Apple introduced a new and pricey edition of its popular telephone – the iPhone X – in September. The company, in the end, made iPhone X available in extra than 55 countries and territories. In addition to offering a part-to-part OLED display, iPhone X also comes with many out-of-field functions to project the dominance of the Android platform.
Simultaneously, the special iPhone model also comes with a special facial reputation gadget – Face ID. Face ID enables customers to use their face, similar to traditional passwords. The facial scanning device permits a person to unlock his iPhone X without a doubt by using searching in the smartphone’s direction along with his eyes open. He can even use Face ID to keep the statistics saved on his iPhone X secure and make cellular bills.
However, Face ID in iPhone X takes advantage of another robust hardware characteristic covered within the phone – TrueDepth digicam. Many analysts agree that Apple will quickly make the innovative facial scanning system had different iPhone and iPad models. Hence, the iOS developers ought to understand crucial components of Face ID in iPhone X to fulfill the rising cellular app improvement fashion.
Important Aspects of Face ID in iPhone X every iOS App Developer Must Know
Replaces Touch ID on iPhone X
Touch ID turned into a critical part of several iPhone fashions. The authentication device allows users to unlock their smartphones truely using putting their palms on the sensor. A person may even use Touch ID to carry out numerous economic transactions and cell fees. IPhone X is designed with Face ID in place of Touch ID. Unlike Touch ID, Face ID does no longer requires users to touch their smartphones. A user can gain Face ID gain to unlock his device genuinely by way of glancing at the display. At the equal time, the iOS app developers can benefit from the new facial reputation device by replacing the Touch ID code with Face ID code.
It does not make Passcodes Obsolete.
Despite replacing Touch ID on iPhone X, Face ID is but to replace passcodes completely. Apple recommends iPhone X customers to apply passcodes at the same time as restarting the tool, the tool has remained unlocked for more than 48 hours, and the person has tried incorrect face suit 5 times. Also, a user has to apply a passcode to make his iPhone X reachable to pals and a circle of relatives individuals.
Authenticates thru TrueDepth Camera
Face ID authenticates customers thru some other new feature provided through iPhone X – TrueDepth camera machine. The advanced camera gadget captures all features of a user’s face via depth mapping. TrueDepth creates a unique facial map by taking pictures of over 30000 invisible dots projected onto a person’s face. Each time a user unlocks his iPhone X, the TrueDepth Camera reads the dot patterns through an infrared digital camera and captures an infrared photograph. It subsequently sends the infrared photograph to Secure Enclave inside the A11 Bionic chip. Once the authenticity of the infrared image is showing, the iPhone gets unlocked.
Uses Machine Learning
A user’s look can also fluctuate now and again. Face ID makes use of the device, gaining knowledge of algorithms to recognize the modifications in a person’s appearance. Hence, a consumer can liberate his iPhone X irrespective of his present-day appearance. He can benefit from Face ID in iPhone X to release and authenticate, no matter sporting a hat, putting on glasses, and growing a beard. TrueDepth Camera also uses a flood illuminator to discover a person’s face through invisible infrared mild whilst there’s insufficient light.
Despite figuring out the same user’s exceptional appearances, the Face ID in iPhone X still does not permit another person who releases the telephone. While unlocking the iPhone X, a consumer has to keep his eyes open. If the user’s eyes are closed, the iPhone X will continue to be unlocked. The function makes it hard for unauthorized users to release the cellular device while the original user is slumbering or absent. However, the Face ID in iPhone X lacks the capability to pick out identical twins. A consumer has to use a passcode additionally to prevent his iPhone X from inaccessible to the dual.
No Option to Register Multiple Users
Apple similarly complements the safety of the iPhone X with the aid of allowing each user to check in an unmarried face. No person has the choice to sign up a couple of faces. Hence, the handiest one user can release and authenticate thru the Face ID. However, a consumer can still make his iPhone X on hand to more than one user by way of sharing his passcode. Multiple customers can get the right of entry to the equal iPhone X to perform authentication through passcode instead of Face ID.
Performs Multiple Tasks
In addition to retaining the iPhone X secure, Face ID also improves person revel in with the aid of doing little fundamental obligations. The interest-aware nature of the facial recognition gadget further allows users to carry out fundamental duties clearly with the aid of searching toward the iPhone X. For instance, a user can gain Face ID to check messages and notifications, lessen the quantity of alarm or ringtone, and keep the screen lit whilst reading.
Facilitates Mobile Payment
Along with improving the safety of the iPhone X, Face ID may also facilitate cell payment. It will include paintings seamlessly with Apple Pay. Also, a consumer can take advantage of Face ID in iPhone X whilst purchasing on the brick-and-mortar stores and eating places that support Touch ID fee. Also, the apps that assist Touch ID will permit customers to take gain of Face ID. The developers can make their existing iOS apps support Face ID using the Touch ID code with Face ID code. However, many banks and monetary institutions are but to aid Face ID completely.
Security and Privacy Issues
Apple implements several protection mechanisms to preserve facial scans personal and at ease. After scanning a consumer’s face, the TrueDepth Camera gadget saved the data directly within the A11 Bionic chip. Apple also does now not switch the statistics to its server or cloud. Hence, the facial scanning statistics stay only at the iPhone X.
Apple similarly uses the facial popularity machine as a sturdy protection device to keep consumer statistics inaccessible and save you unauthorized get right of entry. A hacker in Vietnam recently claimed to interrupt Face ID by developing a complex face mask. But numerous protection experts accept that Apple has to make numerous changes to Face ID in iPhone X to make it a powerful safety measure.


MikroTik – RBcAP2n – Router Board Access Point
•Product code RBcAP2n
•CPU nominal frequency 300 MHz
•CPU core count 1
•Size of RAM 32 MB
•10/100 Ethernet ports 1
•10/100/1000 Ethernet ports 0
•MiniPCI slots 0
•MiniPCI-e slots 0
•Wireless chip model AR9331-AL1A
•Wireless standards 802.11b/g/n
•Number of USB ports 0
•Power Jack 0
•Supported input voltage 12 V – 57 V
•PoE out No
•PoE in Yes
RouterBOARD cAP-2n (ceiling Access Point) is our first 2.4GHz ceiling AP. Inconspicuously designed, it blends into the environment, perfect for hospitality business like hotels, airports, shopping malls etc.
cAP-2n supports 802.11b/g/n and can be powered by PoE. It’s a perfect companion for the MikroTik CAPsMAN (controlled AP system manager), allowing you to control all your AP devices from one central location.
Unlike traditional controller software, which requires a separate PC/Mac to run, our CAPsMAN runs on any existing RouterBOARD device in your network. No need for a separate controller machine.
Everything is included to get you started, wall/ceiling mount, PoE injector, power adapter and even the screws and screw anchors.


The NTWIST team Edmonton-based company NTWIST is applying artificial intelligence to help industrial companies reduce costs and environmental impact, and maximize profit. The tech startup has developed a platform that harnesses the predictive power of machine learning, a form of artificial intelligence (AI). NTWIST says industrial plants can use the platform to optimize their processes. NTWIST's software platform implements artificial intelligence algorithms in a user-friendly package that "communicates" with existing equipment in an industrial facility and existing control room software. Achieving operational excellence in a processing facility is crucial as the world transitions to a high-production, low-waste environment, notes Chowdary Meenavilli, NTWIST co-founder. The AI platform uses existing sensor data to generate process recommendations and forecast production in real time, with less effort and better outcomes, Meenavilli says. "Even with a conservative assumption that we can make a two per cent improvement in efficiency in our target industries, we can enable $1.75 billion a year savings in Alberta alone. Right now, this is money left on the table and the waste either ends up as tailings or energy waste," Meenavilli says. Alberta Innovates provided $200,000 through its Digital Innovation in Clean Energy (DICE) program to accelerate development of NTWIST's artificial intelligence platform. The DICE program provides funding to assist startups that align with Alberta Innovates' strategy of supporting data-enabled innovation and using digital technologies for business transformation in Alberta's traditional sectors. Ultimately, driving the use of an emerging technology like artificial intelligence helps to position Alberta as a global leader in applied AI and at the forefront of the AI transition. The benefits of NTWIST's solutions are twofold, says NTWIST research engineer Nirav Raiyani. On the economic side, "it provides businesses with a platform to make critical decisions by utilizing the existing operational data, ultimately reducing the costs and increasing profitability," Raiyani says. On the environmental side, "the final outcome of our solution is to improve productivity with minimal resources, leading to the conservation of natural resources (i.e., energy, raw materials) and reduced environmental footprints." Industrial facilities ideal candidates for artificial intelligence Industrial facilities are ideal candidates for AI integration, NTWIST says. These facilities already collect huge amounts of data; the systems they are trying to control have a level of complexity beyond what traditional technologies can handle; and there is a huge economic value in making operations more efficient. This combination of data, complexity and economic value is the sweet spot for artificial intelligence. The project Alberta Innovates is helping to fund is one of NTWIST's current core projects. The solution being implemented with the DICE program's help will be NTWIST's flagship product in the mining industry once the project is completed. The product will enable customers to quickly identify the best ways to improve their energy efficiency. In most cases, this will result in greenhouse gas emission reductions that directly benefit the bottom line. "The clean-tech side of our company is something the team is really passionate about. We have pulled almost everyone on the team onto this project in one way or another and it has been a real rallying point for everyone," says Grayson Ingram, Product Manager, Industrial Automation, at NTWIST. "Once we are successful in the mining space, this opens up the opportunity to implement the solution in other sectors - for example, oil and gas, pulp and paper," Ingram says. Since the approval of the DICE funding, NTWIST has expanded its team by four full-time and six part-time employees. "A key aspect of our vision of the future is the collaboration between humans and AI. We take a human-centric approach to solving problems. We aren't trying to make AI smarter than humans; we're trying to use it to make humans smarter," Ingram says.


How To Reset Garage Door Keypad Code Liftmaster. Press and hold the # button until the garage door opener light blinks twice. Programming a liftmaster is easy without an enter key.
Reset a garage door keypad from the outside of your garage with he. How to reprogram garage remote securalift unugtp from unugtp.is. Afterward, your new pin will save, and then you’ll be able to operate your liftmaster garage door opener with no problem.
Liftmaster Wireless Rolling Code Garage Door Opener Keypad In The.
To program the new code, first press and hold the ‘reset’ button on the motor’s control panel. Hd liftmaster garage door opener keypad program you clicker keyless entry change code pin you how to program garage door keypad without the code. How to reset garage door keypad code liftmaster.if you are looking on how to change the code on a garage door keypad, first, reset the motor.
At First, You’ll Have To Remove The Faceplate From The Door Opener.
Press the programmed pin that you want to change. Switch the mode from operate to program. How to reprogram garage door keypad without code cc0/ theredbeardagency/pixabay a big garage can be a workshop for your projects, a place to store your expensive tools, a home for.
You Switch It To The Program Mode So That You Can Input Your Pin And Switch It Back To Operating.
To reset the keypad of your liftmaster garage door opener, all you have to do is press the “learn” button located at the back or sides of your motor unit. Reset a garage door keypad from the outside of your garage with he. Insert your chosen code into the keypad.
When The Motor Unit's Lights Begin To Blink, Release The Buttons.
Genie garage door keypad reset code. Chamberlain & liftmaster garage door opener reset. Keep on holding it down until the light comes back on.
3 Simple Ways To Reset A Liftmaster Garage Door Opener Wikihow.
This indicates that the unit has forgotten the old code. You can reset a garage door keypad without actually having the door open and being inside. Chamberlain wireless rolling code garage door opener keypad at.


We are looking an ideal candidates for Electrical Engineer Jobs in UAE who has related experience in this field. Generally candidate must have B.E in Electrical or qualified to Bachelors Degree for white collar job. Some private companies also conducting Electrical Engineer walk interview in Dubai for fresh graduates.
Construction Electrical Engineer Job Responsibility in UAE
Your duty as an electronic or electrical jobs in UAE, you’ll be involved with designing, developing and maintaining electrical control systems, machinery and equipment. You could work in a very wide range of sectors, including transport networks, power generation, transmission and distribution, manufacturing, building services, telecommunications as well as scientific and military research.
Education Required for Electrical Engineering Jobs in Dubai
Qualification required for Electrical Engineer job is that you must have Bachelors Degree qualified from reputed university or High School or equivalent education background with strong decision making and IT Skills is must be preferred.
How to Apply for Electrical Engineer Jobs in UAE?
There is no hard and fast rule to apply for electrical engineer job vacancy. It is very simple just choose suitable job from table and send your updated resume to given email or contact on given number on that job. Only shortlisted candidates will be called for an interview in UAE for Electrical Engineer Jobs.
Jobs List for Electrical Engineering in UAE
Job Vacancy for Electrician in Dubai
Currently we have a vacancy for the electrical technician.
accommodation + medical insurance + 2 year annual leave with tickets.


AuraMonitor enables administrators and managers to monitor and analyze all Oracle Forms system and end-user activity in real-time: allowing them to identify and prevent performance issues or outages before they occur.
It is a comprehensive, out-of-the-box, agent-less solution that—unlike other monitoring tools—tracks client-side performance metrics, thereby providing a complete end-to-end system overview. The AuraMonitor agent resides on the end-user machine, collecting and processing data before sending it to any database, log file or external monitoring system where it can be analyzed.
AuraMonitor can be configured to track and record the time span, server response time and network throughout for each action, and includes advanced robot simulation technology to run pre-scheduled test scenarios via scheduler. It does not require any programming or system development, can be easily and speedily implemented, and makes no demands on server or database resources.


Bridge Electromagnetics is designed for integration of marine Controlled Source EM data, with other subsurface data, utilizing Petrel*, one of the industry’s leading geological and geophysical integration platforms. The launch of Bridge brought long awaited functionality for Controlled Source Electromagnetic (CSEM) data to the standard Petrelwork flow.
Interpretation of Electromagnetic Data
Interpretation of CSEM data is usually not a straightforward task, and requires proper software tools and robust interpretation methodology. Bridge provides both - through superior functionality and sophisticated work flows.
Since CSEM is not a standalone tool, integration with seismic and other subsurface data is needed to extract the full value from CSEM data in an exploration work flow. Bridge users benefit from the geological and geophysical integration platform of Petrel.
We argue that combined data- and model driven integrated interpretation is the best approach when interpreting CSEM data. Interpretation of CSEM data should therefore be based on both attribute analysis, forward modeling and inversion.
Bridge Electromagnetics is a plug-in product for Petrel
The Bridge Electromagnetics uses the familiar Petrel user interface and provides functionality to organize, visualize, analyze, model and interpret electromagnetic data. Access to CSEM technology and CSEM data in Petrel enables new and improved work flows. Bridge Electromagnetics brings the CSEM technology out to the masses.
The Bridge EM Interpretation Loop


IP colour outdoor video panel for single user, 1.0Mp, 1/3 CMOS HD, 0.5 Lux, f = 1.9 (angle of view up to 110°), infrared light 3 m, Ethernet 10/100Mbit, built-in relay for NO and NC control of electromechanical and electromagnetic locks.
Power supply: 12VDC/200mA.
Dimensions: 130х48х32mm. Weight 340g. Vandalproof metal. IP65, -40°C ~ +60°C.
Colour: Black. The visor and corner bracket included.
Software support: Partizan (iOS, Android).
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.


The Future AI in Software Development: A Closer Look
AI's rise to prominence has been unremarkable until 2022. The arrival of ChatGPT changed that, revolutionizing human-machine interactions and impacting diverse industries, and professionals from all fields have embraced it.
In software development, AI has profoundly influenced productivity and error reduction. Looking ahead to 2023 and beyond, AI's role in this domain is set to grow significantly. This article explores AI's future in software development, its potential impact, and its benefits for developers in creating intelligent and efficient software systems. Let's start by understanding what AI, or artificial intelligence, is.
Artificial Intelligence (AI) involves computer systems and algorithms that perform tasks requiring human intelligence, like visual perception, speech recognition, and decision-making. AI uses techniques like machine learning, deep learning, NLP, and robotics to process data, identify patterns, and improve over time, adapting to new situations for better performance.
AI is playing a significant role in transforming the software development landscape. Here are some of the ways AI is being employed in software development:
- Automated Code Generation: It generates application code, saving time and effort.
- Application Testing: AI tests for errors and bugs, ensuring high-quality, error-free apps.
- Automated Deployment: It automates code deployment, minimizing errors and speeding up the process.
- Continuous Integration: AI integrates new code changes with existing ones, improving software quality.
While AI can offer many advantages for software development, developers encounter a few challenges when using AI in the development process. Here are those challenges:
- Data quality and quantity: AI thrives on quality data for learning and improvement. Poor or insufficient data can harm model accuracy and performance.
- Lack of transparency: AI models’ complexity hinders comprehension, making debugging and software maintenance challenging.
- Integration and compatibility: AI tools and frameworks may not always work smoothly with existing software development tools, leading to compatibility problems among different AI technologies.
- Ethical considerations: With AI’s growing presence in software development, ethical concerns like bias, privacy, and transparency gain utmost importance.
- Human acceptance and adoption: AI systems may encounter human resistance due to concerns about their impact on jobs and society.
Numerous AI-powered tools are available for software development, which can help developers write better code, automate monotonous tasks, and improve overall software quality. Here are some of the popular AI-powered tools for software development:
- TensorFlow : A popular AI-powered web development tool for web developing and deploying deep learning models.
- PyTorch : Another AI-powered web development tool widely employed for developing and training neural networks.
- Keras: A high-level AI-powered web development tool that runs better if employed with TensorFlow, Theano, or CNTK.
- Scikit-learn: A simple and useful AI-powered web development tool in Python for data mining and analysis.
- Apache MXNet: A flexible and efficient AI-powered web development tool that supports imperative and symbolic programming.
- Microsoft Cognitive Toolkit: An AI-powered web development tool designed to train and deploy large-scale deep neural networks across different GPUs and machines.
- IBM Watson Studio: A cloud-based platform for building, training, and deploying machine learning models using different open-source tools and frameworks.
- H2O.ai: An open-source platform for building and deploying machine learning models that can work with large datasets and support various algorithms.
- Google Cloud AutoML: An AI-powered web development tool that enables you to train custom models without coding.
- Amazon SageMaker: A fully-managed platform for building, training, and deploying scale-based machine learning models.
Virtual Bears play a crucial role in supporting businesses' marketing objectives through software development. Virtual Bears leverage AI in software development to enhance efficiency by automating processes, leading to faster development cycles and improved software quality.
They also utilize AI-driven testing and code analysis to identify and rectify bugs, security vulnerabilities, and performance bottlenecks. The early detection of such issues ensures that the final product is more reliable, secure, and user-friendly, which ultimately translates into a positive user experience and improved customer satisfaction.
The combined effects of increased efficiency and improved software quality result in better products being delivered to the market more quickly. This can give businesses a competitive advantage and enable them to stay ahead in their respective industries. Additionally, customers are more likely to trust and choose a business that consistently provides high-quality, up-to-date software solutions.
By embracing the power of AI through Virtual Bears, businesses can enhance their software development processes, elevate the value of their products, and achieve their marketing goals more effectively in an ever-evolving digital landscape.
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Virtual Bears is here to help bring life to an idea that will make your business grow. Request a quote today to get started!


Flight Data Logger
The objective was to design a type of flight recorder that can record acceleration and altitude readings. The device should be capable of:
- Recording X, Y and Z-direction acceleration
- Recording altitude above sea level
- Software Data Logging
- SD Card Support
- USB Compatibility
From the Customer perspective, the device should be compact and USB powered so that it can be easily placed on any type of Aircraft. The altitude and acceleration recordings would be further used to create a 3D map of the traveled path.
The major hardware block of the device is Atmel Atmega8 microcontroller that operates at 12 MHz clock speed. The microcontroller meets the minimum amount of feature requirement of the device.
- 8kBytes of Flash – sufficient size for firmware programming
- 12 MHz Clock – appropriate for SPI and I2C
- 512 Bytes of EEPROM – Storing useful calibration data
- Sleep Modes – Decreasing power consumption
To store real-time captured recordings and information, SD Card and external EEPROM were used.
To provide altitude readings, the Altimeter module was interfaced with a controller.
An analog accelerometer was interfaced via hardware analog input pins of the controller.
To provide an accurate Real Time Clock to the controller, the external RTC Integrated Chip was used.
Hardware buttons and notification LEDs were used to provide a simple User Interface for the device.
Major Technologies Used:
- Serial Peripheral Interface(SPI) for SD Card Support
- Inter-Integrated Circuit(I2C) Protocol for RTC, EEPROM and Altimeter interface
- Two Layer PCB design to make device compact
- USB Protocol for Software Data Logging
The firmware source code was designed using High-Level Language, Embedded C, and Atmel Studio as a development tool. The firmware handles the functions:
- Data exchange via SPI and I2C communication
- Log the recordings in SD Card and EEPROM
- Data Communication with Application Software
- Controlling Buttons and LEDs for UI
- Measuring Gravitation Acceleration
An Application Software was also developed to log the captured data on Excel/XML Sheet. The software was capable of plotting graphs for acceleration and altitude with respect to time.
- Programming language – C#, Dot Net
- Database – Microsoft Excel, XML
- Development Tool – Visual Studio
- Operating System – Windows


Maintained and Non-maintained mode optional;
PC body and PC cover;
Test switch available;
White and black optional;
LiFePo4 and Ni-Cd battery optional;
Duration more than 3hours.
This emergency lighting surface mounted is suitable for the installation area of ordinary LED Emergency Spot. The shell of emergency lighting surface mounted shall be embedded in advance during construction.
|Input Voltage/ Frequency||220-240VAC 50/60Hz|
|Maintained and Non-maintained||M&NM|
|Emergency Power Output||2.5W|
|Emergency Lumen Output||300Lm|
|Battery pack||LiFePO4 / Ni-Cd optional|
|Installation type||Ceiling Mounted|


Assured Science, Inc. is a non-profit organization that is working to establish a new system for scientific research. This system enables scientists to self-sustain their research projects, on their own terms, for as long as they want, on any subject matter, and produce superior data most efficiently. Moreover, scientists would avoid all the funding, mechanism, and data problems normally encountered in the traditional system.
Although it is now designed to function as a satellite system to the traditional system, Assured Science could very well become the primary system in the future for both basic and applied scientific research because all data (not just those with economic value) would be highly validated, well integrated with other data in the field, and very organized for easy study.
The foremost task for Assured Science at this juncture is forming a good team of co-founders, advisers, and supporters. This team would be responsible for taking a new concept (for which a patent application has been filed) and developing it into a fully operational research system. Almost every step in this translation process would be an interesting experiment, as methods from different fields have to be adapted or new ones devised.


Because MCF5 has a width of only 5 cm, its recommended for shielding smaller areas, e.g. in electronic applications or for cables. In comparison with MUMETALL our MCF5 has many advantages:MUMETALL is soft and sensitive, on bending, to shocks and on processing it looses the attenuation very fast. Ad-Vance Magnetics - Magnetic Shielding and Fabrication Leading Magnetic Shielding Specialists ISO 9001-2015 and AS9100D Certified. Ad-Vance Magnetics has supplied a wide variety of custom fabricated magnetic shielding products over the years. Our experience and expertise will make Ad-Vance Magnetics your one stop job shop.
Mumetal® SHIELDING CANS STANDARD DIMENSIONS & CUSTOM CANS. Protect Electrical / Electronic Devices Our MuMETAL® Cans provide excellent low frequency magnetic field attenuation with low coercive forces and used in many industries for protecting critical devices from magnetic interference, electromagnetic radiation and cross-talk signals. MuMETAL® magnetic shielding cans are designed MU Shielding Manufacturers Suppliers IQS DirectoryMuMETAL® MuMETAL® is used primarily in low intensity fields where high attenuation, high initial permeability and high shielding efficiency are desired. Available as stress annealed (partially annealed for ease of machinability) sheet stock is used for fabricated shields such as enclosures, cylinders, cans, channels or 3D boxes. Magnetic Shielding Materials - LessEMFMag- Stop Plates are extra thick high-efficiency magnetic alloy (Mumetal ®) plates, specially designed to provide superior shielding for electric circuit boxes, side by side computer users, and any situation where you need a flat shielding material on a wall, floor, or ceiling.
Measurement and Analysis. Measurement and Analysis Magnetic Shields has the ability to provide its clients with accurate data at every stage of the project, whether it is. >>>more. Mu Metal Foil, Sheet and Plate Shielding Solutions LTDMu-metal is a soft magnetic alloy with exceptionally high magnetic permeability. The high permeability of mu-metal provides a low reluctance path for magnetic flux, leading to its use in magnetic shields against static or slowly varying magnetic fields. Magnetic shielding made with high-permeability alloys like mu-metal works not by blocking magnetic fields but by providing a path for the magnetic field lines around Mu Metal Shielding Boxes,Mu Metal Shielding Tube,Mu Metal NiFe-based Mu Metal Shielding Tube for Current Transformer. Mu Metal shielding tube is a major protecting method in magetic fields, which obtains double actions:one is to prevent or reduce the electromagnetic interference from outer field, the other is to prevent or reduce the part's own electromagnetic field affecting any other relevant parts.
This Mu-metal Magnetic shielding foil is generous 8" wide by 12" long sheet that is .010" (10 mil) thick. Very flexible and easy to cut with scissors. Used for shielding sensitive electronic devices from unwanted electromagnetic interference. Full magnetic anneal for maximum permeability. Adhesive can easily be applied for mounting. MuMETAL® Science Research and Education - Magnetic ShieldFABRICATION QUOTE ALL ABOUT SHIELDING SCIENCE RESEARCH & EDUCATION LATEST NEW Magnetic Shield Corporation Perfection Mica Company 740 N. Thomas Drive Bensenville, IL 60106 USA [email protected] 888-766-7800 / 630-766-7800 630-766-2813 (FAX) magnetic-shield MuMETAL®, MuROOM®, Co-NETIC®, NETIC®, CRYO-NETIC®, AA CABLE SHIELD MuMetal Magnetic Shields MuShieldMeeting ASTM A753 Alloy Type 4, and MIL-N-14411 Composition 1, mumetal is the material of choice when seeking out the best high permeability magnetic shielding alloy for a magnetic shield that demands a permeability value of 250,000+. MuShield has become the worldwide industry leader of custom mumetal magnetic shielding.
MuMetal Shielding Performance - MuMETAL® High Permeability Magnetic Shielding Alloy ASTM A753. Shielding Fundamentals. Magnetic shielding materials re-direct a magnetic field so it lessens the fields influence on the item being shielded. Shielding does not eliminate or Permalloy Magnetic Shielding Business Advice MuShieldMagnetic Shielding Alloys MuShield offers a variety of magnetic shielding alloys and permalloy in various forms to better serve your specific magnetic shielding needs. Some magnetic shielding applications may call for high permeability mumetal, while What is Magnetic Shielding? (with pictures)Oct 05, 2020 · Magnetic shielding is a process that limits the coupling of a magnetic field between two locations. This can be done with a number of materials, including sheet metal, metal mesh, ionized gas, or plasma. The purpose is most often to prevent magnetic fields from interfering with electrical devices.
MuShield has become the worldwide industry leader of custom mumetal magnetic shielding. Whether its 1,000,000 simple magnetic shields that you can fit in the palm of your hand, or a mumetal enclosure that a fully grown human can fit inside of, MuShield can produce it.


Server room is a room set aside for the primary purpose of storing, powering and operating computer servers, other components associated with them and electrical equipments.
Server rooms are built for the provision of non-stop electrical power supply, backup power, lighting and air conditioning system usually monitored by appropriate personnel.
Temperature is a significant parameter for the proper functioning of equipments.
Generally, servers and other computer networking equipments generate a large quantity of heat when placed in an enclosed area with several other computer and electronic devices.
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Heat generated by servers and computer network equipments are detrimental to these systems with a resultant effect on the efficiency of these equipments and business productivity.
Overheating reduces the performance of computer systems, lifespan of servers and other equipments, causes failure and lowers service delivery which results in loss of income for the company.
It is necessary to provide a cooling system for the server room to maintain a reduced room temperature and keep the equipments safe.
Monitoring of server room's temperature will help server administrators and technical personnels to achieve this goal.
According to the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE) in 2011, the most preferred temperature for server equipments is within the range of 18 to 27 degrees Celsius or 64.4 to 80.6 degrees Fahrenheit.
The benefits of monitoring server room temperature and preventing overheating are listed below:
1. Prevent Downtime By Alerting When Servers And Network Equipments Are At Risk Of Overheating.
Server room administrators and personnels can be alerted by an email or a simple message when the temperature limit is exceeded or below the recommended range. This can be done by configuring alerts on monitoring softwares
and sensors developed for controlling some server room conditions.
This also ensures that server administrators and personnels are notified when an equipment stops functioning or when overheating occurs in order to immediately savage the situation.
Temperature is an important parameter that causes the failure and damage of equipments which may lead to their replacement. But it can also be easily prevented.
2. Ensuring Efficient Airflow Inlet And Exhaust
The temperature of the air coming into or going out of the server room can be measured by situating temperature sensors at the front and back of the server rack in the server room.
This should be monitored so that the cold air inflow does not mix with the hot air being circulated in the server room.
It also helps to keep the hot air exhaust from servers and other equipments within the normal range.
More airflow sensors can be used to monitor and control the airflow within the server racks and will also notify the server administrator if it ceases.
3. Fine tuning your AC to reduce power consumption and increase energy efficiency.
Effective monitoring of server room temperature enables server administrators and personnel to obtain temperature data and trends in the server room. This can also be useful for testing and controlling temperature in the server room by steadily increasing the temperature to a reasonable degree.
A little increase or decrease in optimal server room temperature can affect the efficiency of a.c units as it is used on a daily basis.
Thus, recommendations from American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE) for server room temperatures should be strictly followed.
Temperature monitoring software should be fully utilized to show any noticeable increase or decrease in temperature.
This will enable server administrators to monitor the cooling system and sustain a new temperature baseline.
4. Server Room Planning And Scaling
Data generated from temperature monitoring sensors and softwares shows the amount of airflow and cooling loads of your server room layout.
This information can be used to determine the amount of loads of equipment that can be added to the server room and the best airflow layout that can be used for optimum productivity.
The knowledge of a server room's electrical output or load and the a.c. cooling unit can be used to determine the quantity of server racks and other computer devices that can be added to the server room without causing overheating.
5. Extending The Life Of Your Equipment
Another benefit of monitoring server room temperature is to prevent damage and failure of equipments.
Monitoring and maintaining server room temperature at the proper or recommended range helps to avoid wear and tear on server and electrical equipments.
This helps to reduce the rate at which equipments will be replaced. Replacements will be for innovative and improvement reasons.
Damage and failure of equipments are usually unprecedented with ripple effects of less productivity and lower service delivery to customers.


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AV Access Control Ltd Moseley Green Buildings Park Ironworks Main Road Kingsley Hampshire GU35 9LY
Phone: 01420 471 400
Fax: 01420 487 691
Intercom for 4+1 intercom systems with alternate current call.
Complete with carbon microphone, buzzer, door-lock release button and spiral cord.
Dimension 75 x 215 x 88, Beige colour
Exhito White intercom wall Mounted Handset FN4000 Digital , electric call.
White intercom Exhito series for conventional intercom FN4000 installations with electronic note call technology.
Supplied with 3 buttons (of which one for door-ope…
Basic intercom for 1+1 reduced wiring audio systems, supplied with 1 button for door-lock release and further 2 buttons for additional functions.
Exhito intercom for DF6000 2 wire digital system, integrated decoding. Lock release button.
Replaces handset codes, PT512, KM812.
Exhito White intercom wall Mounted Handset 4+1 systems, electric call.
White intercom Exhito series for conventional intercom 4+1 installations with electronic note call technology.
Supplied with 2 buttons (of which one for door-opening) and ev…
Handset EX-320DG White handset for the FN4000 digital system with integrated decoding, wall mounted.
Exhito White handset intercom wall Mounted 2 wire.
replaces PT511EW. PT511E, KM-811, KM811
The EX322 is an Exhito intercom for DF6000 digital systems.
It's supplied with 1 button for electric door lock and and further one for additional functions.
This replaces the PT-512W which is no longer in production.
White wall mounted handset Duo EX-362, EX362, 362, EXHITO,
DUO EX-362 White wall mounted handset Duo, replaces KM-862, KM862
INTERCOMS - DIGITAL SYSTEMS
Basic intercom of Project series. Complete with door-lock release button, spiral cord, electronic microphone. Suitable for 4+1 intercom systems with alternate current call and elec…
Project series intercom with door-lock release button, spiral cord, electronic microphone and electronic call.
The secret conversation module can be installed.
Dimension 77 x 214 x 72, white colour
Project series intercom with door-lock release button, spiral cord, electronic microphone and electronic call. for UP series 1+1. Door-lock release button, electronic microphone and electronic call. max 3 per flat.
Farfisa Extendable intercom. 2 buttons, extendable to 10. 4+1 electronic call. 86 x 214 x 72 white
86 x 214 x 72
© AV Access Control Ltd


Affordable, easy-to-operate TENS unit. Relieve pain quickly and safely with 3 pre-programed modes in a compact, portable unit
- TENS uses small electrical impulses that travel through the nerve fiber to treat pain. The electrical current blocks the pain receptors from being sent from the nerves to the brain. TENS therapy is comfortable and drug free.
- Comes complete with carrying case, two sets of lead wires, 9-volt battery, manual and pack of four self-adhesive reusable electrodes.


We have been designing, manufacturing and adapting all kinds of specialist lighting for over five decades.
We can design, supply, install and maintain both real and LED faux neon.
We also supply Oleg specialist LED lighting for the retail and hospitality sectors. Whether it’s cabinet display LED lighting or retro looking real neon we will provide the perfect solution for you.
We can supply track lighting including the track itself and accessories. We can also supply illuminated ceilings with colour temperature changing operation.
*See video below showing the innovative and unique 1 Light™ track light with colour temperature change, beam angle change and it’s dimmable, you’ll never be stuck with the wrong light EVER again!
We can supply ultra thin light sheets using Corelight™ and edge lit LED technology.
No matter what you may need, with our extensive technical knowledge and specialist manufacturing we will be able to offer the perfect solution for you.
- LED faux neon
- Track lighting
- Track & accessories
- Down lighting
- Wall washer lighting
- Illuminated ceilings
- LED light sheets (as thin as 2mm)
Contact us now and find out how we can assist you with your next project.
Click on the video below to see the Oleg 1 Light™ ↓


Ultra High Quality, with enough sound to fill up the largest rooms.
Extra channels for Microphones and mp3 player.
The KC-60 3-Channel Mixing Keyboard Amplifier brings renowned KC-Series sound quality to an even lower price.
This affordable 40-watt amp is also the first to feature a Subwoofer output for enhanced low end.
And with three separate channels—including an XLR Microphone input and stereo Auxiliary input—the KC-60 is one of the most flexible amps around.
Flexible 3-Channel Design with Subwoofer Output
While the KC-60 is built primarily for keyboards, it’s also at home with a microphone and CD player.
Specifically, there are three input channels including an XLR Mic input and Auxiliary input—each with its own adjustable volume.
And while 40 watts of power sounds good, you can also add an optional subwoofer from any manufacturer via the KC-60’s Subwoofer output—a first of its kind on a keyboard amp!
- Compact, affordable keyboard amplifier with legendary KC sound
- 40-watt output power with 10” speaker and independent tweeter
- Subwoofer output for low-end boost (compatible with most subwoofers)
- 3-channel design includes 1/4” Line input and XLR Microphone input
- Stereo auxiliary input (RCA type) for connecting CD or MD players
- Rotary controls for adjusting channel and headphone levels, plus Low and High EQ
Roland KC-60 Keyboard Amp $349
- Brand: Roland
- Product Code: KC-60
- Availability: In Stock
(Click the tags above to view similar products)


Medical ultrasound - Lund University Publications
The frequency of sound waves is measured in hertz, which has the symbol Hz. The bigger the number, the greater the frequency and the higher the pitch of the sound. 2021-04-02 2020-06-11 Ultrasound propagation properties Velocity of sound in “soft tissue” is nearly constant = 1500 m/sec. Velocity of sound in bone and air differ greatly from soft tissue. Velocity = Frequency x Wavelength “Ultra”sound implies f > 1 MHz Wavelength = Velocity/Frequency Wavelength < 1.5 mm 15. 2019-01-14 2016-05-05 An analog integrated circuit beamformer for high-frequency medical ultrasound imaging. Gurun G(1), Zahorian JS, Sisman A, Karaman M, Hasler PE, Degertekin FL. Author information: (1)Department of Electrical and Computer Engineering, Georgia Institute of Technology, Atlanta, GA 30332, USA. Speckle noise is an inherent property of medical ultrasound imaging, and it generally tends to reduce the image resolution and contrast, thereby reducing the diagnostic value of this imaging modality. As a result, speckle noise reduction is an important prerequisite, whenever ultrasound imaging is u … This video covers:- The idea that ultrasound is just sound with a frequency over 20,000 Hz- How we can generate ultrasound- How we use ultrasound to view foe Medical ultrasound transducers contain more than one operating frequency.
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CONTENTS • Introduction • Components • Appearances of different organs in imaging • Uses • Advantages and disadvantages • Breast ultrasound 3. How does ultrasound work?¹. 1. High-frequency sound waves are transmitted from a transducer. 2. These sound waves are then reflected by different tissue types in different ways. 3.
Canon Medical’s premium Aplio™ i-series 800 ultrasound system can provide the quality you seek when imaging musculoskeletal (MSK) cases and beyond. Superb Micro-Vascular Imaging Canon Medical Systems’ innovative Superb Micro-Vascular Imaging (SMI) technology expands the range of visible blood flow and provides visualisation of low velocity microvascular flow never before seen with A 0.5 Hz ultrasound frequency has a wavelength of over 600 microns. Human cells size from a few microns up to about 150 microns, all which are too small to exhibit internal resonance with a sound Se hela listan på nysora.com 2021-04-02 · Ultrasound uses high-frequency sound waves to make images of organs and structures inside the body.
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X Long, SMA Salehin, TD Abhayapala. 2014 IEEE Workshop on av M Mårtensson · 2011 · Citerat av 3 — The requirements are established to guarantee that non-defective medical devices are used in the routine clinical practice. The fast rates in which the imaging Modeling of multi-view 3D freehand radio frequency ultrasound. T Klein, M Hansson, N Navab.
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In medical sonography, sound waves which have a frequency range of >20,000 Hz are used to create a real time image of internal body structures for medical diagnostic purposes HOW DOES IT WORK? Therefore, multi-frequency, especially dual-frequency (DF) transducers are proposed, each of which transmits and/or receives the ultrasound in different frequencies. 2021-02-08 · ultrasound) and approx.
Ultrasound propagation properties Velocity of sound in “soft tissue” is nearly constant = 1500 m/sec. Velocity of sound in bone and air differ greatly from soft tissue. Velocity = Frequency x Wavelength “Ultra”sound implies f > 1 MHz Wavelength = Velocity/Frequency Wavelength < 1.5 mm 15. 2019-01-14
An analog integrated circuit beamformer for high-frequency medical ultrasound imaging.
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The frequency of sound waves is measured in hertz, which has the symbol Hz. The bigger the number, the greater the frequency and the higher the pitch of the sound. Canon Medical’s premium Aplio™ i-series 800 ultrasound system can provide the quality you seek when imaging musculoskeletal (MSK) cases and beyond.
Ultrasound frequency used for medical purposes is from 1 to 20 MHz.
Companion animal abdominal and cardiac exams as well as large animal transrectal reproductive exams are typically performed in the 5-12MHz (~6-15cm depth) range, and transabdominal and thoracic imaging of horses, cattle, small ruminants, swine, and even large dogs may be done in the 1-5MHz (~15-30cm depth) range.
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Medical ultrasound typically uses frequencies between 2 and 15 MHz (15 000 000 Hz); however, specialized applications can use frequencies as high as 50 MHz. The period of a sound wave represents the time duration of one wave cycle and is equal to 1/ f. Pulse Repetion FrequencyPulse Repetion Frequency • Max depth, example: d=23.1 cm, c=1540 m/s • Time to travel up and down: T = 2d/c = 0.3 ms • Pulse Repetition Frequency PRF = 1/T = 3333 Hz • PRF = Framerate for A- and M-modes attenuation prop. to ωz0+1 as in medical ultrasound 2021-02-08 2018-08-20 The trade-off between depth penetration and spatial resolution is treated. 2018-04-20 Medical ultrasound imaging has advanced dramatically since its introduction only a few decades ago.
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Medical ultrasound devices use sound waves in the range of 1–20 MHz. Proper selection of transducer frequency is an important concept for providing optimal image resolution in diagnostic and procedural Ultrasound. High-frequency ultrasound waves (short wavelength) generate images of high axial resolution.


IOTA wants to enable communication between machines without human involvement.
The goal is to become part of the infrastructure of the emerging Internet of Things.
The Internet of Things is one of the big trends in the IT world. More and more devices in our environment are becoming smart and are connected to the Internet. In addition, there is increasing automation in many areas.
Smart devices are increasingly communicating with each other. They thus form the so-called Internet of Things (IoT). The aim is to collect data from the real world and automatically process the information obtained and link it with other functions.
Possible examples are:
- Sensors in the house that regulate the heating at a certain temperature
- A refrigerator which, when the minimum stock level of a certain product is reached, automatically reorders the product.
- Intelligent parking through communication with already parked cars
- Trading of electricity between private households in a so-called Microgrid.
This is exactly where IOTA comes in. Currently, there are “middlemen” everywhere behind these applications as control instances and enable communication between the devices. Centralized checks are carried out to ensure that the applications are running correctly and that there is no misuse. All parties involved must trust a single middleman. There is a so-called Single Point Of Failure.
As soon as the control authority has a problem or defect, the entire system is paralyzed and inoperative. This is where IOTA comes into play. Because IOTA helps to organize these machines decentrally, with the help of a modified form of the blockchain. As with other blockchain projects, the approach is to replace the centralized system with a decentralized consensus check.
Why a normal blockchain would quickly reach its limits
At the IoT there are many small interactions between the individual devices. As a result, a large number of transactions have to be processed in a short time. The previously developed and established consensus systems of blockchain technology are ailing precisely at this requirement. The two major problem areas are scaling and transaction fees.
Scaling describes the possibility to grow and to meet the growing number of participants. This is important in order to make certain use cases suitable for the mass market. Bitcoin as a pioneer of the blockchain already reaches its limits at this point. With ‘only’ 4 transactions per second, this often caused a bottleneck in the network (backlog) of several hundred thousand transactions.
As a comparison, Visa and Mastercard work perfectly with their central systems in the range of 4000 transactions per second. The IoT even beats this number by lengths and continues to grow with the development of many smart terminals.
In addition to a high transaction capacity, the transaction fee also plays an important role. A transaction fee, as known from previous blockchain models, has a greater effect here. If one assumes that very small transactions of up to 1 token are carried out in the IoT, a transaction fee amounting to a single token, which is the smallest possible unit, has the effect of a surcharge of 100%.
IOTA focuses on a further development of the blockchain technology, the so-called Tangle. This is a new architecture of the blockchain, known as “Direct Acycle Graph” or DAG for short. This does not require a miner or blockchain in the conventional sense. The new components are only the transactions. There are no more single blocks. Each transaction must first validate two other transactions to cover its network costs. This means you don’t have to pay any fees.
The separation of Miner and User in is thus abolished. Anyone who wants to carry out a transaction via the tangle must at the same time help to ensure that other transactions in the network are checked. In the course of time, a transaction is indirectly checked by many subsequent transactions and linked to them. This means that, in contrast to the known blockchains, the faster and more transactions are made over the network, the better and more secure the tangle works.
In addition, a so-called “snapshot” is taken regularly, in which the tangle is saved. The most recent part of this snapshot is used as the starting point. This should keep the size of the tangle small in order to not overload the memory of the connected devices.
Another feature of the IOTA tangle is that connected devices can disconnect from each other and carry out transactions offline and then connect to the network again later. This is interesting, for example, for supply chains between companies, some of which have to be handled internally.
The concept of the ‘Lightning network’ was developed for Bitcoin to handle many transactions between two participants outside the blockchain and only record the final result on the blockchain. This should relieve the Bitcoin network to consolidate so many transactions into one. This concept is called ‘Flash Channel’ at IOTA. Even though IOTA has designed a blockchain with the tangle that does not have a scaling problem with an increasing number of transactions, this is an important step especially in the current phase.
For each transaction on the tangle a proof-of-work must always be performed and this requires a small amount of time. In a ‘Flash Channel’, on the other hand, any number of transactions can be executed directly and only the final result is recorded on the tangle. The concept is especially designed for applications where the IOTA tokens should only be exchanged between two parties.
Problems with ‘Curl
One of IOTA’s major concerns is to protect the Tangle against the enormous computing power of quantum computers. So far, these computers exist only in theory. But they would massively endanger the security of the blockchain. For this reason, the IOTA project has worked on its own quantum safe hash function called ‘Curl’ to better protect the tangle. This function was based on the well-known and modern ‘SHA-3’ hash function (‘Keccak’). However, a team of scientists from MIT and Boston University discovered and successfully exploited some vulnerabilities in ‘Curl’. Therefore IOTA decided to temporarily change the Tangle to the safe SHA-3 function.
IOTA also has its own “coin”, the IOTA token. Unlike the known coins, this token is not divisible and has no decimal places. All 2.7 trillion tokens were sold to investors against Bitcoins.
With the help of the IOTA tokens, very small payments, so-called “micropayments”, can also be made via the network. However, transactions do not necessarily have to include a token. There are also empty transactions. A good example of this is when a smart meter for electricity sends the current consumption values via the tangle network every second.
Foundation & Community
IOTA can only function successfully if it is integrated and accepted as a central component in the architecture of the Internet of Things. Successful cooperation and coordination with the various industry sectors is therefore essential. For this purpose, IOTA has established a foundation that has been endowed with 5% of all IOTA tokens – exclusively from donations from the community. In addition, various Community Reward programs are carried out, such as the “Bug Bounty” program.
At IOTA there is still a lot on the To-Do list. For example, several programming languages like Python and Java are to be integrated to make it accessible to a larger circle of developers. In addition, the snapshots should be automated and the entire tangle, i.e. all snapshots together, should be permanently stored on so-called “permanentodes”. A real special feature is the development of Masked Authenticated Messaging (MAM), in which data streams are stored encrypted on the tangle. Only authorized users have access to it and can read it. This also allows sensitive data such as addresses, account numbers or health data to be managed via the Tangle network.
IOTA 2015 was founded by David Sønstebø, Sergey Ivancheglo, Dominik Schiener, and Dr. Serguei Popov. They have all been active in the crypto scene for some time and have been working with blockchain technology since 2010. The team is very active on Slack and Reddit.
IOTA is currently one of the most interesting projects in the crypto world. The idea of building the Internet of Things on a decentralized infrastructure is a promising vision. With the Tangle the scaling problems of the blockchain technology are solved and designed for the requirements of the IoT.
The more transactions are made, the better and more efficient the Tangle works and is therefore very well suited for communication between different devices. The elimination of miners also allows transactions to be carried out without charges. In addition to the tangle as the core, IOTA is developing further promising features that make the project interesting for a wide variety of industries and use cases.
What is IOTA?
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It’s mid 2020 already, let’s just forget about the cables on this one – if you haven’t considered getting a wireless charger for your PlayStation 4 controller, here are some reasons why you should get one. It’s a safe, fast and easy experience for all gamers.
Wireless chargers are so much better than the standard micro USB cord. Wireless charging gives you a better charging experience right from the start. This charger eliminates cords. Do you hate having to bend down to grab the cord, or do your cords get tangled amongst other cords? Not to mention you have to carefully insert the USB micro charger into the controller the proper way or over time you will put wear and tear on the controller.
Forget it! Wireless charger = No more of that.
Here’s my reasons why this charger is a must for your gaming needs:
- Easy to install. It’s less work – just place it in the docking station, and the wireless charger does the rest for you. Once the charger is placed in its new home, it stays there and you no longer have to worry about bending down to grab the cord. Just forget about having to deal with those annoying cords completely! All you have to do is put it on the base and away you go. A clean setup. If you prefer not bending down to charge your controller, you should place the base up higher rather than lower.
- Dual charging. Most of these designs seem to charge two controllers at the same time. This is a really nice experience again, without extra cords getting in your way. It’s always handy to have two controllers charged, especially if you’re planning a long gaming session. Nobody wants to stop half way through a game to charge your controller. Another useful feature is that since the charger can be plugged into the wall with an AC adapter, you don’t have to have your console turned on to charge them.
- Copper technology. Most of these chargers are upgraded with copper technology rather than aluminum. Copper gives you an overall better performance as it is less resistant than aluminum. This type of technology is better for electronics.
- LED Charge indicator lights. Located on the front of the charger, the lights clearly tell you the charging status at a glance without having to touch the controller to find out. The LED lights are bright, but not too bright – just enough brightness to glow in the dark.
- Prevents damage. These chargers work very well and don’t use the top of the controller to charge; instead, it uses the Ext. port that’s on the bottom of the controller. This is something. When you charge the controller with the USB in the top port of the controller, it can wear down over time. With this wireless base you won’t have to use the cord anymore – this solves all the weird charging issues with USB micro, such as having to wiggle the cord around to get it going. These problems can be forgotten when using the dock. It also has push mechanism so you don’t have to worry about yanking the controller off the base or falling off the base.
- Intelligent protection chips. Charging will stop at 100 % and that’s it. If the controller is left on the base to charge for too long, it will never damage your controller, keeping it protected and safe to give the battery a longer lifetime. No more overcharging. Most of these chargers have overheat, over-currant, over-voltage and short circuit protection. This is amazing, especially for such a small price. What nice features to have – full protection and saves you money in the long run.
- Aesthetically pleasing. It’s nice to look at – looks amazing, awesome and it’s super stylish. I can display my controllers while charging at the same time and it looks real good. Like a little alien head or something.
- Sturdy. It’s durable and solid but yet small and lightweight. There are rubber feet on the bottom which prevents the base from sliding around and falling, which means less damage. It’s very well built.
- Price. It’s so cheap, and well worth the money. You will be suprised by the price for what you get.
Most of these wireless chargers are compatiable with PS4, PS4 Slim and PS4 Pro.
This is the one I got off Amazon:
PS4 Controller Charger, OIVO Dualshock 4 Controller USB Charging Station Dock with LED Light Indicators, Playstation 4 Charging Station for Sony Playstation4 / PS4 / PS4 Slim / PS4 Pro Controller
Finally a device that does the job like it should!
I would give this a 9/10. I haven’t had one complaint about this charger and I’ve been using it for about five months now. It’s worth every cent. Everything I listed above, this charger has accomplished it all. I’ve forgotten it on the base for a day and it’s still working as it should.
Ovio says they have 5 year support, so they must know their product is a good one and that should help make your decision about buying it worry-free. In the long run it will pay for itself.
This charger makes your gaming experience more fun and carefree since it’s such a breeze to use right out of the box.
This wireless charger is amazing for many reasons. If you’re able to – go get yourself one!


Khyber Pakhtunkhaw (KPK) provincial government in Pakistan, govern by the Pakistan Tehreek-e-Insaf (PTI) party launched a reforestation program named “Billion tree Tsunami”, in 2015 (@btap2015). Imran Khan (@ImranKhanPTI), a cricket super star turned politician is the head of PTI party, Prime Minister of Pakistan and main driver behind this massive plantation campaign to turn degraded into forested land. The important aspect of this project is to monitor and identify the growth of these plantation regions. The remote sensing and Geographic Information Systems (GIS) tools provides this near-real-time (NRT) information at low cost compared to field campaigns.
The well known method to identify and monitor land surface changes using satellite remote sensing data utilizes a combination of band thresholding and optical indices (such as Normalized Difference Vegetation Index – NDVI) to separate land surface features. Applying this approach to two separate images by a given period of time allows changes in the extent of the area of interest to be identified. The atmospheric correction to the two images separated over time, extent of land can be compared. allowing for changes to be identified. this approach will provide an excellent alternative to field level change detection methods in challenging environments across Pakistan. We tested this approach for Bannu forest region (as shown in the Figure 2). The Figure 1 shows the land cover map of Bannu region for the year 2015.
Figure 1: Land Cover map of Bannu forest region (credit to ESA CCI)
Figure 2: Map of Bannu forest region (credit to Billion Tree Tsunami website)
Two Landsat 8 images are used for this study area acquired in June 01, 2013 and June 12, 2017. The Landsat 8 images are freely available from the United States Geological Survey (USGS) “EarthExplorer” (https://earthexplorer.usgs.gov/). The images were converted into surface reflectance before NDVI calculations using a standardised approach ( for detail check http://landsat.usgs.gov/CDR_LSR.php).
Figure 3: NDVI map of Bannu forest region derived from Landsat 8 image acquired on June 01, 2013.
Figure 4: NDVI map of Bannu forest region derived from Landsat 8 image acquired on June 12, 2017.
Figure 5: NDVI map in KMZ format of Bannu forest region derived from Landsat 8 image acquired on June 01, 2013 shown in google earth.
Figure 6: NDVI map in KMZ format of Bannu forest region derived from Landsat 8 image acquired on June 12, 2017 shown in google earth.
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The Canon XC10 4K Camcorder features a compact, lightweight and versatile design for convenient 4K UHD/Full HD video shooting and 12 Megapixel digital still photography. This all-in-one ergonomically convenient camcorder can satisfy a broad range of video and still production needs. The XC10 4K Camcorder is for everyone from next-generation advanced amateurs to professional 4K and HD videographers, from digital filmmakers needing a cost-effective 4K UHD/HD "B" or "C" camera to multimedia journalists and news agencies seeking a 4K video camera. The XC10 4K Camcorder also appeals to the needs of cross media professionals in that it can also capture 12 Megapixel still images and provide 8 Megapixel stills extracted from 4K UHD motion video.
The XC10 Camcorder's 4K imaging system is purpose-built of proprietary components, including a Genuine Canon 10x Wide-Angle Zoom Lens with 2x Digital Teleconverter and Optical Image Stabilization. Employing a special Canon compact optical system, the lens offers a zoom ratio of 27.3-273mm for movies and 24.1-241mm for photos. The XC10 4K Camcorder also features a specially designed Canon 12 Megapixel one-inch CMOS sensor that can deliver 12 stops of exposure latitude. And the new DIGIC DV5 signal processor that provides the image-processing power and speed to deliver high image quality, performance and innovative new features like the Canon XF-AVC codec for 4K UHD and HD recording.
Operability innovations designed into the XC10 4K Camcorder further facilitate creative expression and the ability to capture superb 4K UHD/HD video and high-resolution still images. These include a Vari-Angle LCD monitor with a capacitive touch-panel for simple intuitive control, a rotating hand grip to support both movie and still-image shooting, a built-in ND filter, built-in dual-band Wi-Fi, and much more. The camcorder can be hand-held, or used with a wide range of camera-support accessories, including car mounts and drones.
Offering slow- and fast-motion recording, multiple custom picture settings including Canon log and Canon Wide DR Gamma, and interval shooting for time-lapse still photography, the XC10 4K Camcorder offers a wide range of workflow option. The camcorder can record H.264 4:2:2/8-bit MXF 4K (QFHD) 3840 x 2160 movies to internal CFast cards or Full HD 1920 x 1080 video to SD cards at multiple frame and bit rates (up to 305Mbps in 4K). The XC10 4K Camcorder also offers 4K UHD 30p movie playback output via its HDMI 1.4 output.
Still-photography features include a mechanical shutter to help eliminate rolling-shutter distortion, up to 2.8 fps performance, support for multiple aspect ratios, and compatibility with such EOS accessories as Speedlite flash units, Canon GPS receivers, remote controllers, and LP-E6 series batteries and chargers.
Versatile, compact, and convenient, the XC10 4K Camcorder is a lightweight 4K UHD/HD/still photography hybrid delivering high image quality and convenience to meet the diverse imaging needs of today's expanding universe of budget-conscious digital content creation professionals.


A local area network, or LAN, might be what you’re connected to if you’re using your computer inside your home or another building. LANs connect computers within a relatively small area using Ethernet cables. You might recognize Ethernet cables, as it is most likely the manner in which you’re able to use the Internet right now. But what is the history of this networking standard? While it may seem like a new technology, the story of Ethernet begins back in 1973 in Palo Alto, California.
A researcher at the Xerox Corporation named Bob Metcalfe was the first to construct a working Ethernet network. Metcalfe was tasked with designing a system of networks for the Palo Alto Research Center that was able to connect the center’s computers to a new laser printer Xerox had just created. The challenge lied in constructing a fast network with the ability to connect to a large number of computers, something unheard of before the Ethernet.
In 1979, Metcalfe left the company to advance LAN technology, persuading companies such as Xerox, Intel and Digital Equipment to encourage the standardization of Ethernet.
Much like the Internet and all means of telecommunications, the Ethernet uses a protocol. The Ethernet’s protocol is called CSMA/CD, which includes three distinct components of the Ethernet’s operation. The first, carrier sense, ensures that computers connected to the network have carriers to send data through. The second, multiple access, means the connected computers can use the network as they please. The last, collision detection, confirms that simultaneous data sending does not interfere with each other and dispenses with corrupted data.
More than 70 percent of the world is connected through the Ethernet and local area networks, so the likelihood is high that you are as well. The Ethernet is fast and reliable thanks to the research of Metcalfe, and the technology is constantly improving.


LG InstaView ThinQ(TM) Black Stainless Steel Refrigerator
LG’s SmartThinQ line features a range of refrigerators. The InstaView ThinQ is the closest you’ll get to futuristic tech in your kitchen.
The touchscreen on the door turns transparent so you can see what’s inside your fridge. You can leave digital notes on the touchscreen for your family.
And are you always throwing food out because you miss the expiry date? Set expiry dates for your food so the InstaView can let you know when it’s about to go off.
Most smart devices come with companion apps to control their features. The InstaView ThinQ is no different. You can check the contents of your fridge from the app while you’re at the store.
Stream your music through the fridge’s built-in speakers for a better cooking experience. It even has a vacation mode to save energy that you can enable through the app.
Smart doorbells like the SkyBell are a great way to add peace of mind to your home security set up.
You can use its 1080p camera to get a real-time view of your doorstep. Just switch on the app on your smartphone. That’s helpful if you need to tell a deliveryman where to leave a parcel.
It also has motion sensors that will start recording if someone comes too close to your house. Free cloud storage will host those videos for you.
The SkyBell features an anti-rust coating. It also comes with a battery so you won’t lose functionality in a power outage.
WeMo Mini Smart Plug
Picture the scene. You’re halfway to the airport for the vacation of a lifetime. Except…did you leave an appliance plugged in?
You don’t have time to go back and check. So what do you do?
If you have the WeMo Mini Smart Plug, you won’t panic. You can use the smartphone app to turn off the power outlets from wherever you are.
That’s helpful if you want to turn off an appliance in your child’s bedroom at night. You don’t need to physically go in and disturb them.
Philips Hue Smart Lightbulbs
These smart light bulbs are a great addition to a smart home if you’re focused on environmental credentials.
The white bulbs can be turned on and off from your smartphone. You can even dim them to change the atmosphere using the app.
The color-changing bulbs can be synced with music for a real home light display. Or use them to mimic sunrise and wake up naturally, instead of being shocked awake by an alarm clock.
There are other smart bulbs available but the Philips Hue system is compatible with lots of other devices and systems


Thomas Edison initially offered us with electrical energy as a light-weight bulb meant to be life like and sturdy, destined to loosen up our world and make our lives simpler. In somewhat over 100 years, electrical energy has fully re-written the course of historical past, giving us astonishing quantities of innovation that we as soon as couldn’t even dream of!
However, with the upsides to electrical energy, additionally come the cons or negatives. While we’re main and having fun with simpler and extra comfy and simply accessible lives, our modern digital devices are inaudibly killing us! Our devices launch “soiled electrical energy” or one thing known as electromagnetic frequencies (EMFs). Most of those frequencies are actually very dissimilar to some other factor existent inside the realm of nature. As our environments proceed to grow to be increasingly crammed with EMFs which are unnatural or man-made, our our bodies and complete beings are being disturbed by these EMFs, bringing about detrimental outcomes for our our bodies and thoughts together with a complete record of illnesses that had been as soon as unprecedented.
We are surrounded by an growing quantity of EMFs that hurt cell membranes, have an effect on the mind negatively, and affect our DNA replication mechanism along with far more. The statistics behind EMF’s dangerous results is rising by the day.
What Are EMFs?
In order to get a greater understanding of EMFs, we have to comprehend the 4 major constituents that fall underneath EMFs, primarily electrical fields, radio frequency, magnetic fields, and soiled electrical energy. These parts have an effect on our nicely being in each minor and main methods. Only just lately have we begun to understand the depth of hurt EMFs are having on us.
Electric fields are shaped at robust ranges relying on the space between the gadget and the electrical supply. Electric fields are likely to grow to be stronger at any time when there’s a surge within the voltage quantity or if the supply of electrical energy is close to the conductor being charged.
Radio frequencies are typically produced by electrical prices discovered transferring about an antenna. This is predominantly utilized in communication gadgets corresponding to telecommunication towers, broadcasting antennas, cell telephones and different wi-fi applied sciences (i.e. Wi-Fi routers, sure cordless telephones, and so forth.). Even although these waves are making speedy communication a actuality for us, the harms concerned are fairly severe.
Magnetic fields are normally produced in digital machines or home equipment which have a transformer or motor. This record of things that give out magnetic area consists of issues like microwave ovens, hair dryers, fridges, digital alarm clocks, washing machines, fluorescent lights, and even dishwashers.
Dirty electrical energy refers to electrical energy that’s introduced into our properties by means of electrical wiring or by means of the bottom, by means of strategies corresponding to plumbing and different sources corresponding to cell towers. Cell towers typically run on direct present (DC), nevertheless present reaches them as alternating present (AC), which turns into dangerous whereas being inverted. Health issues which are associated to soiled electrical energy vary from migraines, muscle and joint pains, diabetes, anxiousness and even suicide!
One of the worst illnesses that EMFs have introduced forth is most cancers. An growing variety of individuals are being identified with most cancers because of the extra use of devices and different house electronics, growing their publicity to unhealthy EMFs.
How to Deal With It?
The actuality of the matter is, we can’t dwell with out electronics. Electronics have grow to be an absolute necessity for us to guide our lives. However, we will attempt limiting our use of electronics as a lot as attainable or use low EMF generated devices. We may also converse to consultants on methods through which we will break free from excessive dependency on devices and the likes. It is a collective responsibility that should occur inside households and never simply on particular person ranges.
Raising consciousness, gaining extra data on the matter and making an attempt to interrupt away from electronics as a lot as attainable is our greatest shot at remaining more healthy for longer durations of time.


The Physical Web is cool new approach to the Internet of Things from Google. The Physical Web uses Eddystone beacons to broadcast URLs that can then be accessed by anyone via Bluetooth 4.0-enabled devices. This allows anyone to walk up to any object in their environment and interact with it. For example, people can walk up to a movie poster with a beacon broadcasting the URL for the trailer. One major benefit is that hardware-specific solutions don’t need to be developed – everything is done through the web. Eddystone is an open format, so there a many beacon manufacturers to choose from. However, if you don’t want to blow that kind of cash just for exploring you can make your own Eddystone-URL beacon with a Raspberry Pi. Here we will be doing just that.
For this project you will need:
1. A Raspberry Pi (I’m using a B+) with Raspbian installed
2. A Bluetooth 4.0 USB Micro Adapter
3. A Bluetooth 4.0-enabled device to read the beacon URL (such as a smartphone or tablet)
We will be using a simple Node.js to make our beacon. Go ahead and install it now if you need to. We will also need some npm modules to get our server up and running and turning it into an Eddystone beacon:
First we will install Bleno since it is a dependency for node-eddystone-beacon. This module will allow use to interface with the Bluetooth Low Energy peripheral. It has its own set of dependencies, so we will go ahead and install those:
We will then install Bleno:
Finally, we will install node-eddystone-beacon:
We create our server and simply add a few lines that allow our beacon to serve a URL:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
You can then launch the server using the following command:
Your Eddystone-URL beacon is now up and running. You can see the URL using the Physical Web App for Android and iOS or by enabling the Physical Web option in Chrome via the chrome://flags settings. The option is available to add some routes to set beacon temperature and battery voltage without shutting down the beacon. You can visit the
node-eddystone github page for more info. You are now set to explore the Physical Web.


20172016 National Convention on Sports Science of China
|Number of page(s)||4|
|Published online||11 January 2017|
Enterprise information behavior’s effect on the customer behavior response based on the network community
1 JiLin University of Finance and Economics, Changchun 130117, China
2 Jilin Province Key Laboratory of Internet Finance, Jilin University of Finance and Economics, Changchun 130117, China
a Corresponding author: firstname.lastname@example.org
Constructs the three-dimensional framework of enterprise information behavior based on online community, explains the connotation of enterprise information behavior at different latitudes; again, put forward the concept of customer response, carried on the dimensions and the analysis of connotation. Finally, deeply discussed the impact of enterprise information behavior on customer response based on the network community.
© The Authors, published by EDP Sciences, 2017
This is an Open Access article distributed under the terms of the Creative Commons Attribution License 4.0, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.


Enameled Wire(XINYU-ENAMELEDWIRE) is widely used in winding wires of motors, transformers, inductors, generators, electromagnets, coils and other workplaces.
In the past, the normally required straight diameter range of enameled wire is 0.2-2.0mm, but nowadays, thinner (diameter less than 0 .18 mm) and thicker (diameter greater than 3.0mm) enameled wires are needed in the market.
Finer enameled wire can help users reduce costs and meet more compact design requirements. Therefore, not only enameled wire, but also the whole connecting system must adopt smaller size to adapt to the narrow space area.
On the other hand, the demand for low voltage power is increasing in many different application fields. There is no doubt that the lower the voltage, the higher the current required to reach the required power. Therefore, thicker wires are needed to carry higher current. The growth of low-voltage power applications is a stable and unswerving development trend: more automation, more cordless equipment, more battery packs, more lighting, and so on.
Another trend of continuous development is that regardless of the size of enameled wire, innovation will be the focus to effectively control the assembly cost and improve the quality and stability of enameled wire connection. Most importantly, the connection and crimping of enameled wires must be reliable and stable.
Since the introduction of enameled wire, the commonly used termination techniques are fusion welding and brazing. Although effective, such thermal processes are difficult to control. In addition, they require high temperatures, which may damage enameled wires or components. At the same time, time-consuming mechanical or chemical processes are required to peel the enameled wire.
If you are interested in our products, you can click Copper Clad Aluminum Winding Wire to learn more information.


Software Sustainability Institute Advisory Board
The Advisory Board provides the Software Sustainability Institute with insight and guidance on future strategic direction, particularly with respect to policy. It comprises individuals with experience from many different fields who all share an interest in research software.
Advisory Board Chair - Prof. David Gavaghan
David Gavaghan leads the Computational Biology Group based primarily within the Department of Computer Science at the University of Oxford. His research is interdisciplinary and involves application of mathematical and computational techniques to problems in biomedicine, and in the associated basic sciences. A strong emphasis is placed on solving real-world problems and providing meaningful and practical help to scientific co-workers, and all of the work is therefore conducted in collaboration with internationally leading clinical and experimental groups, both within the UK and overseas.
Advisory Board Members
- Sheila Anderson, Director, Centre for e-Research, Kings College London
- Kevin Ashley, Director, Digital Curation Centre
- Prof. Mike Chantler, Head of TextureLab, Heriot Watt University
- Matthew Dovey, Programme Director - Digital Infrastructure, JISC
- Dan Emmerson, Portfolio Manager - Research infrastructure, EPSRC
- Prof. Neil Geddes, Director of e-Science, STFC
- Susan Morrell, Lead - Research Infrastructure, EPSRC
- Prof. Mark Plumbley, Director, Centre for Digital Music, Queen Mary University of London
David Snelling, Senior Research Fellow, Research Transformation and Innovation, Fujitsu Laboratories of Europe
Last updated: Wednesday 5 March 2014.


Technological progress continues to develop and its impact can be felt directly by the community. Taking advantage of this technological sophistication, GBK management continues to strive to improve services to the community. One of the service improvements is to make a new breakthrough, namely by developing the biometrics membership technology at the GBK Aquatic Stadium.
Biometrics Membership began to be tested on December 17, 2018. Biometrics membership is a membership system to make it easier for people to access facilities at the GBK Aquatic Stadium by using body parts, namely the thumb as an identity or authentication tool. By using this system, customers who have become members can directly put their fingerprints on the biometrics device and the entrances to the Aquatic Stadium pool area and take advantage of the facilities therein. Since February 2020, GBK Management has implemented and developed a biometrics membership system, namely by using a face scanner sensor that is integrated with the turnstile gate, with this system customers do not need to touch any equipment to enter the Aquatic Stadium pool area.
When the Covid pandemic hits, this new system is very helpful to prevent the spread of the Covid-19 virus because customers do not need to touch the device, but only identify faces through a device that is directly connected to the turnstile gate and after receiving confirmation this system can immediately open the door automatically. With the development of this system, it can make it easier to manage membership and use of facilities at the GBK Aquatic Stadium.


In the era of advance technology , 5G has been launched Today at the 6th edition of india mobile congress 2022 event. It’s a four day event which is being held at PRAGATI MAIDAN IN NEW DELHI. The IMC India mobile Congress has been open today in Delhi and will continue till October 4 2022. 5G is a next generation of the mobile communication network , which is going to offer much fastest speed IN COMPARE TO 4G services.
The wait for 5G sevicews has been over the, users can enjoy the 5G services by DIWALI.
It has been expected from 5G services to play a major role to achieve the economic goal of making India $5 trillion economy by 2024 -25. According to experts 5G will have a drastic economic impact of $1 trillion year 2035 and can deliver an additional GDP of $150 billion for the country. Between the year 2025-40
During the 5G launch event PM Modi also spent time in understanding the development of end to end 5G technology and different use cases of the services by a team of young jio engineers .
Several top companies like Jio, Reliance , Airtel and Quslcomm demonstrated their 5G services as well as the benefit of it to PM Modi.
5G will first be rolled out in metro cities and people will enjoy the experience of 5G which is 10 times faster than 4G . The major telecom companies like Airtel jio will first roll out 5G in four cities Delhi Mumbai Kolkata and Chennai it doesn’t mean the users at every corner of these cities will enjoy 5G services it will take some time.
People will soon be able to enjoy the 5G services at the airport Delhi Indira Gandhi international airport is 5G ready now.
YOUR KNOWLEDGE IS OUR DUTY


CTS Canadian Career College - Sudbury
76 Elm Street
Sudbury, Ontario P3C 1R8
Network Engineering Technologist
Network engineering technologists are inquisitive, analytical, and possess good problem-solving skills. Individuals with these traits, along with their fascination with technology, make them an ideal candidate to succeed in the fast-paced field of computer systems engineering, network administration, and technical support.
The training prepares the student to become certified through Microsoft (Microsoft Certified Professional, Microsoft Certified Systems Administrator, Microsoft Certified Systems Engineering), CompTIA (A+, Network+), and Cisco (Certified Cisco Network Associate) enabling international employment. Wherever there are computer networks, computer systems engineers will find employment! Upon successful completion of the program, an optional four-to-six week, full-time placement can be arranged at the student's request.
Last updated: Tuesday, July 15, 2014


Ag-Data provides high quality computer systems and support to Walla Walla and the surrounding area. We build new computers and repair existing systems. We provide technical assistance, support, and custom computer services.
Ag-Data provides a wide spectrum of services, ranging from custom-built computers to network administration.
Ag-Data strives to provide the best service and support possible. Ag-Data has a combined experience of over 30 years in troubleshooting hardware and software problems.
Thanks for choosing Ag-Data.
Our Founder, U.F. (Bill) Corkrum
March 1, 1917 - August 10, 2007
3031 East Isaacs Ave.


Every day 400.000 pick pocket incidents occur worldwide. Never worry about this happening to you with this Anti-Theft backpack. Key features as cut-proof material, hidden zipper closures and secret pockets will keep your belongings safe during your commutes.
Besides being the safest backpack it is also the most convenient backpack with features such as:
- Integrated USB charging port
- Illuminating safety strips
- Water repellent fabric
- Weight balance
- Luggage strap
- Adjustable open angles
- YKK zippers
- Advanced storage design
Will my laptop fit?
The laptop pocket is big enough for all laptops up to 15,6"
Is there a powerbank included in the backpack?
No, the backpack will be delivered without the powerbank.
There is a simple connection inside the backpack that make sure that you can easily connect all powerbanks that are on the market (by USB plug)
This way the powerbank will never be outdated and you can keep using new models to charge your devices. Because this backpack will last for years!
What is the size of the backpack?


Non-Conductive Material NHN Insulation Paper Under Allowable Voltage
NHN insulation paper is a material that is not electrically conductive under the allowable voltage, but it is not an absolutely non-conductive material. Under certain external electric field strength, conduction, polarization, loss, breakdown, etc. will occur, and long-term use will occur. Ageing. Its resistivity is very high, usually in the range of 1010 to 1022 Ω·m. In the motor, for example, the insulation around the conductor isolates the turns and isolates it from the grounded stator core to ensure safe operation of the motor.
Unsaturated polyester and epoxy resin were introduced after the 1940s. The emergence of powder mica paper has freed people from the plight of the lack of mica resources. Since the 1950s, synthetic resin-based new materials have been widely used, such as unsaturated polyester and epoxy insulation rubber for high-voltage motor coils. The polyester series products are used in motor slot lining insulation, enameled wire and impregnating varnish. The E-class and B-class low-voltage motor insulation has been developed to further reduce the volume and weight of the motor. Sulfur hexafluoride has been used in high-voltage electrical appliances and has been developed for large-capacity miniaturization. The air insulation of the circuit breaker and the oil and paper insulation of the transformer are partially replaced by sulfur hexafluoride.
The level of research and development of insulating materials is one of the keys that affect the development of electrical engineering. From the perspective of future trends, it is required to develop high-pressure-resistant, heat-resistant insulation, impact-resistant, environmentally-friendly insulation, composite insulation, corrosion-resistant, water-resistant, oil-resistant, cryogenic, radiation-resistant and flame-retardant materials, and research and development of environmentally-friendly and energy-saving materials. The focus is on the development of epoxy mica insulation systems for high-voltage large-capacity generators, such as FR5, phlogopite, etc.; F, H-class insulation series for small and medium-sized motors, such as unsaturated polyester resin glass mats; Gaseous medium of sulphur hexafluoride for electrical equipment; new non-toxic synthetic medium for replacing chlorinated biphenyl; high performance insulating oil; synthetic paper composite insulation; flame retardant rubber and plastic materials and surface protection materials, etc. The replacement of insulation materials for electrical equipment.
The cable paper is wrapped on the outer layer of the cable to protect the insulation of the conductive core from the insulation, so that the moisture is not invaded and the insulation is not damaged. For web. The basis weight is 45 to 175 g/m2. The paper is tough and even. High tensile, folding and tear strength. Contains no metals, sand and conductive acids. The dielectric constant is high. Low power factor. The paper has good stability when subjected to an insulating liquid treatment. The varieties are classified according to different thicknesses or colors. The unbleached sulphate softwood pulp is used as raw material, and after being beaten in a free form, it is not glued, and is not filled (material), and is formed on a long net paper machine. Used for turn-to-turn insulation of wires or cables.