26/02/03
ST LSM6DSV16XTR | 6-Axis IMU for OIS & EIS Stabilization
The LSM6DSV16XTR is a high-performance, low-power 6-axis IMU that integrates a 3-axis accelerometer and a 3-axis gyroscope in a compact package. It features a triple-channel architecture that independently processes motion data for user interface, OIS, and EIS applications, ensuring accurate sensing with dedicated configuration and filtering for each channel.Designed for edge computing, the LSM6DSV16XTR includes an embedded finite state machine (FSM) and machine learning core (MLC) for intelligent motion tracking and context awareness. With adaptive self-configuration, gesture detection, and an integrated analog hub, it enables flexible and efficient motion-based system designs with minimal host processor involvement. LSM6DSV16XTR OverviewThe LSM6DSV16XTR IMU provides more than just basic orientation detection. By integrating an embedded Machine Learning Core (MLC) and Finite State Machine (FSM) processing, it shifts algorithms from the application processor to the sensor itself, significantly reducing overall system power consumption and improving reaction time. The sensor also supports advanced Sensor Fusion Low-Power (SFLP) algorithms, enabling it to directly output a 6-axis game rotation vector represented as a quaternion.Regarding hardware flexibility, the LSM6DSV16X features three independent processing channels specifically designed for OIS (Optical Image Stabilization) and EIS (Electronic Image Stabilization) applications, supporting high-speed data acquisition via an auxiliary SPI or primary interfaces such as I²C, MIPI I3C, and SPI. Additionally, it innovatively integrates a Qvar electrostatic sensor and an Analog Hub, allowing it to detect potential variations for touch and swipe gestures or convert external analog inputs into digital signals for processing.(Contact us for a quote) LSM6DSV16XTR Key SpecsParameterValuePart NumberLSM6DSV16XTRManufacturerSTMicroelectronicsCategoryIMUs (Inertial Measurement Units)Mounting TypeSurface MountOperating Temperature-40°C ~ 85°COutput TypeI²C, SPIPackage / Case14-VFLGAProduct StatusActiveSupplier Device Package14-LGA (2.5x3)Sensor TypeAccelerometer, Gyroscope, Temperature, 6 AxisBase Product NumberLSM6(Contact us for a quote) LSM6DSV16XTR Pin ConnectionsThe LSM6DSV16X IMU offers flexibility to connect the pins in order to have three different mode connections and functionalities. In detail:• Mode 1: I²C / MIPI I3C® slave interface or SPI (3- and 4-wire) serial interface is available. The analog hub and Qvar functionalities are available in mode 1 with I²C interface only.• Mode 2: I²C / MIPI I3C® slave interface or SPI (3- and 4-wire) serial interface and I²C interface master for external sensor connections are available.• Mode 3: I²C / MIPI I3C® slave interface or SPI (3- and 4-wire) serial interface is available for the application processor interface while an auxiliary SPI (3- and 4-wire) serial interface for external sensor connections is available for the accelerometer and gyroscope.(Contact us for a quote) LSM6DSV16XTR Features• Triple-channel architecture for UI, EIS, and OIS data processing• "Always-on" experience with low power consumption for both accelerometerand gyroscope• Smart FIFO up to 4.5 KB• Android compliant• ±2/±4/±8/±16 g full scale• ±125/±250/±500/±1000/±2000/±4000 dps full scale• SPI / I²C & MIPI I3C® v1.1 serial interface with main processor datasynchronization• Auxiliary SPI for OIS data output for gyroscope and accelerometer• OIS configurable from aux. SPI, primary interface (SPI / I²C & MIPI I3C® v1.1)• EIS dedicated channel on primary interface with dedicated filtering• Advanced pedometer, step detector, and step counter• Significant motion detection, tilt detection• Standard interrupts: free-fall, wake-up, 6D/4D orientation, click and doubleclick• Programmable finite state machine for accelerometer, gyroscope, and externalsensor data processing with high rate @ 960 Hz• Machine learning core with exportable features and filters for AI applications• Embedded adaptive self-configuration (ASC)• Embedded Qvar (electrostatic sensor) for user interface functions (tap, doubletap, triple tap, long press, L/R – R/L swipe)• Embedded analog hub for ADC and processing analog input data• Embedded sensor fusion low-power algorithm• Embedded temperature sensor• Analog supply voltage: 1.71 V to 3.6 V• Independent IO supply (extended range: 1.08 V to 3.6 V)• Power consumption: 0.65 mA in combo high-performance mode• Compact footprint: 2.5 mm x 3 mm x 0.83 mm• ECOPACK and RoHS compliant(Contact us for a quote) LSM6DSV16XTR User Interface & Gesture DetectionThe LSM6DSV16XTR integrates Qvar (electric charge variation detection) technology, which detects very small charge changes around electrodes to accurately recognize user touch and gesture actions. Compared with traditional mechanical buttons or simple touch solutions, Qvar does not rely on complex external structures, offers strong immunity to interference, and helps simplify system design while improving overall reliability.Combined with Qvar and built-in algorithms, the device supports a wide range of common gestures, including tap, double tap, triple tap, long press, and left/right or right/left swipe. These gestures are detected and processed directly inside the sensor, reducing the workload of the host processor, lowering system power consumption, and improving response time.From a user interface perspective, the LSM6DSV16XTR is well suited for wearable devices, portable electronics, and smart terminals. Simple touch or gesture operations can be used for wake-up, mode switching, or function control, enhancing the user experience while enabling buttonless, compact, and low-power product designs.(Contact us for a quote) LSM6DSV16XTR ApplicationsMotion Tracking & Gesture Detection (AR / VR / MR / Metaverse)LSM6DSV16XTR provides high-accuracy acceleration and angular rate data with low latency, enabling precise head tracking, hand motion recognition, and gesture-based interaction. Its embedded processing capabilities help reduce system latency, which is critical for immersive AR, VR, and MR experiences, as well as emerging metaverse platforms. WearablesIn wearable devices such as smartwatches, fitness bands, and health monitors, the sensor supports continuous activity tracking, step counting, posture detection, and gesture control. Thanks to its low-power design and embedded intelligence, it enables always-on sensing while extending battery life. Indoor NavigationThe device supports dead-reckoning and motion-based positioning, making it suitable for indoor navigation systems where GPS is unavailable. It can be used in smart buildings, shopping malls, and industrial facilities to track movement and improve location-aware services. IoT & Connected DevicesLSM6DSV16XTR is well suited for IoT nodes and connected products that require event-based motion detection and context awareness. Its on-chip processing reduces the workload of the host processor, allowing faster response times and lower overall system power consumption. Smartphones & Handheld DevicesIn mobile phones and handheld electronics, the sensor enhances user experience through screen orientation detection, motion-based UI interactions, gaming control, and power-efficient background motion sensing. Camera Applications (EIS / OIS)The high-stability gyroscope data enables effective electronic image stabilization (EIS) and optical image stabilization (OIS). This helps reduce motion blur and jitter in photos and videos, especially in low-light or handheld shooting conditions. Vibration Monitoring & CompensationThe sensor can detect and analyze vibrations in mechanical systems, supporting vibration monitoring, compensation, and fault detection. This makes it suitable for both consumer devices and industrial applications where reliability and stability are critical.(Contact us for a quote) LSM6DSV16XTR PackageThe LSM6DSV16X features a plastic Land Grid Array (LGA) package with compact dimensions of just 2.5 x 3.0 x 0.83 mm. This ultra-small footprint enables the development of highly integrated and miniature intelligent solutions. ANDE Electronics: Your Trusted Partner in Electronic Component SourcingAt ANDE Electronics, we are committed to making component sourcing simple, efficient, and reliable. We work directly with top global manufacturers to provide high-quality components that have passed our strict checks, so you can count on them for your projects.Beyond product quality, we place strong emphasis on fast and consistent delivery. Our streamlined supply chain helps keep your production on schedule and reduces the risk of costly delays. Whether you are supporting product development, prototyping, or mass production, ANDE Electronics is a dependable partner you can rely on for efficient and trustworthy electronic component solutions.
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26/01/30
SX1280DVK1ZHP Transceiver: Advantages and Applications in UAVs
In the drone world today, wireless communication links act like the aircraft's "invisible nerves." They directly affect flight safety and control precision. As the industry demands longer range, real-time telemetry, and better obstacle avoidance, developers are looking for a solution that balances long distance, low power, and strong anti-interference.The SX1280DVK1ZHP is a core kit built for these needs. It is based on Semtech’s 2.4GHz SX1280 transceiver chip. This kit aims to break the distance limits of traditional 2.4GHz communication. By using high-sensitivity LoRa technology and unique Time-of-Flight (ToF) ranging, it provides drones with a complete link for communication, positioning, and reliable control.This article will analyze the technical advantages of this chip for drones, and we will explore how it helps developers build smarter and more stable flight platforms. SX1280DVK1ZHP OverviewThe SX1280DVK1ZHP from Semtech is a 2.4 GHz long-range transceiver designed for reliable wireless communication. It supports LoRa®, FLRC, and (G)FSK modulation and integrates a Time-of-Flight (ToF) engine, making it ideal for drones, asset tracking in logistics, security monitoring, and wearable devices. The chip offers high sensitivity, low power consumption, strong interference immunity, and compliance with global radio standards, providing stable and secure wireless connectivity for next-generation devices.FeatureDescriptionFrequency Band2.4 GHzModulationLoRa®, FLRC, (G)FSKSensitivityDown to -132 dBmOutput Power+12.5 dBm high-efficiency PAPower ManagementLow-power design with integrated DC-DCRangingStandard & Advanced Time-of-Flight (ToF) engineCompatibilityBLE PHY layer, global 2.4 GHz regulations (EN 300 440, FCC, ARIB)ApplicationsDrones, industrial control, security monitoring, wearablesAdvantagesLong-range communication, low power, strong interference immunity, low system cost, easy miniaturization(Contact us for a quote) Drone Communication Requirements AnalysisThe wireless communication system is the core of drone flight control and mission success. As drone use becomes more complex, communication needs are growing. Systems must now handle control commands, stream large data like video and images, support multi-drone teamwork, and ensure high reliability. Key Requirements:1. Flight Control and Remote Signal Transmissionl This system handles attitude control, heading adjustments, and movement execution.l It is extremely sensitive to lag; it requires high real-time performance and reliable data transfer.l Strong anti-interference is needed to prevent outside signals from causing flight errors. 2. Video and Image Data Uplinkl This involves streaming live aerial video or sensor images in real-time.l It requires high bandwidth and a stable connection without frame drops or delays.l In complex areas like cities or mountains, the link needs a long range and the ability to bypass obstacles. 3. Multi-Drone Collaboration (Swarm and Formation Flight)l When multiple drones fly together, they need reliable interconnection to coordinate movements.l This demands high synchronization, data consistency, and low latency to keep the formation safe. 4. Demand for Real-Time Performance, Reliability, and Anti-Interferencel Communication systems must stay stable even in areas with heavy electromagnetic noise or complex environments.l In critical missions like rescue or inspection, a link failure can be dangerous, making security and fault tolerance essential.(Contact us for a quote) Advantages of SX1280DVK1ZHP in Drone ApplicationsIn drone communication systems, the SX1280DVK1ZHP provides a high-performance, reliable, and low-power wireless solution. Compared to traditional 2.4 GHz transceivers, it supports long-range transmission while offering real-time performance, strong interference immunity, and precise positioning. This makes it ideal for flight control, video streaming, and multi-drone coordination. Long-Range Communication and High SensitivityThe SX1280DVK1ZHP uses 2.4 GHz LoRa modulation, breaking the distance limits of traditional protocols. It has very high receiver sensitivity, allowing drones to maintain a stable connection even in Beyond Visual Line of Sight (BVLOS) flights. LoRa’s strong penetration reduces signal blind spots in dense vegetation or urban environments. Precise Time-of-Flight (ToF) RangingThe transceiver integrates an advanced ranging engine that measures the time of flight of radio waves to calculate the exact distance between the drone and the ground station. This feature helps implement precise “electronic fence” safety control and provides critical relative positioning when GPS signals are weak or blocked, improving auto-return and positioning accuracy. High Bandwidth and Low-Latency SwitchingBesides long-range LoRa mode, the SX1280DVK1ZHP supports FLRC (Fast Long Range Continuous) modulation, offering higher bandwidth for real-time telemetry and video streaming. Its low-latency link for control commands ensures near-instant response between joystick inputs and drone movements, which is crucial for racing drones or precise industrial operations. Strong Interference Immunity and Multi-Drone CoordinationOperating in the crowded 2.4 GHz ISM band, the SX1280DVK1ZHP uses spread spectrum technology to resist interference from Wi-Fi or Bluetooth devices. This allows multiple drones to fly in formation or collaborate in the same airspace with independent, stable channels, ensuring command accuracy and consistency. Ultra-Low Power and Lightweight IntegrationWhile delivering high performance, the SX1280DVK1ZHP maintains very low current consumption, which enables lightweight drone communication modules and longer flight times. Lower power usage allows more battery energy to be allocated to propulsion, extending mission duration and reducing module size for better payload distribution.(Contact us for a quote) Design and Development Recommendations for SX1280DVK1ZHPIn drone applications, good hardware design is key to fully use the long-range communication and high reliability of the SX1280DVK1ZHP. Antenna placement should avoid the metal parts of the drone and use precise RF matching. Power management and heat dissipation are also important. Using low-noise voltage regulators, proper DC-DC converter layout, and effective thermal design helps keep the chip stable during long, high-power operation and reduces interference risks. For system integration, the SX1280DVK1ZHP can connect efficiently to an MCU or FPGA through SPI or I²C interfaces. Developers should optimize the software protocol stack and signal scheduling, giving priority to remote control, video transmission, and positioning data. In multi-drone operations, proper collision detection and dynamic channel allocation can further improve formation control accuracy and overall system stability.(Contact us for a quote) Ande Electronics: Offering Chip Solutions for UAVsThe SX1280DVK1ZHP transceiver is a high-performance wireless solution designed specifically for UAV applications. With long-range 2.4 GHz communication, low power consumption, and integrated time-of-flight measurement, it provides reliable control, real-time telemetry, and precise multi-drone coordination. In addition, Ande Electronics is committed to providing complete electronic component solutions for all types of UAVs. The company offers key chips and a wide range of components that support flight control, navigation, image processing, and multi-sensor data fusion. With a stable supply chain and professional service, Ande Electronics ensures high-quality components for UAV applications. These solutions help drone manufacturers accelerate product updates and technology deployment. They enable smart upgrades in mapping, inspection, logistics, and security, supporting more efficient and advanced UAV operations.
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26/01/28
ADR441BRZ IC Overview: Pinout, Circuit and Applications
ADR441BRZ OverviewADR441BRZ is a high-precision, low-noise voltage reference IC from Analog Devices. It belongs to the ADR440/ADR441/ADR443/ADR444/ADR445 XFET® voltage reference family. This series uses ADI's proprietary XFET technology together with temperature curvature correction, which greatly reduces nonlinear output voltage changes over temperature, resulting in very low temperature drift and excellent long-term stability.Compared with traditional buried Zener voltage references, the ADR441BRZ offers superior noise performance and requires only about 500 mV of supply headroom for stable operation. This makes it well suited for low-power and compact system designs. The device can source up to 10 mA of output current and sink up to −5 mA, meeting the load requirements of many precision analog circuits. In addition, it includes a trim pin that allows fine adjustment of the output voltage within approximately ±0.5% without compromising overall performance.In terms of packaging and applications, the ADR441BRZ is available in a narrow SOIC package, making it suitable for high-density PCB layouts, and it supports an industrial operating temperature range of −40°C to +125°C. It is widely used in applications that require high voltage reference accuracy and stability. ADR441BRZ Key SpecsParameterValuePart NumberADR441BRZDescriptionIC VREF SERIES 2.5V 8SOICLead Free Status / RoHS StatusLead free / RoHS CompliantSeriesXFET®Manufacturer Standard Lead Time19 WeeksNoise - 0.1Hz to 10Hz1.2µVp-pTolerance±0.04%Detailed DescriptionSeries Voltage Reference IC ±0.04% 10mA 8-SOICPackage8-SOIC (0.154, 3.90mm Width)Operating Temperature-40°C ~ 125°C (TA)Supply Current3.75mAVoltage - Output (Min/Fixed)2.5VMoisture Sensitivity Level (MSL)1 (Unlimited)Temperature Coefficient3ppm/°CVoltage - Input3 V ~ 18 VCurrent - Output10mABase Part NumberADR441(Contact us for a quote) ADR441BRZ PinoutPin1, 8 (DNC): Do Not Connect. Do not connect to these pins.PIin2 (VIN): Input Voltage Connection.PIin3, 7 (NIC): Not Internally Connected. These pins are not connected internally.PIin4 (GND): Ground.PIin5 (TRIM): Output Voltage Trim.PIin6 (VOUT): Output Voltage. ADR441BRZ Featuresl Ultralow noise (0.1 Hz to 10 Hz)- ADR441: 1.2 µV p-pl Superb temperature coefficient- A grade: 10 ppm/°C- B grade: 3 ppm/°Cl Low dropout operation (supply voltage headroom): 500 mVl Input range: (VOUT + 500 mV) to 18 Vl High output source and sink currentl +10 mA and −5 mA, respectivelyl Wide temperature range: −40°C to +125°Cl XFET Technologyl Typical drift: 50ppm/1,000 hours(Contact us for a quote) ADR441BRZ Circuit1. Providing a High-Precision Voltage ReferenceIn the upper-left of the circuit, the ADR441 is powered by a +5 V supply (VIN) and, thanks to its ultra-low-noise XFET architecture, generates a highly stable +2.5 V reference voltage. This +2.5 V is used in two key places: it biases the AD8476 differential amplifier (INN) to ensure proper signal level shifting under single-supply operation, and it also serves as the external reference (REFIN) for the AD7790 16-bit ADC, directly defining the ADC's measurement accuracy and input range. 2. Ensuring Stability Across the Entire Signal ChainThermocouple signals are extremely small, typically in the microvolt range, so even minor voltage fluctuations can introduce significant errors. The ADR441's +2.5 V output, together with local decoupling capacitors such as the 0.1 μF capacitor at the REFIN pin, provides a clean and stable voltage reference for the amplifier and precision ADC. This minimizes the impact of supply noise on sampling results, allowing the system to accurately capture the temperature signal processed by the AD8495 and achieve high-resolution, industrial-grade temperature measurement.(Contact us for a quote) ADR441BRZ ApplicationsPrecision Data Acquisition SystemsThe ADR441BRZ features ultra-low temperature drift and high-precision reference voltage, making it ideal for precision data acquisition (DAQ) systems. When measuring small signals such as voltage, current, or temperature, it ensures stable system output and prevents signal distortion, thereby improving overall measurement accuracy and reliability. High-Resolution Data ConvertersIn high-resolution ADC or DAC systems, the ADR441BRZ provides a stable, low-noise reference voltage source, ensuring accurate and linear data conversion. It minimizes the impact of quantization errors on the final output, making it suitable for precision instruments and scientific measurement equipment. Battery-Powered InstrumentationFor portable, battery-powered devices, the ADR441BRZ's low-power characteristics are critical. Its microamp-level quiescent current extends battery life while maintaining high-precision output, making it ideal for handheld measurement tools or field testing equipment. Portable Medical InstrumentsIn portable medical devices such as ECG monitors, blood pressure monitors, or blood glucose meters, precise voltage references are essential for accurate sensor signal processing. The ADR441BRZ provides stable reference voltage, ensuring reliable medical data and meeting medical-grade requirements. Industrial Process Control SystemsIndustrial automation and process control systems require high-precision, highly stable reference voltages for accurate control. The ADR441BRZ can be used in sensor interfaces, control modules, and precision signal processing units, ensuring stable and reliable industrial process data. Precision InstrumentsIn laboratory or testing equipment such as digital multimeters, oscilloscopes, and pressure gauges, the ADR441BRZ provides a stable voltage reference, reducing system drift and errors, and improving measurement repeatability and accuracy. Optical Control CircuitsOptical detection and control systems, including photodetectors and laser control modules, require precise voltage to regulate light sources or signal processing circuits. The ADR441BRZ's high accuracy and low noise characteristics enhance the sensitivity and stability of optical systems.(Contact us for a quote) ANDE Electronics: Your Trusted Partner in Electronic Component SourcingAt ANDE Electronics, we make getting the electronic components you need simple and fast. We work directly with top global manufacturers to provide high-quality components that have passed our strict checks, so you can count on them for your projects.We also focus on quick and consistent delivery to keep your work on schedule and avoid delays. When you need reliable and efficient electronic parts for your projects, ANDE Electronics is a partner you can trust.
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26/01/28
G215HVN01.1 TFT-LCD – High-Resolution & Stable Display
AUO G215HVN01.1 is a 21.5-inch a-Si TFT-LCD display module developed by AU Optronics (AUO), designed for industrial display applications.In terms of display performance, the G215HVN01.1 supports Full HD resolution (1920 × 1080) and displays 16.7 million colors (RGB 8-bit), meeting the basic requirements for clarity and color depth in industrial monitoring, human–machine interface (HMI), and information display systems. The module uses a dual-channel LVDS interface for signal transmission, offering strong compatibility and easy integration with mainstream industrial motherboards and control systems.This article aims to provide a systematic overview and technical analysis of the AUO G215HVN01.1 industrial TFT-LCD module, helping engineers, purchasers, and solution designers quickly understand its key specifications, performance characteristics, and application value. G215HVN01.1 Key SpecsWe will introduce the core technical specifications of the G215HVN01.1 display module, including screen size, resolution, color depth, interface type, and more. You can also refer to the G215HVN01.1 datasheet for detailed information.Parameter ValueBrandAUOModelG215HVN01.1Size21.5"Compositiona-Si TFT-LCD, LCMResolution1920×1080Luminance250 cd/m² (Typ.)Contrast Ratio5000:1 (Typ.) (TM)Viewangle89/89/89/89 (Typ.)(CR≥10)Color Depth16.7M 72% NTSCLight Source10S7P WLED , 30K hours , With LED DriverInterface TypeLVDS (2 ch, 8-bit) , 30 pins ConnectorActive Area476.64(W)×268.11(H) mmPixel FormatRGB Vertical StripeFrame Rate60HzTouchscreenWithoutVoltage Supply5.0V (Typ.)Outline Size495.6(W) × 292.2(H) × 11.7(D)Max RatingsOperating Temperature: 0 ~ 60 °C ; Storage Temperature: -20 ~ 60 °C Learn more details: G215HVN01.1 Datasheet PDF(Contact us for a quote) G215HVN01.1 Signal DescriptionThe module using a pair of LVDS receiver SN75LVDS82(Texas Instruments) or compatible. LVDS is a differential signal technology for LCD interface and high speed data transfer device. Transmitter shall be SN75LVDS83(negative edge sampling) or compatible. The first LVDS port(RxOxxx) transmits odd pixels while the second LVDS port(RxExxx) transmits even pixels. LVDS Odd Data InputsRXinO0± (Pins 1, 2): LVDS differential data input (Odd data)RXinO1± (Pins 3, 4): LVDS differential data input (Odd data)RXinO2± (Pins 5, 6): LVDS differential data input (Odd data, H-Sync, V-Sync, DSPTMG)RXinO3± (Pins 10, 11): LVDS differential data input (Odd data) LVDS Odd Clock InputRxOCLKIN± (Pins 8, 9): LVDS differential clock input (Odd clock) LVDS Even Data InputsRXinE0± (Pins 12, 13): LVDS differential data input (Even data)RXinE1± (Pins 15, 16): LVDS differential data input (Even data)RXinE2± (Pins 18, 19): LVDS differential data input (Even data)RXinE3± (Pins 22, 23): LVDS differential data input (Even data) LVDS Even Clock InputRxECLKIN± (Pins 20, 21): LVDS differential clock input (Even clock) Power and GroundGND (Pins 7, 14, 17, 24): Power groundVDD +5V (Pins 28, 29, 30): Power supply input No ConnectionNC (Pins 25, 26, 27): No connection (for AUO testing only; do not connect)(Contact us for a quote) G215HVN01.1 Benefits & LimitationsWhen choosing an industrial display, it is important to understand its core benefits and physical limitations. The G215HVN01.1 offers excellent performance, but it also has certain technical limits in specific environments. This section will analyze the pros and cons of this model from several perspectives to help you understand its performance in real-world applications.BenefitsThe G215HVN01.1 uses advanced AMVA3 technology, and its best feature is a very high 5000:1 contrast ratio. The screen has 1920 x 1080 (FHD) resolution and a wide viewing angle of 89° from all sides. This allows users to see clear images from different positions. It includes a built-in WLED driver, which makes it easier to set up the hardware. Also, it features 72% NTSC color and an anti-glare surface. These features provide great visual quality for industrial displays and monitors.LimitationsAlthough this model performs well indoors, its typical brightness is only 250 cd/m². This limits its visibility under direct strong light. Also, as a VA-type panel, it has very high contrast, but its response time (typically 20/5 ms) is slower than high-speed gaming panels. Therefore, it is not suitable for applications that require extremely high dynamic refresh rates.(Contact us for a quote) G215HVN01.1 Functional Block DiagramThe following diagram shows the functional block of this model.From the functional block diagram, the signal processing of the G215HVN01.1 starts at the LVDS input interface. The external mainboard inputs video signals to the module through the LVDS connector while providing a +5V VDD power supply. The LVDS signals first enter the LVDS Receiver inside the AUO ASIC, where high-speed differential signals are converted into parallel data. The Timing Controller then organizes and distributes the image data, providing precise row and column control signals to the Source Driver (column driver) and Gate Driver (row driver), enabling line-by-line scanning and display on the TFT-LCD panel.For power management and display quality control, the module integrates a DC/DC Converter and Gamma Correction circuitry. The DC/DC converter converts the input voltage into multiple working voltages required by the panel and driver ICs, while the gamma correction circuit finely adjusts the grayscale voltage to ensure smooth brightness transitions and uniform, stable color reproduction. The backlight uses a separate LED Driver Board powered by VLED (+12V), providing stable driving for the LED backlight strips and ensuring reliable overall brightness output.(Contact us for a quote) G215HVN01.1 Application FieldsWith its strong technical advantages, the G215HVN01.1 has become the top choice for display solutions in many industries, especially in the industrial field. The following are the main applications for this display screen: 1. Industrial Automation Control PanelsThe G215HVN01.1 is commonly used in human-machine interface (HMI) displays for industrial automation equipment, providing high-resolution visualization of real-time production data and control status. Its clear image and stable color output allow operators to quickly assess equipment performance.l CNC machine displaysl Assembly line monitoring panelsl Packaging equipment control interfaces 2. Industrial Inspection and Measurement SystemsIn quality inspection and precision measurement systems, this module can display high-definition images and charts, helping engineers perform accurate analysis. Its high contrast and gamma correction ensure clear and reliable data visualization.l X-ray inspection machine displaysl Industrial microscope screensl Optical inspection system interfaces 3. Instrumentation DisplaysThe G215HVN01.1 is suitable for various instrumentation equipment, used to display parameters, waveforms, or experimental data. Its high refresh rate and stability support long-term operation and continuous display.l Power monitoring instrumentsl Laboratory data acquisition devicesl Environmental monitoring terminals 4. Smart Manufacturing and Industrial RobotsIn smart manufacturing systems and industrial robot control terminals, this module provides a clear real-time interface to support monitoring and adjustment of complex tasks.l Robot operation panelsl Smart assembly line monitoring screensl Automated sorting system interfaces 5. Industrial Transportation and Logistics ControlThe G215HVN01.1 can be applied in industrial transportation and logistics control systems, displaying transport status, routing information, and system alerts to provide operators with an intuitive interface.l Industrial vehicle monitoring displaysl Port loading and unloading control terminals(Contact us for a quote) G215HVN01.1 Operating Precautions1. The front polarizer is fragile; avoid scratches.2. Turn off power before connecting or disconnecting the input connector.3. Remove water immediately to prevent discoloration or stains.4. Clean the panel only with soft cloth or absorbent cotton.5. The glass panel may crack if dropped or hit.6. Handle with ESD protection; ensure proper grounding.7. Do not open or modify the module.8. Do not press the rear reflector sheet.9. When repacking, press only the ends of the LED reflector gently—never the center.10. Do not rotate or tilt the signal interface connector during insertion or removal.11. Do not twist or bend the module; design the product to prevent external force.12. Use a power supply compliant with Limited Power Source standards.13. Extreme temperatures may affect brightness and response time.14. Prolonged high-temperature operation reduces LED lifespan and luminance.15. Specifications apply when the module is used in landscape orientation.16. Avoid long-term static images; use screen savers or moving content to prevent image sticking.(Contact us for a quote) ANDE Electronics: Reliable LCD Display SolutionsAs a professional display supplier, Ande Electronics is committed to providing LCD modules that meet modern application needs.We offer not only high-quality display products but also reliable technical support and flexible purchasing options. Our experienced engineering team works closely with customers to provide guidance on module selection, integration, and optimization.Choosing Ande Electronics, then engineers and manufacturers will gain a partner focused on quality, innovation, and efficiency.
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26/01/23
24LC08BT-I/OT EEPROM Guide: Pinout, Features & Applications
24LC08BT-I/OT OverviewThe 24LC08BT-I/OT is an 8 Kbit serial EEPROM from Microchip Technology. It uses an I²C (two-wire) interface. The memory is organized into four blocks, each with 256 × 8 bits, which makes addressing and memory management simple.In terms of electrical features, the 24LC08BT-I/OT supports a wide operating voltage range from 2.5 V to 5.5 V. This allows it to work easily with many microcontrollers and low-power systems. The device has very low standby current in the microamp range and active current in the milliamp range, helping reduce total system power use. It also supports page write operations of up to 16 bytes, which improves write speed while keeping data reliable.For applications, the 24LC08BT-I/OT is commonly used for device parameter storage, calibration data, configuration settings, and serial number storage. It is widely used in consumer electronics, industrial control systems, medical devices, and IoT products. 24LC08BT-I/OT Key SpecsParameterValuePart Number24LC08BT-I/OTDescriptionIC EEPROM 8K I2C 400KHZ SOT23-5Lead Free Status / RoHS StatusLead free / RoHS CompliantMemory Size8Kb (256 x 8 x 4)Clock Frequency400kHzWrite Cycle Time - Word, Page5msBase Part Number24LC08TechnologyEEPROMMemory TypeNon-VolatilePackageSOT-23-5Memory InterfaceI²CMoisture Sensitivity Level (MSL)1 (Unlimited)Voltage - Supply2.5 V ~ 5.5 VAccess Time900nsOperating Temperature-40°C ~ 85°C (TA)(Contact us for a quote) 24LC08BT-I/OT PinoutThe 24LC08BT-I/OT EEPROM in the SOT-23 package has a simple 5-pin configuration.SCL (Serial Clock): This pin is used to provide the clock signal for the I²C interface. It synchronizes data transfer between the EEPROM and the microcontroller.VSS (Ground): This is the ground reference for the device and should be connected to the system ground.SDA (Serial Data): The data line for I²C communication. It carries the read and write data between the EEPROM and the controller.VCC (Supply Voltage): This pin provides the power for the EEPROM and supports a wide voltage range, typically 2.5 V to 5.5 V.WP (Write Protect): This pin controls write protection. When pulled high, the memory is protected against write operations. When low, writing is allowed.(Contact us for a quote) 24LC08BT-I/OT Features• Single Supply with Operation down to 1.7V for 24AA08 and 24FC08 Devices, 2.5V for 24LC08B Devices• Low-Power CMOS Technology:- Read current 1 mA, maximum- Standby current 1 µA, maximum (I-temp.)• 2-Wire Serial Interface, I2C Compatible• Schmitt Trigger Inputs for Noise Suppression• Output Slope Control to Eliminate Ground Bounce• 100 kHz, 400 kHz and 1 MHz Compatibility• Page Write Time: 5 ms, Maximum• Self-Timed Erase/Write Cycle• 16-Byte Page Write Buffer• Hardware Write-Protect• ESD Protection >4,000V• More than 1 Million Erase/Write Cycles• Data Retention >200 Years• Factory Programming Available• RoHS Compliant• Temperature Ranges:- Industrial (I): -40°C to +85°C- Extended (E): -40°C to +125°C• Automotive AEC-Q100 Qualified(Contact us for a quote) 24LC08BT-I/OT Block DiagramThis block diagram of the 24LC08BT-I/OT can be easily understood from two perspectives: data transfer and core memory storage.1. Data Input and Control LogicThis part acts as the chip’s “brain” and “external window.” The SDA and SCL pins communicate with the external host through the I/O Control Logic. When a command is received, the Memory Control Logic determines whether to read or write data. The WP pin at the top of the diagram functions like a physical lock, preventing accidental data modification when enabled. The HV Generator is a specialized tool for the memory, generating the high voltage needed to program or erase data in the non-volatile storage medium. 2. Addressing and Memory ArrayThe EEPROM Array is the core area where data is stored. To locate a specific data point, the control logic sends instructions to the XDEC and YDEC, which act like coordinates to precisely select a location in the array. Before data enters or leaves the array, it is temporarily stored in the Page Latches. Then, the Sense Amplifier and R/W Control at the bottom amplifies the signals, ensuring that even weak signals can be read or written accurately.(Contact us for a quote) 24LC08BT-I/OT Application Fields1. Consumer ElectronicsThe 24LC08BT-I/OT is mainly used to store user settings. For example, in smart TVs or monitors, it saves brightness, contrast, volume levels, and preset channel lists. 2. TelecommunicationsIt is used in routers, switches, or optical modules. It stores fixed data like MAC addresses, device serial numbers, and vendor IDs. It also keeps specific port configurations and firmware update flags. 3. Automotive ElectronicsThanks to its industrial-grade stability, it is used in dashboards or in-car infotainment systems. It stores key driving data, initial sensor calibration values, and fault codes (DTC) for safety systems like airbags. 4. Industrial Control & AutomationIn PLCs and various industrial sensors, it stores calibration curves and range parameters after on-site setup. It can also record total operation time or error codes from abnormal shutdowns. 5. PC & PeripheralsThis chip is widely used in printer cartridges, graphics cards, and docking stations. In printer cartridges, it stores the remaining ink level and serial number to prevent counterfeiting. In graphics cards, it reports key hardware information such as memory frequency and timing to the system through the SPD function. 6. Smart Home & IoTIn smart plugs, thermostats, or cameras, it stores connection credentials. It keeps Wi-Fi SSID and passwords, unique cloud authentication keys, and user-set automation schedules.(Contact us for a quote) 24LC08BT-I/OT PackageThe 24LC08BT-I/OT uses a SOT-23 (5-Lead) package design. While it provides high-performance storage, it is also very small. This saves a lot of space on the circuit board. Because of its tiny size, it can easily fit into portable devices and high-density electronic modules. ANDE Electronics: Your Trusted Partner in Electronic Component Sourcing At ANDE Electronics, we make getting the electronic components you need simple and fast. We work directly with top global manufacturers to provide high-quality components that have passed our strict checks, so you can count on them for your projects.We also focus on quick and consistent delivery to keep your work on schedule and avoid delays. When you need reliable and efficient electronic parts for your projects, ANDE Electronics is a partner you can trust.
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