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    • sinyim  •  Oṣu kejila ọjọ 12, ọdun 2025  • 12 MB
      上海星焰印务有限公司专注高端车标与标识解决方案，首创“鎏金软标”技术，替代传统电镀硬标。产品具备优异的曲面贴附性（邵氏硬度70–90）、金属质感与丰富色彩选择，并通过耐老化、耐磨、耐热、耐水及耐化学品等车规级测试，符合欧盟 RoHS 标准。公司通过 IATF 16949 与 ISO 14000 体系认证，拥有 50+ 项专利，覆盖 20+ 国家，致力于为品牌提供高品质、降本增效的标识解决方案。 
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document provides a guide for controlling a stepper motor using a Miuzei ULN2003 driver board and an Arduino. It details hardware requirements, connection schematics, and sample code to test motor wiring and count steps per revolution.
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1,012 KB
      This document provides instructions for a Miuzei water level monitoring experiment. It details the setup using an analog water level sensor, an Arduino Uno, and an LCD display. The guide includes specifications, pin definitions, connection
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide details an experiment for monitoring indoor temperature and humidity using a DHT11 digital sensor and displaying the values on an LCD1602. It provides pin definitions, hardware requirements, and sample Arduino code for setting up
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document describes the Miuzei Power Supply Module, designed for use with MB102 breadboards. It provides regulated 3.3V and 5V DC output from a 6-12V DC input, featuring an ON/OFF switch and LED power indicator. The module utilizes AMS1
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 994 KB
      Iwe yi pese ohun loriview and guide for the Miuzei Passive Buzzer. It details specifications such as working voltage, resistance, and resonance frequency. The guide includes pin definitions, hardware requirements, connection diagra
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 989 KB
      This guide details the experimental use of the HCSR04 ultrasonic module for distance measurement. It provides specifications, pin definitions, hardware requirements, and a connection diagram for integration with Arduino. The document also i
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1,002 KB
      This document provides instructions for a simple tilt switch experiment using an Arduino Uno. It details the required hardware, pin definitions, connection diagrams, and sample code. The guide helps users understand how to set up and operat
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide provides instructions for controlling the rotational speed of a stepper motor using an Arduino Stepper Library. It details the necessary hardware components, connection diagrams, and pin definitions. The document also includes sa
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 936 KB
      This guide provides instructions on how to use a Miuzei RGB LED with an Arduino. It covers specifications, pin definitions, connection diagrams, and sample code to control the LED\'s color. The document is designed for enthusiasts intereste
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide details an electronics experiment to simulate a traffic light using an Arduino Uno. It includes an overview, hardware specifications, connection schematics, and sample code for controlling LEDs to mimic traffic light behavior. Th
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      Iwe yi pese ohun Mofiample for sweeping an RC servo motor using an Arduino board. It details the required hardware, pin definitions, connection diagrams, and sample code. The guide is intended for users looking to control servo motor
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide from Miuzei teaches you how to create sounds with an Arduino. It details building a Theremin-like instrument using a passive buzzer and a photocell. Learn to make the Arduino play a musical scale and change pitch by waving your h
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide details the Miuzei Responder Experiment, an electronics project involving buttons, LEDs, and an Arduino Uno. It provides a list of required hardware, connection diagrams, and sample code for setting up and running a reaction-time
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide from Miuzei explains how to control an RC servo motor using an Arduino board and a potentiometer. It provides an overview of the components, pin definitions, hardware requirements, connection diagrams, and sample code for impleme
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 2 MB
      This guide provides step-by-step instructions for installing the Arduino Software (IDE) and setting up an Arduino UNO R3 board. It covers connecting the board, installing necessary drivers, and uploading a basic program. The manual also int
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 688 KB
      This guide demonstrates how to fade an LED using Pulse Width Modulation (PWM) with an Arduino Uno. It provides an overview of the concept, hardware requirements, connection diagrams, and sample code for implementation. The tutorial is suita
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document provides a guide for using the Miuzei LCD1602 module, detailing its specifications, pin definitions, and hardware requirements. It includes a schematic, connection diagram, and sample Arduino code for an experiment. The guide
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document provides a comprehensive guide for the Miuzei 4-digit LED Segment Displays. It includes an overview, pin definitions, and a list of required hardware for experiments. The guide also features detailed connection diagrams and sa
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide from Miuzei demonstrates how to create LED trailing effects using an Arduino. It provides an overview, specifications, pin definitions, required hardware, connection diagrams, and sample code. This document is suitable for electr
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide details an infrared (IR) remote control experiment using Miuzei components, including an IR remote and receiver module. It provides specifications, pin definitions, connection diagrams for Arduino, and sample code. The document s
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1,018 KB
      This document is a guide for conducting a joystick test experiment using a Miuzei joystick module. It explains how to connect the module to an Arduino, details its analog and digital outputs, and provides sample code for reading inputs. The
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1,010 KB
      This guide explains how to use a potentiometer for analog input with an Arduino board. It covers hardware requirements, connection diagrams, and sample code for controlling an LED\'s blink rate based on the potentiometer\'s value. The docum
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 975 KB
      Itọsọna yi pese ohun loriview and instructions for the Miuzei active buzzer module. It details the component\'s specifications, pin definitions, and how to connect it for electronic experiments. The active buzzer is an electronic componen
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This guide provides instructions for using the Miuzei DHT11 digital temperature and humidity sensor module. It covers hardware connections, specifications, and sample code for integration with microcontrollers like Arduino, enabling accurat
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1,005 KB
      This document provides a guide for an analog temperature experiment using a Miuzei MF52-103 thermistor. It details the hardware required, schematic, connection diagram, and sample Arduino code to read temperature values. The guide aims to h
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document provides a guide for the Miuzei Button module, an electronic component designed for use with Arduino UNO R3. It details the module\'s specifications, connection principles, and includes sample code for basic operation. The gui
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 984 KB
      Iwe yi pese ohun loriview, pin definitions, connection diagrams, and sample code for the Miuzei 1 digit LED segment display. It guides users on how to connect and program the display, likely with an Arduino, to achieve time countin
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This tutorial from Miuzei guides users through the process of making an LED blink using an Arduino board. It covers the necessary hardware components like LEDs, resistors, and breadboards, along with connection diagrams and sample code. The
    • miuzei  •  Oṣu kejila ọjọ 12, ọdun 2025  • 1 MB
      This document is a tutorial from Miuzei explaining how to control eight LEDs using an Arduino and an SN74HC595N shift register. It provides a hardware list, connection diagrams, and sample code for the setup. The guide aims to teach users h
    • itanna  •  Oṣu kejila ọjọ 11, ọdun 2025  • 3 MB
      Ce manuel d\'Utilisation fournit des instruction détaillées pour le sampler de išẹ dynamique Elektron Octatrack DPS-1. I couvre l\'échantillonnage en temps réel, la audio ifọwọyi, le remixage ati le séquençage MIDI. Le itọsọna e
    • awọn ile-iṣẹ ina ile-iṣẹ Chicago  •  Oṣu kejila ọjọ 11, ọdun 2025  • 5 MB
      Ìwé ìtọ́ni yìí pèsè ìtọ́ni fún aago Chicago Lighthouse LCD Digital Radio-Controlled Clock. Ó bo ìṣètò àkọ́kọ́, ètò àkókò àti ọjọ́ tí a fi ọwọ́ ṣe, iṣẹ́ ìró àti ìdákẹ́jẹ́ẹ́, àti àwọn ìlànà ààbò gbogbogbò. Aago náà ní radi WWVB
    • ebyte  •  Oṣu kejila ọjọ 11, ọdun 2025  • 3 MB
      Èyí ni ìwé ìtọ́nisọ́nà fún àwọn modulu aláìlókun LoRa jara EBYTE E220-xxxTxxx. Àwọn modulu wọ̀nyí lo àwọn eerun SEMTECH RF, tí wọ́n ń ṣe àtìlẹ́yìn fún ọ̀pọ̀lọpọ̀ àwọn ipo gbigbe káàkiri àwọn bands 400 MHz àti 900 MHz. Wọ́n ní ọ̀nà jíjìn, ààbò, àti ìdènà-int.
    • beha  •  Oṣu kejila ọjọ 11, ọdun 2025  • 834 KB
      Ìwé ìtọ́ni yìí fún wa ní ìtọ́ni lórí bí a ṣe lè lo ohun èlò Bluetooth BEHA láti ṣàkóso àwọn ohun èlò itanna BEHA. Ó ṣàlàyé bí a ṣe lè so ohun èlò itanna náà pọ̀ mọ́ ohun èlò náà, ṣètò ìwọ̀n otútù tí a fẹ́, àti ṣẹ̀dá àwọn ètò ìgbóná ọ̀sọ̀ọ̀sẹ̀. Ohun èlò náà ń ran wá lọ́wọ́ láti mú agbára wa sunwọ̀n sí i.
    • daikin  •  Oṣu kejila ọjọ 11, ọdun 2025  • 347 KB
      Daikin DMC400 Series Controller jẹ́ ẹ̀rọ ìṣàkóso nẹ́tíwọ́ọ̀kì gbogbo-nínú-ọ̀kan tí a ṣe fún àtúnṣe HVAC àti BMS. Pẹ̀lú agbára Niagara Framework, ó ní agbára ìṣọ̀kan àti ìṣàkóso tó ti ní ìlọsíwájú. Ó ń ṣe àtìlẹ́yìn fún onírúurú ìbánisọ̀rọ̀.
    • beitong  •  Oṣu kejila ọjọ 11, ọdun 2025  • 597 KB
      Ìwé ìtọ́nisọ́nà olùlò yìí pèsè àwọn ìtọ́ni tó péye fún BEITONG Sparta 2 Wireless Gamepad, àwòṣe BTP-2270K. Ó ṣe àlàyé àwọn iṣẹ́ bọ́tìnì, àwọn ìlànà agbára, àti àwọn ọ̀nà ìsopọ̀ fún àwọn ìkànnì bíi PC, Android TV, àti Tesla.
    • ford  •  Oṣu kejila ọjọ 10, ọdun 2025  • 14 MB
      Àkójọ ìwé yìí jẹ́ àfihàn àkójọ ìwéasinÀwọn ọkọ̀ ìtura tí Ford ṣe fún ọdún 1980. Ó ṣe àlàyé lórí onírúurú àwọn ọkọ̀ bíi ọkọ̀ ayọ́kẹ́lẹ́, ọkọ̀ akérò, ọkọ̀ ayọ́kẹ́lẹ́, àti Broncos, ó sì ṣe àfihàn àwọn ẹ̀yà ara wọn, agbára fífà ọkọ̀, àti àwọn àṣàyàn fúnampgígì àti títà ọkọ̀.
    • ddauto  •  Oṣu kejila ọjọ 10, ọdun 2025  • 9 MB
      Ìwé ìtọ́ni fún àwọn mótò DDAUTO DD1019D àti DD1019HT tí a fi ń lo àwọn ẹ̀rọ ìtọ́jú orí. Àwọn ẹ̀rọ wọ̀nyí ń ṣiṣẹ́ gẹ́gẹ́ bí àwọn ẹ̀rọ orin DVD, tí wọ́n ń ṣe àtìlẹ́yìn fún àwọn ohun èlò díìsìkì, USB, àti SD card. Wọ́n ṣe wọ́n fún eré ìdárayá inú ọkọ̀ ayọ́kẹ́lẹ́, tí wọ́n ní ìwọ̀n 9-inch tàbí 10.1-inch s.
    • ile ise  •  Oṣu kejila ọjọ 10, ọdun 2025  • 1 MB
      Ìwé yìí pèsè àwọn ìlànà ìṣètò pípéye fún àwọn ilé ìtọ́jú irin tí a fi irin ṣe, tí ó wà ní ọ̀pọ̀lọpọ̀ ìwọ̀n (6x5ft, 6x7ft, 6x9ft, 6x11ft). Ó ní àkójọ àwọn ohun èlò tí a fi ń ṣe é, àwòrán àwọn ẹ̀yà ara, àti ìtọ́sọ́nà ìgbésẹ̀-ní-ìgbésẹ̀ fún
    • danillous  •  Oṣu kejila ọjọ 10, ọdun 2025  • 179 KB
      Ìwé ìtọ́ni yìí ṣàlàyé àkójọ àwọn ìgò turari Danillous 24, tí ó ní àwọn ìgò gilasi borosilicate, àwọn ìdè bánómù, àwọn ohun èlò ìfàmọ́ra PP, àti àwọn ọ̀nà ìfàmọ́ra silikoni. A ṣe é fún títọ́jú àwọn turari gbígbẹ àti ewébẹ̀, ìwé ìtọ́ni náà pèsè ìtọ́ni fún
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