1,490 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoComplementaryAngleFilter.png == Summary == Angle filter that fuses raw angle input with its rate of change using complementary filtering. == Description == The Complementary Angle Filter is designed for sensor fusion of angular measurements, such as combining accelerometer- and gyroscope-based data. It applies a configurable time constant and supports multiple unit outputs (degrees, radians, normalized), allowing flexible integration into motion con...")
• 00:0600:06, 8 September 2025 Complementary Analog Filter (hist | edit) [1,316 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoComplementaryAnalogFilter.png == Summary == Analog signal filter that combines raw input with its rate of change using a complementary filtering method. == Description == The Complementary Analog Filter is used for fusing or smoothing analog signals by blending the direct input with its rate of change. It applies a configurable time constant to balance between the fast response of the derivative component and the stability of the raw input. This i...")

7 September 2025

• 09:5309:53, 7 September 2025 Analog Array Replace (hist | edit) [1,197 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogArrayReplace.png == Summary == Replaces specified values in an analog array with new values. == Description == The Analog Array Replace component searches for values in the input array that match the defined "From" elements and replaces them with the corresponding "To" elements. This makes it useful for remapping array values, applying corrections, or substituting markers within analog data streams. <b>Diagram:</b> Image:TArduinoAnalogAr...")
• 09:5009:50, 7 September 2025 Analog Array Replace Items At Index (hist | edit) [1,229 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogArrayReplaceItemsAtIndex.png == Summary == Replaces existing items in an analog array at a specified index with new values. == Description == The Analog Array Replace Items At Index component allows targeted modification of analog arrays. You can specify the index where replacement should occur and define the replacement values via value elements. This is useful for updating array data in real-time, overwriting samples, or inserting computed...")
• 09:4809:48, 7 September 2025 Analog Array Insert Items (hist | edit) [1,216 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogArrayInsertItems.png == Summary == Inserts new values into an analog array at a specified index. == Description == The Analog Array Insert Items component allows insertion of one or more values into an analog array. You can specify the index where the new values should be placed and define the values through value elements. This makes it useful for dynamically extending arrays, adding markers, or inserting computed values into data streams....")
• 09:4509:45, 7 September 2025 Analog Array Delete Items (hist | edit) [1,069 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogArrayDeleteItems.png == Summary == Removes items from an analog array at a specified index and count. == Description == The Analog Array Delete Items component allows selective removal of values from an analog array. You can define the starting index and the number of items to delete, making it useful for trimming, reshaping, or cleaning analog data arrays. <b>Diagram:</b> Image:TArduinoAnalogArrayDeleteItems.Preview.png == Properties...")
• 09:4209:42, 7 September 2025 Repeat Analog Array (hist | edit) [1,023 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRepeatAnalogArray.png == Summary == Repeats an incoming analog array a specified number of times at the output. == Description == The Repeat Analog Array component takes an input analog array and duplicates it according to the configured repeat count. This is useful for expanding array data, buffering repeated signal patterns, or preparing data for further array-based processing. <b>Diagram:</b> Image:TArduinoRepeatAnalogArray.Preview.png =...")
• 09:4009:40, 7 September 2025 Sliding Window Analog Array (hist | edit) [1,216 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSlidingWindowAnalogArray.png == Summary == Analog array buffer component that maintains a sliding window of sampled values with optional normalization. == Description == The Sliding Window Analog Array stores a moving window of analog values. The size of the window, step size, and normalization behavior can be configured. This allows real-time signal processing such as smoothing, feature extraction, or time-series analysis. <b>Diagram:</b> I...")
• 09:3709:37, 7 September 2025 Analog Array On/Off Switch (hist | edit) [1,297 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogArrayOnOffSwitch.png == Summary == Analog array switching component that can enable or disable the flow of analog array signals with configurable behavior. == Description == The Analog Array On/Off Switch controls the passing of analog array values from input to output. It can ignore repeated values, set an initial enabled state, and optionally send values immediately when enabled. <b>Diagram:</b> Image:TArduinoAnalogArrayOnOffSwitch.Pre...")
• 09:3309:33, 7 September 2025 Analog Devices Parallel DDS Synthesizer (Signal Generator) - AD9850 (hist | edit) [1,913 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAD9850DDSParallel.png == Summary == Direct Digital Synthesis (DDS) signal generator using Analog Devices AD9850 in parallel mode. Generates sine, square, or other programmable waveforms with adjustable frequency and phase. == Description == The AD9850 is a high-speed, low-power, direct digital synthesizer designed for generating accurate frequency and phase-programmable waveforms. In parallel mode, the device uses an 8-bit parallel data bus for...")
• 09:3009:30, 7 September 2025 Analog Devices Serial DDS Synthesizer (Signal Generator) - AD9850 (hist | edit) [1,520 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAD9850DDS.png == Summary == Direct Digital Synthesis (DDS) signal generator using Analog Devices AD9850. Generates sine, square, or other programmable waveforms with adjustable frequency and phase. == Description == The AD9850 is a high-speed, low-power, direct digital synthesizer designed for generating accurate frequency and phase-programmable waveforms. It can be controlled serially, requiring minimal control pins, and outputs a stable clock-...")
• 09:0709:07, 7 September 2025 Maxim(Dallas) 1(One)-Wire Thermometer (DS1820/DS18S20/DS18B20) (hist | edit) [1,985 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDS18x20Thermometer.png == Summary == Digital thermometer using Maxim (Dallas) 1-Wire protocol. Supports DS1820, DS18S20, and DS18B20 sensors with configurable resolution and alarm thresholds. == Description == The DS1820/DS18S20/DS18B20 family of digital thermometers communicates using the Maxim 1-Wire protocol. They provide precise temperature measurements with programmable resolution and alarm limits. Multiple devices can share the same bus,...")
• 09:0109:01, 7 September 2025 Texas Instrument Thermometer LM75(I2C) (hist | edit) [1,850 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoLM75Thermometer.png == Summary == Digital temperature sensor LM75 with I2C interface. Provides analog output, alert functionality, and supports Fahrenheit conversion. == Description == The Texas Instruments LM75 is a digital thermometer with an I2C interface. It supports continuous temperature monitoring and alert output with configurable threshold, hysteresis, and interrupt mode. The sensor can operate in normal or shutdown mode, and temperat...")
• 08:5408:54, 7 September 2025 U-Blox M8 GPS (Serial) (hist | edit) [1,673 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino_UBlox_M8_GPS_Serial.png == Summary == This component interfaces with a U-Blox M8 GPS module using a serial (UART) connection. It processes raw satellite data to provide comprehensive navigation information. == Description == The U-Blox M8 GPS (Serial) component reads data from the GPS module via a serial port. It is designed to parse standard NMEA sentences or proprietary UBX messages to extract useful information. This includes geographical location...")
• 08:5108:51, 7 September 2025 U-Blox M8 GPS (I2C) (hist | edit) [1,738 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino_UBlox_M8_GPS_I2C.png == Summary == This component interfaces with a U-Blox M8 GPS module over the I2C communication protocol. It processes satellite data to provide location, time, speed, and other navigation information. == Description == The U-Blox M8 GPS (I2C) component allows for easy integration of a high-precision GPS module. It communicates using the I2C bus, minimizing the number of required pins. The component decodes messages from the GPS t...")
• 04:4004:40, 7 September 2025 Ignore Analog Ranges (hist | edit) [1,594 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIgnoreAnalogRanges.png == Summary == Analog filter module that ignores values within defined ranges. Supports multiple range elements with configurable minimum/maximum limits and equality handling. == Description == The Ignore Analog Ranges module processes an incoming analog signal and filters out values that fall within user-defined ranges. Each range can specify minimum and maximum thresholds, with options to pass or block values equal to tho...")
• 04:3504:35, 7 September 2025 Analog Integrator(Integral) (hist | edit) [1,904 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogIntegrator.png == Summary == Analog integrator module that accumulates values over time. Supports reset, initial value, min/max limits, and configurable element actions. == Description == The Analog Integrator (Integral) module integrates incoming analog values over time, triggered by a clock signal. It allows adding or setting values through elements, with support for limits (min/max) and rollover behavior. A reset pin clears the integr...")
• 04:2804:28, 7 September 2025 Analog Differentiator(Delta Change) (hist | edit) [1,064 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogDifferentiator.png == Summary == Analog differentiator module that outputs the rate of change (delta) of an input signal. == Description == The Analog Differentiator (Delta Change) module calculates the difference between successive analog input values. Triggered by the clock pin, it provides the delta change as an analog output. This is useful for detecting trends, slopes, or rapid changes in sensor signals. <b>Diagram:</b> Image:TA...")
• 04:2604:26, 7 September 2025 Interpolate Analog (hist | edit) [1,304 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInterpolateAnalog.png == Summary == Analog interpolation module for mapping input values to defined output ranges. Supports adding multiple interpolation elements with customizable input-output pairs. == Description == The Interpolate Analog module allows analog input values to be mapped to different output values using interpolation. By adding elements in the interpolation table, each with defined input and output properties, the module can smo...")
• 04:1804:18, 7 September 2025 Ignore Analog Values (hist | edit) [1,269 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIgnoreAnalogValues.png == Summary == Module to filter and ignore certain analog values. Supports blocking repeated values, values below a threshold, or both. == Description == The Ignore Analog Values module processes incoming analog signals and filters them based on configurable conditions. It can block equal consecutive values, ignore values below a defined threshold, or pass all values if enabled. Useful for reducing noise or redundant data...")

6 September 2025

• 06:5606:56, 6 September 2025 Thermistor Steinhart Hart (hist | edit) [1,658 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoThermistorSteinhartHart.png == Summary == Steinhart-Hart thermistor module for precise temperature measurement. Calculates temperature using Steinhart-Hart coefficients with optional Fahrenheit conversion. == Description == The Thermistor Steinhart-Hart module converts analog resistance readings into temperature using the Steinhart-Hart equation with coefficients A, B, and C. It supports an optional fixed resistor for a voltage divider, conversi...")
• 06:5006:50, 6 September 2025 Thermistor Steinhart Hart - 3 Points (hist | edit) [1,795 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoThermistor3Points.png == Summary == 3-point Steinhart-Hart thermistor module for precise temperature measurement. Converts analog resistance readings to temperature with optional Fahrenheit units. == Description == The Thermistor Steinhart-Hart module uses three reference points to calculate temperature based on thermistor resistance. It supports an optional fixed resistor for voltage divider configuration, conversion to Fahrenheit, and a choice...")
• 05:5905:59, 6 September 2025 Dataq YF-S201 Flow Sensor (hist | edit) [1,187 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoYFS201FlowSensor.png == Summary == Water flow sensor (YF-S201) that measures flow rate in liters per minute. Provides an analog output proportional to flow and supports configurable minimum frequency. == Description == The Dataq YF-S201 Flow Sensor detects the flow rate of liquids using a hall-effect sensor and turbine. It outputs an analog signal representing the flow in liters per minute. The sensor can be enabled or disabled, and the minimu...")
• 05:5605:56, 6 September 2025 Sharp Reflective Optical Distance Meter GP2Y0A02YK0F/GP2Y0A21YK0F/GP2Y0A710K0F/GP2YA41SK0F (hist | edit) [1,456 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoSharpDistanceSensor.png == Summary == Reflective optical distance sensors from Sharp (GP2Y0A series). Measures distance with analog output and supports selectable sensor types and units. == Description == The Sharp Reflective Optical Distance Meter provides distance measurements using an infrared emitter and phototransistor. It supports multiple sensor types including GP2Y0A02YK0F, GP2Y0A21YK0F, GP2Y0A710K0F, GP2YA41SK0F, and GP2Y0A51SK0F. Dis...")
• 05:4805:48, 6 September 2025 6 RGB LEDs Ultrasonic Ranger RUS-04(Ping) (hist | edit) [2,264 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino6RGBUltrasonicRUS04.png == Summary == Ultrasonic ranger module with six RGB LEDs. Measures distance and provides visual feedback via left and right LED groups, with analog and digital outputs. == Description == The 6 RGB LEDs Ultrasonic Ranger RUS-04 (Ping) detects distance using ultrasonic pulses. It includes two groups of three RGB LEDs (left and right) for visual indication of distance or status, with adjustable brightness and initial color v...")
• 05:4205:42, 6 September 2025 6 RGB LEDs Ultrasonic Ranger RUS-04(Ping)(One Pin) (hist | edit) [2,200 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino6RGBUltrasonicRUS04.png == Summary == One-pin ultrasonic ranger module with six RGB LEDs. Measures distance and provides visual feedback via left and right LED groups, with analog and digital outputs. == Description == The 6 RGB LEDs Ultrasonic Ranger RUS-04 (Ping) detects distance using ultrasonic pulses on a single pin. It includes two groups of three RGB LEDs (left and right) for visual indication of distance or status, with adjustable bright...")
• 05:2505:25, 6 September 2025 RGB Ultrasonic Ranger(Ping) (hist | edit) [2,210 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRGBUltrasonicPing.png == Summary == RGB ultrasonic ranger module (Ping) with integrated LEDs. Measures distance and provides visual feedback via left and right RGB LEDs, with analog and single digital output. == Description == The RGB Ultrasonic Ranger (Ping) detects distance using ultrasonic pulses on a single pin. It includes two RGB LEDs (left and right) for visual indication of distance or status, with adjustable brightness and initial color...")
• 05:2005:20, 6 September 2025 RGB Ultrasonic Ranger/Yahboom YB-MVU05(Ping)(One Pin) (hist | edit) [2,134 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRGBUltrasonicPing.png == Summary == One-pin RGB ultrasonic ranger module with integrated LEDs. Measures distance and provides visual feedback via left and right RGB LEDs, with analog and single digital output. == Description == The RGB Ultrasonic Ranger (Yahboom YB-MVU05) detects distance using ultrasonic pulses on a single pin. It includes two RGB LEDs (left and right) for visual indication of distance or status, with adjustable brightness and...")
• 04:0404:04, 6 September 2025 M5Stack Ultrasonic Ranger(Ping) Unit (Grove) (hist | edit) [1,401 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoM5UltrasonicGrove.png == Summary == Ultrasonic ranger unit using I2C interface (Grove compatible). Provides distance measurements with analog and digital outputs, and supports configurable units. == Description == The M5Stack Ultrasonic Ranger (Ping) Unit measures distance using ultrasonic pulses and communicates via I2C. It provides analog output for distance, digital indication for out-of-range measurements, and a sensor I2C output for reading...")
• 03:5403:54, 6 September 2025 Ultrasonic Ranger(Ping)(One Pin) (hist | edit) [1,640 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoUltrasonicPing.png == Summary == One-pin ultrasonic ranger module for distance measurement. Provides analog output for distance, digital timeout indicator, and ping trigger/echo control. == Description == The Ultrasonic Ranger (Ping) module measures distance using ultrasonic pulses. It uses a single pin for triggering and receiving echoes. The module can be enabled or disabled, and includes configurable pause time, ping time, timeout, and outp...")
• 03:5303:53, 6 September 2025 Analog Apply Window (hist | edit) [1,323 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoAnalogApplyWindow.png == Summary == Applies a mathematical window function to an analog array signal. Supports multiple window types commonly used in signal processing. == Description == The Analog Apply Window component modifies an analog array by applying a window function. Windowing is used in signal processing to reduce spectral leakage before performing operations such as Fourier Transforms. The component supports various window types, adju...")
• 03:4303:43, 6 September 2025 UV Light Sensor Lapis ML8511 (hist | edit) [1,107 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoML8511UVSensor.png == Summary == Ultraviolet (UV) light sensor based on the Lapis ML8511 chip. Provides analog output proportional to UV intensity with reference voltage support. == Description == The ML8511 UV Light Sensor detects ultraviolet light intensity in the UV-A and UV-B spectrum. It outputs an analog signal corresponding to UV strength, with a reference input for calibration. The sensor can be enabled or disabled and includes a clock i...")

4 September 2025

• 10:0810:08, 4 September 2025 TV Output Composite/RCA (hist | edit) [1,537 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTVOutputComposite.png == Summary == TV output module for composite/RCA connections. Supports drawing graphics, text, and playing tones with optional PAL video format. == Description == The TV Output Composite/RCA module allows microcontrollers to output video signals to a standard TV via RCA connection. It supports graphical operations such as drawing bitmaps, shapes, pixels, and scenes, as well as text rendering and sound output through a conne...")
• 10:0110:01, 4 September 2025 74HC595 Shift Register 8 Digits 7 Segment Display (hist | edit) [1,758 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino74HC595Display.png == Summary == 8-digit 7-segment display module controlled via 74HC595 shift registers. Supports numeric, analog, and text display with configurable digit and segment logic, refresh, and alignment options. == Description == The 74HC595 Shift Register Display allows control of up to 8 digits using serial-to-parallel shift registers. Each digit can be configured for integer, analog, or text display. The module supports inverted...")
• 09:5609:56, 4 September 2025 DIY More TM1637 7 Segment Display 4 Digits Module (hist | edit) [1,381 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTM1637Display4DigitsDIYMore.png == Summary == 4-digit 7-segment display module using the TM1637 driver. Supports numeric, analog, and text display across digits with configurable brightness. == Description == The DIY More TM1637 7-Segment Display Module allows control of four 7-segment digits via a two-wire interface. Each digit can be configured for integer, analog, or text display. The module supports adjustable brightness and can be enabled...")
• 09:5409:54, 4 September 2025 DIY More TM1637 7 Segment Display 6 Digits Module (hist | edit) [1,387 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTM1637Display6DigitsDIYMore.png == Summary == 6-digit 7-segment display module using the TM1637 driver. Supports numeric, analog, and text display across digits with configurable brightness. == Description == The DIY More TM1637 7-Segment Display Module allows control of six 7-segment digits via a simple two-wire interface. Each digit can be configured for integer, analog, or text display. The module supports adjustable brightness and can be e...")
• 09:5109:51, 4 September 2025 TM1637 7 Segment Display 6 Digits Module (hist | edit) [1,517 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTM1637Display6Digits.png == Summary == 6-digit 7-segment display module using the TM1637 driver. Supports numeric, analog, and text display across digits with configurable brightness and optional reversed digit order. == Description == The TM1637 7-Segment Display Module allows control of six 7-segment digits via a two-wire interface. Each digit can be configured for integer, analog, or text display. The module supports adjustable brightness,...")