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rohitpalan · 5 months ago

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Microcontroller Socket Market Poised for Strong Growth, Anticipated to Reach USD 2497.5 Billion by 2032

The global microcontroller socket market holds a forecasted share of USD 1236.3 million in 2022 and is likely to surpass USD 2497.5 million by 2032, moving ahead with a CAGR of 7.3% during the forecast period (2022-2032).

Socket producers are endlessly developing novel designs for interconnecting solutions for fine pitch, high I/O, and low profile applications, and for attaining severe regulations of reliability and performance.

Gradually reducing the package size in the microelectronics industry has impacted the microcontroller socket market growth in a positive manner. Industry requirements, such as higher density, increased operating speed, and lower power, have driven packaging in the industry, further leading to an enhanced demand within the microcontroller socket market.

To Get a Sample Copy of the Report Visit https://www.futuremarketinsights.com/reports/sample/rep-gb-4744

Microcontroller socket market: Drivers and Challenges

Narrowing costs is the key driving force in the IC manufacturing industry. Improvements in technology help to fulfill the desires of leading-edge electronic systems. Nevertheless, when an IC producer is given the option of keeping costs under control or utilizing the most progressive technology, his option mostly would lean toward minimizing costs and the same happens in microcontroller socket market.

The major challenge faced by Microcontroller socket market is the fierce competition between the leading vendors of this market which is not allowing the market to grow.

Microcontroller socket market: Competition Landscape

Key Contracts

In October 2016, STMicroelectronics acquired NFC and RFID reader assets, strengthening their portfolio of secure microcontrollers for next-generation mobile and Internet of Things devices.

In September 2012, Sensata Technology Inc. acquired WELLS-CTI Inc. a product division by the name of Qinex designs and manufactures sockets for the Semiconductors Industry. WELLS-CTI Inc. specializes in making of Test Sockets Which include Microcontroller sockets.

Key Players

Some of the key players of microcontroller socket market are: Intel, Loranger International Corporation, Aries Electronics Inc., Enplas Corporation, FCI, Johnstech International Corporation, Mill-Max Mfg. Corporation, Molex Inc., Foxconn Technology Group, Sensata Technologies B.V., Plastronics Socket Company Inc., Tyco Electronics Ltd., Chupond Precision Co. Ltd., Win Way Technology Co. Ltd., 3M Company, Enplas Corporation, Yamaichi Electronics Co. Ltd. and Johnstech International Corporation

Microcontroller socket market: Regional Overview

On the basis of geography, microcontroller socket market can be segmented into five key regions namely North America, Latin America, Europe, APAC and Middle East & Africa. Among various regions, the microcontroller socket market in APAC is expected to dominate during the forecast period owing to adoption of microcontroller socket by several industries for implementing products of automobile and healthcare industry. Asia Pacific region is expected to be followed by North America and Europe.

In North America and Europe region, the market of microcontroller socket is gradually growing owing to the presence of small and large IC manufacturers present in this region.

The report covers exhaustive analysis on

Microcontroller socket market Segments Microcontroller socket market Dynamics Historical Actual Market Size, 2012 – 2016 Microcontroller socket market Size & Forecast 2017 To 2027 Supply & Demand Value Chain Microcontroller socket market Current Trends/Issues/Challenges Competition & Companies involved Microcontroller socket Value Chain Microcontroller socket market Drivers and Restraints

Microcontroller socket market: Key Segments

By Product:

SOIC SOP BGA QFP DIP

By Application:

Consumer Electronics Medical Devices Industrial Automotive Military & Defense

By Region:

North America Latin America Asia Pacific Europe MEA

#Microcontroller Socket Market

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ainow · 9 months ago

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Esplora Arduino game controller

The ESPLORA Arduino game controller Board is an Arduino-compatible microcontroller board based on the Arduino Leonardo. Unlike previous models, it comes equipped with a variety of built-in sensors for immediate use in interactions.

This guide is perfect for individuals interested in using Arduino, but who don’t want to dive into electronics right away. To learn how to use the ESPLORA Arduino game controller Board in a simple and clear manner, be sure to read the Getting Started with Esplora guide.

The ESPLORA Arduino game controller Board boasts onboard sound and light outputs, as well as multiple input sensors such as a joystick, slider, temperature sensor, accelerometer, microphone, and light sensor. Additionally, it offers the option to enhance its functions through two Tinker-kit input and output connectors and a socket for a color TFT LCD screen.

Similar to the Leonardo board, the ESPLORA Arduino game controller Board also utilizes an Atmega32U4 AVR microcontroller with a 16 MHz crystal oscillator. It features a micro USB connection that can function as a USB client device, such as a mouse or keyboard. Additionally, there is a reset push button located in the upper left corner of the board for restarting purposes.

There exist four indicators, each displaying a different status.

The green indicator shows if the board is currently being powered.

The L [yellow] connects directly to pin 13 on the micro-controller for easy accessibility.

The [yellow] LED indicates data being transmitted or received through the USB connection.

Within the board lies all the necessary components to support the microcontroller. To begin, just connect it to a computer using a USB cable. The ESPLORA Arduino game controller Board is also equipped with built-in USB communication, allowing it to function as a mouse or keyboard when connected to a computer. It also offers a virtual serial/COM port (CDC). This alters the behavior of the board, which is further explained on our getting started page. On this page, you can find all the instructions for configuring your board and utilizing the Arduino Software (IDE) for coding and electronics experimentation.

The transfer of data, both in and out.

The ESPLORA Arduino game controller Board features a classic gamepad design, including an analog joystick on the left and four push buttons on the right. It also comes equipped with several onboard inputs and outputs:

The analog joystick features a center push-button and two axes, designated as X and Y. There is also a central pushbutton for added functionality.

Arranged in a diamond formation are 4 push-buttons.

The slider for the linear potentiometer is located towards the bottom of the board.

A tool to capture the volume (amplitude) of the surrounding environment.

A sensor that detects light to measure brightness.

The temperature sensor measures the surrounding temperature.

A three-axis accelerometer detects the orientation of the board with respect to gravity, along the X, Y, and Z axes.

The buzzer has the ability to generate square-wave tones.

The RGB LED features Red, Green, and Blue elements that allow for color mixing and a bright display.

The TinkerKit Inputs allow for easy connection between the sensor modules and 3-pin connectors.

The TinkerKit Outputs allow for easy connection of the TinkerKit actuator modules via the 3-pin connectors.

The TFT display connector can be used for a color LCD screen, SD card, or any other devices utilizing the SPI protocol.

To fully utilize all available sensors, the board employs an analog multiplexer. This way, multiple input channels (excluding the 3-axis accelerometer) can share a single analog input of the microcontroller. Selecting which channel to read is done through four additional pins on the microcontroller.

Communication is essential in any relationship, whether it be personal or professional. It plays a crucial role in maintaining strong connections and fostering understanding between individuals. Effective communication allows for open and honest dialogue, facilitating problem-solving and building trust. Without good communication, misunderstandings can occur, leading to conflicts and strained relationships. Therefore, it is important to prioritize effective communication in every aspect of our lives.

The ESPLORA Arduino game controller Board for the Leonardo offers various features for connecting with a computer, another Arduino, or different micro-controllers. The ATmega32U4 enables serial (CDC) communication through USB and is recognized as a virtual com port on the computer. It also functions as a full speed USB 2.0 device and can be used with standard USB COM drivers. A .inf file is needed for Windows.

The Arduino software comes equipped with a serial monitor for easy transmission of text data to and from the board. Whenever data is being sent via the USB connection to the computer, the RX and TX LEDs will light up on the board. Additionally, the ATmega32U4 has SPI capability accessible through the SPI library. In addition, the Esplora can act as a standard keyboard and mouse, allowing you to use programming to manage these input devices via the Keyboard and Mouse libraries.

The act of creating computer software, also known as programming, involves writing code using various languages and tools. This process requires a combination of problem-solving skills, critical thinking and creativity. Programmers must constantly learn new techniques and adapt to ever-changing technology in order to produce high-quality programs.

To start using the Esplora with your Arduino software (download), simply choose “Esplora” from the Tools > Board menu. For more information, refer to the getting started page. The ATmega32U4 on the Esplora comes pre-loaded with a boot-loader, enabling you to upload new code without an external hardware programmer.

The AVR109 protocol is the chosen method of communication. To avoid using the bootloader, you can program the microcontroller through the ICSP header. Additional instructions are available for reference.

A dedicated library for the Esplora simplifies writing sketches, with methods available for reading sensors and controlling onboard outputs. These high-level methods also perform pre-processing of data, such as converting temperature readings to degrees Fahrenheit or Celsius. Additionally, the library allows easy access to outputs like the RGB LED. For further information and examples, please refer to the Esplora library reference page.

The automatic reset and bootloader activation are key components in the software’s functioning.

Rather than relying on the physical reset button, the Esplora utilizes a software-based reset triggered by opening and then closing the virtual serial/COM port (CDC) at 1200 baud. This initiates a processor reset, temporarily cutting off the USB connection to the computer and causing the virtual port to disappear. The boot-loader remains active for approximately 8 seconds before it can also be activated by pressing the reset button on the Esplora.

Please be aware that upon initial power up, the board will launch the user sketch instead of the boot-loader, if available. Due to the specific reset process of the Esplora, it is most effective to allow the Arduino software to attempt a reset before uploading, especially if you typically press the reset button before uploading on other boards. However, in the event that the software is unable to reset the board, you can manually initiate the boot-loader by pressing the reset button on the board.

The USB port is equipped with overcurrent protection to prevent any potential damage.

The ESPLORA Arduino game controller Board comes equipped with a re-settable poly-fuse to safeguard your computer’s USB ports against shorts and over-current. While most computers have built-in protection, the fuse adds an additional level of security. In the case of a short or overload exceeding 500 mA, the fuse will disconnect the connection until the issue is resolved.

Regarding the appearance of this object, its external features will be discussed.

The ESPLORA Arduino game controller Board PCB has a maximum size of 6.5 inches in length and 2.4 inches in width. The USB and TinkerKit connectors extend beyond the width dimension. Additionally, there are four screw holes that allow for attachment to a surface or case.

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planetarduino · 4 years ago

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14 Awesome Arduino Cloud Features You Never Knew Existed

There are dozens, if not hundreds of amazing Arduino Cloud features. So it’s perfectly understandable if you’ve missed some of them.

So we’ve put together a list of our favorite Arduino Cloud features that you might not know existed.

1) Auto-generate Sketches

We’ve talked elsewhere about getting an understanding of what cloud computing really is, and how it’s not just the domain of experts. The cloud is how total beginners can get started much more easily. There’s no better demonstration of that than our first top Arduino Cloud feature; auto-generated sketches.

When you create a new “Thing” in your Arduino Cloud, you add various bits of info to it. Wi-Fi connection credentials, and any variables you want to control or monitor. The Cloud automatically generates a starting sketch from this info. That sketch can then be sent to your boards, so all your initial configuration is taken care of, without a single line of code.

2) Device-to-Device Communication

There’s simply no easier way to make two microcontroller boards talk to each other than Arduino Cloud. We’ve covered in detail how easy it is to wirelessly connect your boards.

This isn’t just for Arduino devices either. If you want any combination of Arduino, ESP32 and ESP8266 devices to work together, this is how you do it.

3) Over-the-Air Updates

Working through your Arduino Cloud means you don’t have to disconnect any Arduino boards when updating them. If you want to edit or add a new sketch, it can all be done wirelessly, over-the-air.

Anyone who’s had to dismantle a project or device to get to a board’s USB socket will appreciate the simple, vital value of this feature. It’s one of those things that you’ll wonder how you ever lived without.

4) Support for ESP Boards

There’s a reason we call it the Arduino IoT Cloud. This is an all-encompassing platform for Internet of things, home automation, and electronics project control and management. So first we added support for ESP8266 devices. More recently, experimental support for ESP32 boards became available.

So even if your project doesn’t actually have any Arduino products in there, the Cloud is just as useful. Secure, private, and accessible to all kinds of IoT and maker devices.

5) Trigger Actions on Cloud Events

Arduino Cloud makes it super easy to do things that you might normally need the IDE for. But it’s also got lots of exclusive features that you only get in the Cloud.

For example, there are actions that can be triggered based on your board’s interactions with your Arduino Cloud. You can include actions within your sketches when a Cloud connection is successful, and when the Cloud has synced with a device. Or perhaps most useful of all, trigger an action if Cloud connectivity is lost. Getting an indication that a project has disconnected could be incredibly useful!

Here’s an example of using these actions within a sketch.

6) Sharing Your Dashboards

Dashboards are control panels within your Arduino Cloud. It’s one of the most powerful Arduino Cloud features, and essential to making full use of Cloud control. But what’s often overlooked is that you can share dashboards with anyone you want.

For example, let’s say you’re using Arduino Cloud to control your home automation. You can set up a dashboard for a tablet in the living room that the whole family can use, but doesn’t have sensitive admin controls in there. And then another for people to use on their phones.

All Cloud plans include unlimited dashboards. And anyone can have a free Cloud account. So you can create as many dashboards as you like, and share them with literally anyone, anywhere.

7) Alexa Integration

Natural language voice control is genuine Star Trek stuff. So it’s no wonder people love the functionality of Alexa. Did you know it’s incredibly easy to connect your Arduino Cloud to Alexa? And once you have, it effectively adds voice control to every board, and every project. Nothing else needed.

There’s literally no easier way to make an Alexa-controlled device or project than with your Arduino Cloud. You’ll never look back, and you’ll always have someone to talk to.

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8) Full API Integration

For the engineers, coders, developers and those among you who’ve been using Arduino for a long time, API integration is the powerhouse secret feature you’ve been looking for.

The API can be called with any HTTP client, or with languages like Javascript, Python, Golang and more. It’s what you need to incorporate the power of Arduino Cloud features into your systems, platforms and projects.

9) Use IFTT, Zapier and More with Webhooks

There are lots of reasons you might want to include control platforms outside of your Arduino Cloud. Like sending an email or a Tweet when you press a button on a Nano, or a device disconnects from the Cloud (see above).

That’s what webhooks are for, and they give you a universal way to send commands out of Arduino Cloud, and into… well, anything!

IFTTT and Zapier are great examples of services that can do almost anything from a webhook. Get to know this feature, and connected projects suddenly have easy access to the whole web.

10) Easy Firmware Updates

When you connect a new Arduino board, your Arduino Cloud automatically checks its firmware version. If there’s an update available, it offers you the option of applying that update.

Very easy, and you don’t have to worry about finding the correct/latest firmware version yourself. This simple, background function makes sure your boards and projects always have the latest features, security updates and bug fixes.

For people who use a lot of Arduino devices, it’s worth adding them to the Cloud for this feature alone.

11) Full Dashboard Customization

We’ve already talked about unlimited dashboards in your Arduino Cloud. Creating them is easy, but did you know you can customize them too?

Anyone who’s dipped their toe in the home automation waters knows how essential dashboard editing is. Some platforms work great, but offer very little when it comes to controlling your dashboard layout. For many people, that’s a deal breaker.

Your Arduino Cloud widgets can easily be added, edited, removed, repositioned and resized in any configuration you want. It’s as simple as drawing and resizing boxes, but the result makes your Cloud projects infinitely more useable.

12) Watchdog Timer

The Arduino Cloud automatically runs a watchdog timer that will reset your board, hardware or project if it crashes. This is a small feature, but a powerful one that can keep your projects running while unattended.

It means you never have to manually reset it when you eventually realize it’s not been running all day. You can have devices running remotely (very remotely, with SIM or LoRa connectivity) and be sure they’re robust enough to keep on ticking.

It’s included and running automatically, but can easily be disabled if you don’t need it.

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13) Node-RED Integration

Arduino provides a super easy way to use Node-RED for IoT automations. This is a powerful, but very easy-to-use visual programming platform specifically designed for IoT projects.

Complex automations using advanced triggers like sunrise or sunset, presence detection, combined actions or sensor readings and so much more. The possibilities are endless, and learning Node-Red is incredibly easy. Get to grips with this feature, and you’ll be creating IoT automations that would otherwise need an experienced coder.

13A) Fully Functional Free Account

One of the best kept secrets of the Arduino Cloud is that if you’re registered on the Arduino website or forum, you already have a free Cloud waiting for you. Simply head on over to the Cloud site and get started with unlimited dashboards and unlimited sketches. The free tier of Arduino Cloud is fully functional, and it’s ready and waiting for you to give it a try.

In fact, it’s the perfect option especially if you haven’t used Arduino before! Give it a shot and let us know what you think. No credit card required; just your creativity and a passion for connected projects.

TRY YOUR FREE ARDUINO CLOUD RIGHT NOW

The post 14 Awesome Arduino Cloud Features You Never Knew Existed appeared first on Arduino Blog.

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14 Awesome Arduino Cloud Features You Never Knew Existed was originally published on PlanetArduino

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bunnyroy · 8 years ago

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Growth of Microcontroller Socket Market Analysis and Forecasts to 2021

MarketResearchNest.com adds “Global Microcontroller Socket Market 2017-2021” new report to its research database. The report spread across 68 pages with table and figures in it.

Research analysts forecast the global microcontroller socket market to grow at a CAGR of 7.25% during the period 2017-2021.

About Microcontroller Socket

A microcontroller socket is an electromechanical device, which…

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#Microcontroller Socket #Microcontroller Socket Analysis #Microcontroller Socket Growth #Microcontroller Socket Industry #Microcontroller Socket Industry Trends #Microcontroller Socket Market #Microcontroller Socket Share #Microcontroller Socket Size #Microcontroller Socket Trends

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chitrakullkarni · 4 years ago

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Microcontroller Socket Market Top Players, Product Insights and Growth Opportunities, 2024

The global microcontroller socket market is expected to value at USD 1.46 billion by 2024. The microcontroller socket industry is subject to witness a substantial growth due to the rising adoption of microcontroller devices in the communication sector, automobile industry, and consumer electronic sector.

Microcontrollers are miniature electronic systems that perform and manage numerous operations. This technology offer seamless management of electronic devices through set of instructions. Globally, the microcontroller socket market is predicted to grow at higher CAGR in the forecast period, providing numerous opportunities for market players to invest for research and development in the microcontroller socket industry.

The microcontroller socket are also termed as low-power embedded systems that offers advantages such as low power consumption, optimal data bandwidth, and high-end user interface support. Other advantages include flexibility, susceptibility and low system cost. These factors are anticipated to fuel market demand for microcontroller sockets in the upcoming years. Increasing demand for microcontroller technology from automotive sector to reduce operation cost during various manufacturing processes and to improve overall fuel economy are expected to stimulate market expansion over the forecast period. Introduction of power train feature for manufacturing and designing processes is projected to positively impact market growth as well in the years to come.

Request free sample to get a complete analysis @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market/request-sample

Development of integrated circuits (IC) solution that can perform range of application with low-cost, low-profile, and low-power design requirements are major contributing factor for industry growth in the upcoming years. Number of original equipment manufacturers (OEMs), system developers, foundries, packaging and test sub-contractors, and chip manufacturers are investing heavily to develop the next generation packaging solutions. These next generation packaging solutions are capable of delivering faster and economical solutions. These factors are expected to amplify market value of microcontroller sockets over the forecast period.

The microcontroller socket market is broadly categorized into five major segments based on the product type such as Dual In-line Package (DIP), Ball Grid Array (BGA), Quad Flat Package (QFP), Small Outline Package (SOP), and Small Outline IC Package (SOIC). The Ball Grid Array (BGA) is considered as one of the fastest growing segment in the with substantial revenue generation in the last few years.

The microcontroller socket industry is divided by region as North America, Europe, Asia-Pacific, Latin America and Africa. North America has shown major growth in recent years owing to the rise in the implementation of latest technologies in packaging sector, increase in the number of research & development activities in the region and existence of well-established industrial infrastructure. Asia-Pacific region is predicted to hold major market share in the microcontroller socket market with massive growth in forecast period.

Countries such as India, China and Singapore are leading the Asia-Pacific market with rapid industrialization, strong economic growth, and significant investment by leading industry players considering potential growth opportunities in the region. The key players in the microcontroller socket industry are Texas Instruments, Inc., Aries Electronics, Inc., Mill-Max Manufacturing Co., CNC Tech LLC, and Samtec, Inc.

Browse Related Category Research Reports @ https://industryanalysisandnews.wordpress.com/

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daisyri-me · 4 years ago

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Microcontroller Socket Market Size, Share And Trends Report Till 2024 Focusing on Key Players : CNC Tech LLC & Samtec, Inc

Get Exclusive Free Sample Copy Of This Report @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market/request-sample

Read Complete Report with TOC @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market

Market Segment:

Microcontroller Socket Product Outlook (Revenue, USD Billion, 2014 - 2024) • DIP • BGA • QFP • SOP • SOIC

Get in touch

At Million Insights, we work with the aim to reach the highest levels of customer satisfaction. Our representatives strive to understand diverse client requirements and cater to the same with the most innovative and functional solutions.

Contact Person:

Ryan Manuel

Research Support Specialist, USA

Email:

[email protected]

#Microcontroller Socket Market Growth

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rixtronix · 5 years ago

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ultra-futuristicfurycollector · 5 years ago

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newinnovationalmarketresearch · 5 years ago

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Microcontroller Socket Market Research (2020-2025) Report by Global Size, Share, Trends, Type, Application

Microcontroller Socket Market Research Report (2020-2025) Provides In-Depth Analysis by Scope, Growth Rate, Driving Factors, Competitive Situation, Top Manufacturers and Upcoming Trends. Microcontroller Socket Market report split global into several key Regions which mainly includes Market Overview, Table of Content, List of Figures and Applications. Microcontroller Socket Market Growing at Higher CAGR Rate of XX% between (2020-2025).

Summery:-

Request a Sample PDF Copy of This Report @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market/request-sample

The key driving factors responsible for the growth of Microcontroller Socket market :

View Full Table of Contents of This Report @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market

Table of Contents:-

• Microcontroller Socket Market Overview

• Microcontroller Socket Market Competition by Manufacturers

• Microcontroller Socket Market Production, Revenue (Value) by Region (2014-2025)

• Microcontroller Socket Market Supply (Production), Consumption, Export, Import by Regions (2014-2025)

• Microcontroller Socket Market Production, Revenue (Value), Price Trend by Type

• Microcontroller Socket Market Analysis by Application

• Microcontroller Socket Market Manufacturers Profiles/Analysis

• Microcontroller Socket Market Manufacturing Cost Analysis

• Microcontroller Socket Market Industrial Chain, Sourcing Strategy and Downstream Buyers

• Microcontroller Socket Market Marketing Strategy Analysis, Distributors/Traders

• Microcontroller Socket Market Effect Factors Analysis

• Microcontroller Socket Market Research Findings and Conclusion

Get in touch

Contact Person:

Ryan Manuel

Research Support Specialist, USA

Email: [email protected]

Million Insights

Office No. 302, 3rd Floor, Manikchand Galleria,

Model Colony, Shivaji Nagar, Pune, MH, 411016 India

tel: 91-20-65300184

Email: [email protected]

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ainow · 1 year ago

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ARDUINO MEGA 2560

Arduino mega 2560 Atmega2560-16au compatible with Arduino is a micro-controller board based on the ATmega2560 IC. It has a USB host interface for connecting to Android phones through the MAX3421e IC.

The MEGA ADK is equipped with versatile components, including 54 digital input/output pins (15 of which can also function as PWM outputs), 16 analog inputs, 4 UARTs (hardware serial ports), a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. This board is based on the Mega 2560 design and shares similar features with the Mega 2560 and Uno. Additionally, it has an ATmega8U2 programmed as a USB-to-serial converter. In its third revision, the Mega ADK includes a resistor that pulls the 8U2 HWB line to ground for easier access to DFU (Device Firmware Upgrade) mode.

New features on the board include:

As a result of the -1.0 pin-out, the SDA and SCL pins are near the AREF pin, and two additional pins are placed near the RESET pin, the IOREF, which allows the shields to adjust to the board’s voltage. AVR boards, which operate at 5V, and Arduino Due boards, which operate at 3.3V, will both be compatible with shields in the future. The second pin is unconnected, and is reserved for future purposes.

Circuits with a stronger RESET function.

An external power supply or USB connection can be used to power the arduino mega 2560 R3 Android Accessory Development Kit (ADK). Power is selected automatically. External (non-USB) power can come from either an AC-to-DC adapter (wall-wart) or battery. An adapter can be connected by plugging a 2.1mm center-positive plug into the board’s power socket.

-Leads from a battery can be inserted in the GND and Vin pin headers of the POWER connector. Since the Mega R3 Android Accessory Development Kit (ADK) is a USB host, the phone will attempt to draw power from it when charging. When the ADK is power over USB, 500mA is available for the phone and board.

Features and specifications:

Arduino Mega 2560:

Atmel is the programmer

Microcontroller ATmega2560.

There are 54 digital input/output terminals (14 of which have programmable PWM outputs).

There are 16 analog inputs.

There are four UARTs (hardware serial ports).

A crystal clock with a frequency of -16 MHz.

-Bootloader that allows sketches to be downloaded via USB without having to go through other writers.

The device can be powered via USB or via an external power supply (not supplied).

A heavy gold plate construction is used.

16 MHz clock speed.

The bootloader uses 8 KB of the 256 KB flash memory.

-Operating voltage: 6 ~ 12 volts.

Arduino mega 2560 cable:

Pluggable on the hot side.

-Compatible with PCs.

Strain relief and PVC overmolding ensure error-free data transmission for a lifetime.

An aluminum under-mold shield helps meet FCC requirements for KMI/RFI interference.

In addition, foil and braid shields comply with fully rated cable specifications, reducing EMI/FRI interference.

High-Performance Error-Free Transmission.

Case made of transparent acrylic:

ARDUINO MEGA 2560 R3 (unassembled) compatible.

It is possible to adjust the cover.

Transparent color.

Acrylic is the material used.

The power of

follows:

What follows is:

The Arduino board’s input voltage when it’s powered by an external source (rather than 5 volts from the USB connection or another regulated power source). If you are using the power jack to supply voltage, you can access it through this pin.

In this pin, a regulated 5V is output from the board’s regulator. The board can be powered by the DC power jack (7 – 12V), the USB connector (5V), or the VIN pin (7-12V). It is not recommended to supply voltage to your board via the 5V or 3.3V pins, as it bypasses the regulator and can damage it.

The onboard regulator generates a 3.3 volt supply with a maximum current draw of 50 milliamps.

The ground pin is GND.

This pin on the Arduino board serves as the voltage reference for the microcontroller. A properly configured shield can read the IOREF pin voltage and select the appropriate power source or enable voltage translators on the outputs for working with 5V or 3.3V.

The memory

In the arduino Mega 2560 R3 Android Accessory Development Kit (ADK), there is 256 KB of flash memory for storing code (of which 8 KB is used for the bootloader); 8 KB of SRAM, and 4 KB of EEPROM (which can be read and written).

The inputs and outputs

With pinMode(), digitalWrite(), and digitalRead() functions, the arduino Mega 2560 R3 Android Accessory Development Kit (ADK)’s 50 digital pins can be used as inputs and outputs. Each pin is powered by 5 volts and can provide or receive a maximum current of 40 milliamps. There is an internal pull-up resistor (20-50 kOhm) that is disconnected by default. Additionally, some pins have specialized functions:

It can receive (RX) and transmit (TX) TTL serial data. Pins 0 and 1 are also connected to the corresponding pins of the ATmega8U2 USB-to-TTL Serial chip.

The external interrupts are 2 (interrupt 0), 3 (interrupt 1), 18 (interrupt 5), 19 (interrupt 4), 20 (interrupt 3), and 21 (interrupt 21). The attachInterrupt() function can be used to trigger interrupts on low values, rising or falling edges, or changes in values.

The analogWrite() function provides 8-bit PWM output from 2 to 13 and 44 to 46.

There are four SPI pins on the ICSP header, which are physically compatible with the Uno, Duemilanove, and Diecimila: 50 (MISO), 51 (MOSI), 52 (SCK), 53 (SS).

MAX3421E is the USB host.

Maxim X3421E

It uses the SPI bus to communicate with Arduino. It uses the following pins:

Seven (RST), fifty (MISO), fifty-one (MOSI), and fifty-two (SCK).

Please do not use Digital pin 7 as an input or output because it is used for MAX3421E communication

PJ3 (GP_MAX), PJ6 (INT_MAX), PH7 (SS) are not broken out on headers.

A built-in LED is connected to digital pin 13. When the pin is HIGH, the LED is on, when it is LOW, it is off.

Wire library supports TWI communication using pins 20 (SDA) and 21 (SCL). These pins are not located in the same place as the TWI pins on the Duemilanove or Diecimila boards.

Inputs in the Mega R3 Android Accessory Development Kit (ADK) have a resolution of 10 bits each (i.e. 1024 different values). In default, they measure from ground to 5 volts, but you can adjust the upper end of their range by using the AREF pin and analogReference() function. There are a few other pins on the board as well:

A reference voltage for analog inputs. Use with analogReference.

Typically used to add a reset button to shields that block the board’s reset button. Bring this line LOW to reset the microcontroller.

The communication process

The Arduino Mega 2560 R3 Android Accessory Development Kit (ADK) offers various options for communicating with different devices. With the ATmega2560, there are four hardware UARTs available for TTL (5V) serial communication. Additionally, an ATmega8U2 on the board allows one of the UARTs to be used for USB communication and creates a virtual com port for software on the computer. While Windows machines may require a .inf file, OSX and Linux machines will automatically detect the board as a COM port. The Arduino software features a convenient serial monitor that enables straightforward exchange of textual data between the board and other devices.

The board’s RX and TX LEDs will blink to indicate data transmission through the ATmega8U2/16U2 chip and USB connection to the computer (note: not for serial communication on pins 0 and 1). Additionally, serial communication can be achieved on any of the MEGA ADK’s digital pins with the help of a Software-serial library. The ATmega2560 also supports TWI and SPI communication. To make use of the TWI bus, refer to the included Wire library in the Arduino software. For SPI communication, utilize the SPI library.

Any device that has a USB port can connect and interact with the Arduino MEGA 2560 ADK thanks to the USB host interface provided by the MAX3421E IC. You can use it to control Canon cameras, interact with keyboard, mouse, and game controllers such as the Wiimote and PS3 for example, as well as interact with many types of phones.

The programming language

The Mega R3 Android Accessory Development Kit (ADK) can be used with the Arduino software (download). For details, check out the reference and tutorials. The ATmega2560 on the MEGA ADK comes preburned with a boot-loader (the same on Mega 2560) that allows you to upload new code without using an external hardware programmer. In order to communicate with it, it uses the STK500v2 protocol (reference, C header files).

See these instructions for details on bypassing the bootloader and programming the microcontroller using Arduino ISP or similar. Source code for the ATmega8U2 firmware can be found in the Arduino repository. The ATmega8U2 is loaded with a DFU bootloader, which can be activated by:

Boards with Rev1:

Resetting the 8U2 requires connecting the solder jumper on the back of the board (near the map of Italy).

It is easier to put the 8U2/16U2 HWB line into DFU mode on Rev2 or later boards since a resistor pulls the line to ground. To load a new firmware, you can use Atmel’s FLIP software (Windows) or the DFU programmer (Mac OS X and Linux). For more information, see this user-contributed tutorial. If you use the ISP header and an external programmer, you can overwrite the DFU bootloader.

Reset (automatic) software

Instead of physically pressing the reset button, the Arduino MEGA ADK has the ability to be reset through a connected computer. This is achieved by connecting one of the hardware flow control lines (DTR) of the ATmega8U2 to the reset line of the ATmega2560 using a 100 nano-farad capacitor. By asserting this line (taking it low), the reset line briefly drops and resets the chip. The Arduino software utilizes this feature, allowing you to easily upload code by pressing a button in the environment.

This allows for a shorter timeout on the boot-loader, as the lowering of DTR can be easily synchronized with the beginning of the upload process. As a result, when the MEGA ADK is connected to a Mac OS X or Linux computer, it automatically resets and enters bootloader mode for a brief moment. During this time, if any data besides new code is sent to the board, it will be ignored as per its programming. However, it will intercept and process the first few bytes of data received after establishing a connection.

When a sketch on the board receives initial configuration or data upon startup, ensure that the corresponding software waits for a brief moment before transmitting this information. The MEGA ADK has a trace that can be deactivated to disable the auto-reset function. The two pads on either side of the trace can be soldered together to reactivate it. This is labeled as “RESET-EN”. Alternatively, you can potentially disable the auto-reset by connecting a 110-ohm resistor from 5V to the reset line; refer to this forum thread for further instructions.

#sales in chennai #robotic kits #electronic components #arduino #MEGA2560

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rajputdishank20-blog · 5 years ago

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IC Socket Market by Product Type, by Applications and Regions – Global Industry Analysis, Growth, Share, Size, Trends and Forecast 2020 – 2026

The global IC socket market is anticipated to expand at a CAGR of 9.2% during the forecast period 2020-2026. The growth of the market is attributed to the increasing demand for consumer electronics such as laptops, smartphones, and tablets, among others. Moreover, the rising adoption of Big Data and IoT (Internet of Things) in various industry verticals is expected to proliferate the growth of the market.

Integrated Circuits (ICs) or microcontrollers are placed in the IC sockets to avoid the damage caused by the directly soldering the ICs to the

printed circuit boards (PCBs)

. These sockets enable easy removal and insertion of ICs without damaging the PCBs. It also allows the manufacturers to easily upgrade the system without completely replacing the motherboards. They’re used in various industry verticals such as consumer electronics, automotive, industrial, and aerospace & defense, among others.

Market Drivers, Restrainers, and Opportunities:

The growing adoption of IC sockets in the prototyping of electrical circuits owing to its cost-effective and time-saving nature is expected to proliferate the growth of the market.

Rising disposable income and the continuous developments of consumer electronics is anticipated to fuel the demand for IC sockets during the forecast period. Moreover, the increasing sales of consumer electronics are driving market growth.

The increasing miniaturization of the electronic products owing to the advanced fabrication technologies is spurring the sales of IC sockets in the market. Moreover, the rapid development of the semiconductor industry is propelling market growth.

Government initiatives to drive the investment in the IC industry is expected to positively influence the IC socket market.

Rapid industrialization and modernization in emerging economies such as India and China are attributing a splendid growth of the market.

Automobile manufacturers are swiftly shifting towards the electrification of the sector with the growing demand for electric cars and self-driving cars which is anticipated to augment the market size during the forecast period.

Read More: https://dataintelo.com/report/ic-socket-market/

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gomarketresearchstuff · 5 years ago

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Automotive Junction Box Market Size, Share, Growth, Trends, and Forecast 2017 – 2025

A junction box is a device that protects a connection (the junction) of two or more wires carrying electrical current. This level of protection is needed to prevent fires and form reliable connections that stay tight over many years. Need to run a wire from every outlet or switch back to the main service panel is removed by junction box. Nowadays, junction box features with electronic module functionality. When a junction box is used for every electrical connection it is much easier to locate and repair any electrical problems appeared in the system. Every electrical connection should be inside a protective box that is easy to find and access and junction box is used for that.

Electronic systems for which power distribution is done by junction box are required to install advanced feature in vehicle. Therefore, it is expected to be a key factor responsible for driving the automotive junction box market. When a junction box is used for every electrical connection, it is much easier to locate and repair any electrical problem that is likely to arise. Junction box can be used to protect the essential wiring connections. Solid state smart junction box allows relays and fuses to work through electronic devices. These self-protecting devices improve quality and eliminate the service to fuse and relays. Safety and security is also controlled by various systems as ABS, ADAS, and central locking system. Hence, safety and security is key in the increase in the demand of junction box. A majority of vehicle breakdowns are caused by electrical failure. Failure in the junction box is likely to damage the entire vehicle as it is a major component of the electronic system.

Request PDF Sample: https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=36221

The automotive junction box market can be segmented based on vehicle type, function, component, and geography.

Based on vehicle type, the automotive junction box market can be classified into passenger vehicles (PV) and commercial vehicles (CV). The Passenger vehicles segment can be further sub-segmented into hatchback cars, sedans, multi- purpose vehicles (MPV), and sport utility vehicles (SUV). The commercial vehicles segment can be split into light-weight commercial vehicles (LCVs) and heavy commercial vehicles (HCVs).

Junction box is categorized in two types: Passive junction box and Smart junction box. Smart junction box uses microcontroller-based technology to perform functions such as automotive power switching and vehicle body control. A junction box is used to transfer power from the powerhouse of the vehicle to every single component. It switches the distribution of power at the junction. As vehicle body controller, it helps the electronic system to function properly and maintain electronic systems’ good condition.

PRN Link: https://www.prnewswire.com/news-releases/high-demand-from-it-and-telecom-to-contribute-massively-to-growth-of-application-lifecycle-management-market-tmr-301019661.html

Components used in a junction box include AC power plugs and sockets, cable tray, electrical conduit, mineral-insulated copper-clad cable, multi-way switching, steel wire armored cable, ring circuit, and thermoplastic-sheathed cable.

In terms of geography, the automotive junction box market can be segmented into North America, Europe, Asia Pacific, and Rest of the World (ROW). Asia Pacific accounts for a major share of the global automotive junction box market, due to the high adoption rate of automotive junction box and the booming automotive sector, leading to an increased production of vehicles with junction box, especially in China and India.

Key players operating in the global automotive junction box market are Aisin Seiki Co Ltd, BorgWarner, Continental Corporation, Delphi Automotive PLC, DENSO Corporation, Eaton Corporation plc, Hilite International, Hitachi, Maxwell Technologies Inc., Mechadyne International Ltd, Robert Bosch Gmbh, Schaeffler Technologies Ag & Co. Kg, Valeo S.A., Johnson Controls Inc, and Mitsubishi Industrial automation.

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market-researchm · 6 years ago

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Microcontroller Socket Industry Overview By Applications | Investment and Profit | Forecast To 2024

The global Microcontroller Socket Market is expected to value at USD 1.46 billion by 2024. The microcontroller socket industry is subject to witness a substantial growth due to the rising adoption of microcontroller devices in the communication sector, automobile industry, and consumer electronic sector.

Request Sample Copy of this Market Research @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market/request-sample

Browse Full Research Report @ https://www.millioninsights.com/industry-reports/microcontroller-socket-market

Market Segment:

Microcontroller Socket Product Outlook (Revenue, USD Billion, 2014 - 2024) • DIP • BGA • QFP • SOP • SOIC

Microcontroller Socket Application Outlook (Revenue, USD Billion, 2014 - 2024) • Automotive • Consumer Electronics • Industrial • Medical Devices • Military & Defense

Microcontroller Socket Regional Outlook (Revenue, USD Billion, 2014 - 2024) • North America • Europe • Asia Pacific • Latin America • MEA

For More Details Please Visit @ Million Insights

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rixtronix · 5 years ago

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arushisoni-blog · 7 years ago

Text

Microcontroller Socket Market – Garner Insights 2025

Global Microcontroller Socket Market: Snapshot

The global market for microcontroller socket is gaining traction from its increasing application across various sectors including automotive, consumer electronics, military and defense, and industrial, automation and re-automation in developing countries, and increase in IC packaging development. Currently, there is intense competition among the leading vendors, which is somewhat hindering the proper growth of the market.

Based on product, the global microcontroller socket market can be segmented into Quad Flat Package (QFP), Ball Grid Array (BGA), Dual In-line Package (DIP), Small Outline IC Package (SOIC), and Small Outline Package (SOP), among which BGA microcontroller socket is anticipated to gain strong demand in the near future, driven by its use for integrated circuits and area type of surface-mount packaging. Application-wise, the prosperity of the automotive sector is projected to propel the demand for microcontroller sockets. In addition to that, escalating demand for power line communications and smart energy for metering is expected to gain traction in the near future.

This report on the global microcontroller socket market has been developed with the sole purpose of representing the present scenario as well as the future prospects, to the stakeholders connected to the value chain of this market. All important factors that may influence the demand, positively or negatively, have been analyzed and their implications have been estimated. The report also profiles a number of key companies operating in this market, estimating their market share and analyzing their product portfolio as well as recent strategic developments.

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Global Microcontroller Socket Market: Overview

The global microcontroller socket market is forecast to expand considerably in the coming years. Due to their increasing application in communication, industrial, and automobile sectors, the demand for microcontroller sockets is forecast to augment at a high pace. Microcontrollers are integrated in varied electronic devices in order to manage device operations. Because the technology allows seamless management of electronic devices, its demand is expected to scale higher in the near future.

Currently, the market is witnessing high demand across automotive, industrial, consumer electronics, military and defense, and medical devices sectors. Of these, the market is forecast to see robust growth in the automotive sector, which is witnessing rapid expansion across developing regions. In the automotive segment, microcontroller sockets find application in body electronics and information devices. Based on product, some of the key market segments are ball grid array (BGA), dual in-line package (DIP), small outline package (SOP), quad flat package (QFP), and small outline IC package (SOIC).

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Aimed at providing a comprehensive market overview, the report covers industry factors affecting its growth across then aforementioned segments. The most lucrative opportunities are identified as well based on information obtained via proven research methodologies. Compiled with the intent of helping stakeholders gain a better perspective about the global microcontroller socket market, the report also studies the effect of Porter’s five forces on the overall operations.

Global Microcontroller Socket Market: Trends and Opportunities

The rising demand for enhanced technology in order to reduce fuel consumption is stoking the demand for lower-power embedded systems. To capitalize on prevailing opportunities, manufacturers have started producing powertrain applications. These exhibit miniaturized designs, low consumption of power, and reduced weight. Such improvements have helped improving functionality per chips with high output and input. Besides, these chips are available in smaller package size. Furthermore, the use of copper wire has increased, which has reduced the cost incurred in packaging without compromising on productivity. Spurred by these factors, the demand for microcontroller socket is projected to rise in the coming years.

The market is also forecast to gain from recent developments in IC packaging enabling it deliver high application for a low cost in a low-profile and low-power design. These developments show great potential, lured by which system developers, OEMs, packaging and test subcontractors, foundries, fabless chip companies, and chip manufacturers are placing high stakes on the next generation packaging solutions. Uptake of IC packaging is therefore increasing as manufacturers look for ways of delivering better, faster, and cheaper results. This in turn will augment the demand for microcontroller socket market.

Global Microcontroller Socket Market: Regional Outlook

Due to the rising demand in Japan and China, the microcontroller socket market in Asia Pacific is forecast to exhibit robust growth. Besides this, the increasing demand for sockets in the region’s flourishing microelectronics industry will aid growth. In North America as well, the market will witness attractive opportunities. The expansion of the smart energy and communication sectors will bolster opportunities for the microcontroller socket market in North America.

Global Microcontroller Socket Market: Vendor Landscape

Mill-Max Mfg. Corporation, Aries Electronics, CNC Tech LLC, and Samtec, Inc. are among the most prominent enterprises operating in the global microcontroller socket market. In order to gain pace, a majority of these companies are focusing on product development and expanding their global footprint. Business policies and marketing strategies adopted by these enterprises will also exert considerable influence on the overall market.

The study presents reliable qualitative and quantitative insights into:

Market segments and sub-segments

Market trends and dynamics

Supply and demand chain of the market

Market valuation (revenue and/or volume)

Key trends/opportunities/challenges

Forces defining present and estimated future state of the competitive landscape

Technological developments

Value chain and stakeholder analysis

The regional analysis covers:

North America

Latin America

Europe

Asia Pacific

Middle East and Africa

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#Microcontroller Socket Market

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