A electronic data center is a computer environment when you can replicate your hardware resources and data from a physical internet site to another. It can be essentially a cloud in a cloud. This kind of technology can often be higher priced than network-attached storage, but it really can be just like effective. Before choosing your solution to your company, you should understand the important differences between two solutions.
A electronic data center can be placed in minutes, although a physical one can possibly take times. The digital environment can be flexible and scalable, enabling firms to quickly scale their IT facilities. Today’s businesses need usage of business sources, software, and other resources from anywhere they will happen to be. While not this potential, their customers may not be able to gain access to the information they want. This can cause lost earnings, delayed product development, and dissatisfied customers.
A virtual info center likewise gives businesses the flexibleness to respond quickly to changing market conditions. realtechnostore.com For instance , when there is a spike popular, onboarding new employees is straightforward. Companies can also support remote employees effortlessly. Additionally , a virtual info center enables organizations to keep their centralized visibility of corporate data. Further, virtual data centers are inexpensive and easy to.
Virtual data centers can be designed to include cloud computing capabilities. These can be deployed on-premises or through multiple cloud environments. They can end up being accessed through the Infrastructure as a Service (IaaS) model. These kinds of cloud calculating services provide companies access to cloud-based assets without the cost and difficulty of using and keeping physical appliances.


MATLAB: An Introduction with Applications. (Amos
Designed for the newest version of the popular MATLAB software program, MATLAB:...
|Дата на получаване||3.07.2009 г.|
|ID на книга||26040877|
Designed for the newest version of the popular MATLAB software program, MATLAB: An Introduction with Applications, 3/e requires no previous knowledge of computer programming. The first chapter describes basic features of the program and shows how to use it in simple arithmetic operations with scalars. The next two chapters focus on the topic of arrays (the basis of MATLAB), while the remaining text covers a wide range of other applications. Computer screens, tutorials, samples, and homework questions in math, science, and engineering, provide the student with the practical hands-on experience needed for total proficiency.


2018-11-05Seven characteristics of pressure swing adsorption nitrogen production equipment technology
The simplest application unit of the nitrogen generator with pressure swing adsorption technology is composed of two adsorption towers filled with carbon molecular sieve, gas inlet and outlet pipelines, PLC, programmable valves, analysis and field instruments. When compressed air enters from the inlet and flows through the adsorbent (carbon molecular sieve) in the adsorption tower, the oxygen molecules in the compressed air are adsorbed, while the unadsorbed nitrogen molecules are enriched and flow out from the outlet; When the carbon molecular sieve is saturated with adsorption, close the inlet valve and the outlet valve, and open the exhaust valve to desorb the adsorbent. After the regeneration gas is completely regenerated, it will be used in the next adsorption cycle.
2018-11-05The difference between nitrogen produced by nitrogen generator and canned nitrogen
There are two main sources of nitrogen: liquid canned nitrogen, nitrogen generator is used to generate nitrogen (extract nitrogen directly from the total air).
2018-11-05Why should SMT introduce lead-free soldering
Lead is a toxic heavy metal. Excessive absorption of lead in the human body can cause poisoning, and low intake of lead may affect the human intelligence, nervous system and reproductive system. The global electronic assembly industry consumes about 60,000 tons of solder each year, and it is increasing year by year. The resulting industrial scum containing lead salts seriously pollutes the environment, so reducing the use of lead has become the focus of worldwide attention. Many large companies in Europe, Japan, South Korea, etc. are vigorously accelerating the development of lead-free alternative alloys, and have planned to gradually reduce the use of lead in electronic product assembly in 2002. (The traditional solder composition contains 63Sn/37Pb, and lead is widely used in the current electronic assembly industry). The European Union began to introduce lead-free technology in 2006, and from July 1st it banned lead in electronic products. The development of lead-free technology in the electronic complete machine industry is an inevitable trend in the development of the international information industry. my country’s Ministry of Information Industry also requires the country to achieve lead-free electronic information products before July 1, 2006.
2018-11-05What advanced technology does the PSA nitrogen generator use?
The advanced nature of PSA nitrogen generator Low cost: P.S.A. advanced technology is a simple nitrogen production method, which produces nitrogen within a few minutes after starting up, and has low energy consumption. The cost of nitrogen is lower than that of cryogenic air separation. Reliable performance: imported microcomputer control, fully automatic operation, no need for special training operators, just press the start switch, it can run automatically to achieve continuous nitrogen production.
Scan the QR code and follow the QR code


Solar Power, it’s here and a very effective source of Green Energy
Solar power is the conversion of sunlight into electricity, either directly using photovoltaics (PV), or indirectly using concentrated solar power. Concentrated solar power systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam. Photovoltaic cells convert light into an electric current using the photovoltaic effect.
The Cost’s and efficiency
Since 2009, solar prices are down 62 percent, with every part of the supply chain trimming costs.
Better technology has been key in boosting the industry, from the use of diamond-wire saws that more efficiently cut wafers to better cells that provide more spark from the same amount of sun. It’s also driven by economies of scale and manufacturing experience since the solar boom started more than a decade ago, giving the industry an increasing edge in the competition with fossil fuels.
The average 1 megawatt-plus ground mounted solar system used to cost $3.11 per watt in 2007. $1.14 per watt in 2016. The U.S. Energy Department’s National Renewable Energy Lab expected costs of about $1.20 a watt now declining to $1 by 2020. By 2025 will be cost 73 cents a watt, a 36 percent drop, compared with today according to Jenny Chase, head of solar analysis for New Energy Finance.
The sun doesn’t shine 24 hours a day. Depending on the size of your solar farm, excess energy generated can now be stored in insulated battery bunkers for use during the evenings based on your industry hours or feed the grid during peak times for maximum return of investment. Farming in Mexico has been doing this for a few years now running water pumps during the evenings using this technology almost putting them “off the grid”.
How many panels do I need
That is really based on where you live. If your house uses 48 kWh of electricity per day (about average). If you live in Arizona, where the average solar insolation per year is around 6 kWh/meters squared/day, you’ll need 53 square meters (574 sq ft) of 15% efficient solar panels. If you spend the extra money for 21% efficient solar panels, then you’ll only need 38 square meters (409 sq ft) of solar panels. But if you try to power the same sized house in New Hampshire, where the average solar insolation per year is around 4 kWh/meters squared/day, you’ll need 80 square meters (861 sq ft) of 15% efficient solar panels and 57 square meters (615 sq ft) of the 21% efficient ones.
Can I do this myself
Sure you could. Start small, get an understanding of what you are dealing with. Power your entire garden front and back with LED lights with a simple 100 watt system with a photovoltaic switch that will switch them on at night. Just remember – the more panels, the bigger the KW. The bigger the KW the more dangerous it gets. Please consult with an experienced installation technician before you get into higher KW range.
Want to feed the grid, you going to need a licensed electrician.


Profile IEEE Udayana University Student Branch
Information moves very quickly, in an instant able deliver information to the rest of the world. In order to control and get a good effect of fast traffic information, understanding and networking certainly is something that is very important and essential. Sometimes the information is not evenly spread and only involve residents in large cities and rarely touch the non-urban areas, so that the necessary equity and wider network and cover the whole world so that everyone can exchange ideas, share job information, and found that job seekers competent but still based on kindship, friendship and sharing of information.
Therefore, students in electrical engineering department, and computer science department together form the IEEE Udayana University Student Branch to support, assist and educate the entire community of Udayana University in hopes of improving the quality and expanding the network which is owned by all students. After a meeting and set rules, the IEEE Udayana University Student Branch accepted by IEEE Headquater. Hopefully later on after established these associations can strengthen the relationship between universities around the world.
Our Vision & Missions
Vision of IEEE Udayana University Student Branch
Synergy with the rest of the university who are members of the IEEE SB Indonesia
Mission of IEEE Udayana University Student Branch
Students are able to compete at the international level in the field of technology research
As place for sharing between members and Udayana community
Increase knowledge about the development of technology


Technology is the development of a process that enables us to accomplish a task. It includes construction technology, medical imaging technology, and software. The process involves the use of nuclear and computer technology to create images of the human body. For example, medical imaging can be used to diagnose cancer. In addition, this type of technology can be used for scientific research. It is used by hospitals and doctors to identify disease. The process can also be helpful in disaster response.
There are many examples of technology. An adult gorilla uses a branch as a walking stick to measure water depth. Chimpanzees and dolphin communities use simple technology. Crows and bees create honeycombs and dams. Theories on the evolution of technology attempt to predict what technological systems will be developed in the future. Some people believe that human beings will eventually develop robotics, but this is not necessarily true. Some experts believe that human beings will continue to use basic technology until the end of time.
In 1937, Hubert Dreyfus, a prominent critic of technology, defined technology as “any tool or machine that serves a specific function.” Today, most scholars use Read Bain’s definition. In it, technology refers to utensils, tools, and machines that make our lives easier. Some people believe that robots are the future, but some experts are not so sure. These people have been around for centuries, and the development of technology has made it easier than ever to live a better life.
The use of technology is ubiquitous, and most people use some form of it in their daily lives. Different types of technology have specific functions and aims to make certain processes easier. Understanding how people use technology will allow us to make better decisions in our everyday lives and develop a career that fits your interests. A deeper understanding of how we use technology is important to understand what we use it for and why we use it. And while technology is not a neutral word, understanding the way that people interact with it is the best way to make better decisions.
The science of technology is the use of tools and crafts that influence our ability to adapt to our environment. It is the application of science and engineering to the needs of humankind. It can be anything from simple hand tools to the most advanced machinery. However, it is the creation of new technologies that makes our lives easier. Regardless of the topic, technology is an essential part of our lives. It has helped us develop our skills and improve our quality of life.
Using technology can enhance your life and improve your quality of life. As you use more of it, you become more dependent on it. For example, you can’t live without electricity. Likewise, you can’t live without communication technology, which is crucial for every day activities. And of course, you can’t live without technology. But it is essential to understand how it works. Having access to these devices will make our lives easier.
The science of technology has been the subject of many different articles over the years. There are several different branches of technology. Some are related to the arts, such as architecture. Some are used to facilitate communication. Others are used to entertainment. These are just a few examples. The science of technology has become increasingly important to society. There are also a variety of other branches of technology. There are even a number of specialized fields within technology, including biomedical and engineering.
Despite all the advances that technology has made, it remains an essential part of human life. Its applications range from the use of tools and machinery to the development of clothing and food. Throughout the world, people have developed an amazing range of tools. One example of this is a gorilla, who uses a branch to determine the depth of water. Similarly, a dolphin uses a fishhook to measure the depth of the ocean. There are many more examples of technology in humans, and the field of science continues to grow and advance.
Technology is the use of tools and knowledge of crafts that affect our ability to adapt to our environment. It is the result of the application of science and engineering to human society. In general, technology includes anything that can help us do more and do it better. For example, making cheese doesn’t require a scientific theory of bacteria. It wasn’t until the twentieth century that this skill was developed. This is an important example of the relationship between science and technology.


It has been determined that the IDI M300 dispense system hardware is incompatible with the solvent 1-Dodecene. The liquid level sensor used in the M300 will not detect the level of this chemistry. When the chemical is installed in the unit, it will fail to detect the full level and will overfill the pump causing extensive damage to the components on the baseplate.
As an alternative the M310 dispense unit can be used instead of the M300. The liquid level sensor in this unit is compatible with 1-Dodecene and when set up correctly can be used in the M310 without causing damage to the unit.
Please contact Integrated Designs if you have questions or need further information.


[:en]Etisalat Digital is a business unit of Etisalat driving digital transformation by enabling enterprises and governments become smarter through the use of the latest technologies. The unit provides digital solutions including cloud, cyber security, digital marketing, digital payments, Internet of Things (loT) and big data and analytics.
Etisalat Digital has the best industry digital experts, digital assets and platforms including data centres, cloud platforms, big data and analytics engines, digital and mobile payments platforms, security operations centres, Internet of Things Platforms and command centres. It is best positioned to provide end-to-end digital vertical propositions to enable smarter education, healthcare, city, transportation and economy.[:]


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Beautiful and efficient, energy saving replacement light bulbs
Replacing your current bulb with LED is as easy as well, changing a bulb. If you are unsure about the bulb you require you can find help and guidance in our LED Bulb Guide
LED light bulbs are the most energy efficient and eco-friendly lighting solution for the home. LED lights can last for a period of about 10 years. So, once you install them you won't have to worry about replacing the bulbs for a long, long time, meaning a reduction in energy use and electricity bills, as well as maintenance costs.


Secure communication between doctor and patient
The DACE-Project includes the development of a communication and interaction platform for the German health care system. The goal of the development is a location- and time-independent availability of legally compliant and standardized communication functions. This will enable doctors to communicate easily and digitally with their colleagues and patients.
During the project, extensive digital strategies for comprehensive networking will be developed in order to connect doctors, medical professionals and patients digitally. In addition, digital access to medical expertise will also be created for structurally undersupplied regions.
Comprehensive care along the treatment path
The DACE-Project aims to enable patients to communicate with their doctors along their treatment paths in real time or with a time delay, but always in compliance with data protection regulations. This also includes the long-term provision of platform services for rural areas and for home care.
Multiplication possibilities and new business models
The project aims to facilitate access to the digital healthcare market for new providers of Smart Services. New as well as existing services can be easily integrated into the platform via interfaces. DACE therefore serves as a realization of quality, efficiency and cost potentials for healthcare professionals, patients, sponsors and providers of medical smart services. The project also enables optimal multiplication possibilities in adjacent application areas.


Eight Wheel Pavement Evenness Meter (LXBP-5)
|FOB Price:||US $1-3,000 / set|
|Min. Order:||1 set|
|Min. Order||FOB Price|
|1 set||US $1-3,000/ set|
|Production Capacity:||20 Sets/Month|
|Payment Terms:||L/C, T/T, D/P, Western Union|
- Model NO.: LXBP-5
- Weight: Total 200kg, Meter Case 2kg
- Specification: 4060*800*600mm
- HS Code: 9024800000
- Working Environment Temperature: -10ºC—+40ºC
- Transport Package: Wooden Case
- Origin: China
LXBP-5 Eight Wheel Pavement Evenness Meter is developed basing on remaining the advantages of LXBP-2 with the feedback from most customers according to "JTJ J059-95 Highway Roadbed Pavement on Site Test Regulation". On electronic technique, it adopts the most advanced foreign micro-computer processing and large scale integrated circuit technology, which improves the integration level, and increase the memory (512K), can do the continuous test of 919km and record all the data. It reduces the unnecessary connector and improves the reliability. It automatically calculates the distance, makes the record of every 1000 points, and calculates the result and displays it. Sampling interval 0.05m or 0.1m is optional (usually 0.1m). It installed the clock inside, can display and record automatically. It adopts LCD for the screen. And it adopts the 6V 7.2Ah colloid maintenance free batteries for replacing of the rational storage battery. On mechanical, it reduces the weight on the premise of ensuring the measuring precision, accuracy and frame rigidity to make it easy for transportation, installation. LXBP-5 is the most advanced road flatness measuring device, with the advantages of continuous measuring, automatic calculation, display and print the standard deviation. It can be provided the portable micro-meter and real-time monitoring software for doing the real-time data processing.
Two. Structure and principle
LXBP-5 is composed by mechanic and electronic parts. The electronic part is composed by displacement and distance transducer, and digital indicator. The digital indicator is connected to the displacement transducer (on the frame) and distance transducer (on the detecting wheel) by two electric cables.
(1) Mechanic part structure
- Traction part: composed by connect plug and pull rod, connected to the front axle by nut.
- Front axle
- Wheels: eight
- Displacement transducer: non-contact capacitance type displacement measuring system
- Locking device
- Main frame: including flexible square tube, guiding structure, back frame
- Measuring wheel: composed by pressing spring, lifting structure, rubber wheels, and distance transducer
- Rear axle
- Wheel frame
- Eight wheels road flatness testing machine and shock eliminator
(2) Electronic part
Because of the single chip is designed according to the industry measuring environment requirement, so its anti-jamming capability is better than common micro-processor. The power is colloid maintenance free batteries. The output part is composed by printer and Chinese display device.
The panel and function:
- Power switch and reset switch
The under is the reset switch.
- Connector assembly
- Printer: on the left down of the panel.
- Display: on the right top of the panel, 20*4 character type LCD Chinese display.
- 4*5 bit keyboard
The four cursor control keys;
Eleven numbers keys: 0-9, , and .
Three. Main technical parameters
Automatically calculate and print the single direction totalize value H (mm)
Automatically calculate and print the area of section curve and datum line graph
Automatically calculate and print the plus and minus over speed (K+, K-)
Automatically calculate and print detecting speed value (km/h)
|Working environment temperature||-10ºC-+40ºC|
|Power||High performance battery, 6V 7.2Ah|
|Dimension||4060*800*600, extension: 4060mm, shorten: 2650mm|
|Weight||Total 200kg, meter case 2kg|


Software Architect in Database team
Apr 2017 - Present. Shanghai, China
Leads a small team and make plan for the product (Data Replication Center). Write code, build product/tools related to database areas such as database stream publication, data replication, sharding; and change the product into a PaaS to meet the growth of Mobike using Golang.
Our code is on github now https://github.com/moiot/gravity
Full Stack Engineer
Feb 2016 - Apr 2017. Shanghai, China
Udacity is the world's best online education platform. I am in Shanghai office focusing on design and implementation of payment system, bringing our services to China using Ruby/Rails and setup our infrastructure on AWS.
Strikingly (YC W13)
Senior backend engineer and head of DevOps
Nov 2013 - Feb 2016 (2 years and 4 months) Shanghai, China
Institute of Network Coding, The Chinese University of Hong Kong
Jul 2012 - Nov 2013 (1 year and 5 months) Hong Kong, China
Institute of network coding is one of the best research institution in Asia, our team was trying to design and implement a network coding enabled peer to peer system. I was responsible for software performance optimisation using C and Python.
Nov 2010 - May 2011 (6 months) Beijing, China
Huawei is a leading global information and communication technology company. I was responsible for the design and implementation of bandwidth control system in mobile gateway using C.
Fiberhome Technologies Group
Nov 2009 - Nov 2010 (1 year ) Beijing, China
FiberHome Technologies Group is a leading product manufacturer and solution provider in the field of information technology and telecommunications. I was responsible for the design and implementaion of LET stack used in base station using C.
Bejing Carnation Technology
Embedded software engineer
Mar 2007 - Nov 2009 (2 years 9 months) Beijing, China
Beijing Carnation Technology is a company providing solutions to embedded systems. I was responsible for the design and implementaion of firmware in solid state disk using C, Verilog HDL.


Electronic transport in nanostructures
The technological revolution of the last 30 years has been based on the continuous miniaturization of electronic and optical components. This miniaturization is rapidly reaching the point where a rich variety of quantum effects start playing a major role. Many such quantum effects are not yet well understood, and leave some fundamental questions unanswered.
In particular, one can now make low-dimensional and nanometre-sized structures from combinations of various solid-state systems, be they metals, superconductors, magnetic material, or two-dimensional materials such as graphene. Such systems have rich and varied behaviours, which are not easily understood in terms of either the physics of bulk materials (macroscopic systems) or of single atoms (microscopic systems) ; consequently, they are often called "mesoscopic systems".
A large part of our activity involves studying the properties of electrical currents, heat, or spin currents in these structures. Some of the most interesting cases are when one such current induces another, for example thermoelectric effects for which heat flows induce electrical currents and vice-versa. One interesting question is how normal metals (N) and ferromagnets (F) behave when coupled to superconductors (S) which induce a proximity effect. Charge transfer is possible at low energies through a multi-particle process known as Andreev reflexion. We work to understand how this affects the properties of N-S, S-N-S or S-F sandwiches, often combined with other structures such as quantum dots and Aharonov-Bohm rings.
Specific activities at the LPMMC are :
- THERMOELECTRIC EFFECTS IN NANOSTRUCTURES.
Thermoelectric effects such as the Seebeck effect (voltage difference induced by a temperature difference) and Peltier effect (heat flow induced by current flow) can be significant in low-temperatures nanostructures. For room-temperature devices (unusual semiconductors) these effects are due occur due to band-structure, however in low-temperatures nanostructures they can also be due to interference effects or superconductive (Cooper pairing). We are currently investigating the thermoelectric properties of such systems. We are particularly interested in thermoelectric refrigeration effects that work below 1Kelvin, with a long-term aim of proposing methods of cooling nanostructures to previously un-achieved temperatures (i.e. cooling to a milliKelvin or below).
- EFFECT OF SYMMETRIES ON QUANTUM CHAOTIC TRANSPORT.
Quantum chaos is the study of quantum mechanics in systems which would be chaotic in classical physics, it is particularly relevant to electron transport through quantum-dots. While it is clear that the quantum mechanic in such chaotic systems is different from in regular (non-chaotic) one, one of the central questions to address is how "chaotic" the quantum mechanics of such systems really is. Here we study how symmetries affect the quantum mechanics of transport through such systems (their conductance, etc). In particular, we study the effect of spatial symmetry in the chaotic system (such as a mirror-symmetric quantum dot), or electron-hole symmetry (induced by Andreev reflection from a superconductor). The presence of such symmetries typically give the system properties which are between those of chaotic and regular (non-chaotic) systems, we study how this affects electron flow though such systems.
- HYBRID SUPERCONDUCTING NANOSTRUCTURES.
In hybrid nanostructures involving superconductors, some superconducting properties can be transferred to the normal or magnetic materials composing the structure via the proximity effect. Conversely, the properties of the superconductors get affected by the close proximity of non-superconducting materials. Such a coupling gives rise for instance to the Josephson effect between two spaced superconductors, which is used in the development of functional nanostructures, including superconducting electronics and quantum computing. In the presence of a magnetic material, nontrivial superconducting correlations are generically created close to the interfaces. At LPMMC, we study the mechanism at play both for single and for double interfaces (Josephson junctions), with a particular accent on the influence of magnetic inhomogeneities.
Physical Review B 87, 115404 (2013)
Physical Review B 88, 064302 (2013)
Physical Review B 86, 155118 (2012)
EPL 91, 67009 (2010)
Physical Review B (Rapid Communication) 85, 020505(R) (2012)
Physical Review Letters 103, 247002 (2009)
Physical Review Letters 102, 186802 (2009)
0-π Transitions in a superconductor/Chiral Ferromagnet/Superconductor Junction induced by a homogeneous Cycloidal Spiral
Physical Review Letters 100, 077003 (2008)
Electron cooling in diffusive normal metal - superconductor tunnel junctions with a spin-valve ferromagnetic interlayer
Physical Review B 85, 174518 (2012)
Andreev current enhancement and subgap conductance of superconducting SFN hybrid structures in the presence of a small spin-splitting magnetic field
Physical Review B (Rapid Communication) 86, 060509(R) (2012)


For a beginner, the sheer amount of brands, varieties and specs of RC vehicles can be overwhelming. There are literally hundreds of types of RC cars and trucks, all with different engines, performance levels and completely customizable details. This puts hobby quality RC cars on a whole different level than toys and replicas, and is what makes them so much more interesting and exciting to play with.
While the actual mechanics of how each RC vehicle works can vary greatly from one to the next, the basic principles remain the same. Once you understand how RC cars work, you'll have a better idea of just what's involved, and which one would be right for you.
There are four main parts to an RC vehicle:
? Transmitter: This is the control you hold in your hand, usually powered by a 9-volt battery. Using radio frequencies, the transmitter relays the steering and control commands you give it to the receiver.
? Receiver: There are two parts to the receiver- an antenna and a circuit board inside the car. The radio frequencies sent by the transmitter are picked up by the receiver and relayed to the various appropriate parts of the vehicle.
? Motor(s): RC cars and trucks feature a variety of different types of engines, all with varying degrees of difficulty and output.
The motor is often said to be the heart of the RC car and is the most intricate part of building your own RC.
? Power Source: Of course power is needed for acceleration, steering and overall engine output. Aside from the 9-volt battery in the transmitter, the power source depends on the type of car: electric cars run on rechargeable, replaceable battery pack while nitro cars use a fuel mixture similar to what runs a real car.
What does RC Stand For?
If you're new to RC it can often be confusing just what is meant- radio or remote control cars. Though the two are often used interchangeably, this is incorrect; they are not the same thing at all, since the way they transmit signals is completely different. You can spot a remote control car by the wire connecting the controller to the car itself.
Radio control vehicles, on the other hand, use radio frequencies to send messages from the steering controls on the transmitter to the receiver in the car.
There are FCC regulations for all consumer electronics that use radio frequencies, in order to properly allocate the frequencies on the band without too much interference. Usually RC vehicles operate at 27MHz or 49MHz frequencies- the same as your walkie talkie or garage door opener. More advanced RC models like planes require a higher frequency, and are regulated to 72MHz or 75MHz.
Always consult your manual to make sure you're using the correct frequency, and for instructions on how to change frequency.
As long as you're running your RC by yourself, all you need to do is follow the manufacturer's instructions on how to choose the correct frequency for your vehicle. But when it comes to race time or even just practicing with friends, you'll need to make sure every one has their own frequency or the signals will get crossed. If you're at an official race, the organizers take care of this by providing each racer with a specific frequency and a flag with which to mark your car.
In order to avoid crossed signals, you'll need to make sure when practicing that you follow a similar process.
Article Source: http://www.articledashboard.com.
Cal Golden is an avid RC car enthusiast and webmaster of the RC Car Station. Race on over and find out why rc cars are taking the hobby world by storm.RC Car Station .
By: Cal Golden


The Allele Discriminating Priming System (ADPS)
is the most precise cancer mutation diagnostic platform technology.
Analyze a first stage cancer patient’s ctDNA using liquid biopsy optimized for
precision medicine and companion diagnostics based on qPCR, easy and quick.
To improve detection sensitivity with no false positives,
we succeeded in the imposing challenge of adding the capability of discriminating mutations to DNA polymerase
which is directly involved in gene amplification.
Based on this, we developed ADPS™, a molecular diagnostic platform for cancer. ADPS™,
which is capable of being used in both tissue and liquid biopsies, supports more efficient precision medicine with
a maximum detection sensitivity of 0.0001%.
ADPS™ is a qPCR-based cancer diagnosis technology that precisely analyzes cancer genes with a detection sensitivity of up to 0.0001% (3/3,000,000).
The new ADPS™ smart DNA polymerase can distinguish between normal and mutant genes and amplifies only the mutant genes.
ADPS™ achieved a detection sensitivity of 0.01% without false positives by exclusively amplifying mutated DNAs while leaving the wild type intact.
A detection sensitivity of 0.01% to 1% is required to analyze ctDNA from the patients, but current liquid biopsy diagnostic technology fails to attain a detection sensitivity of 0.01%.
ADPS™ can be used during the full range of cancer treatment from prognosis, diagnosis, and prediction to treatment decision assistance, treatment monitoring, and relapse testing.
This page provides recently completed clinical trial results. Review the performance of ADPS™ and learn more about us.


The rise of cloud technology has allowed developers to use artificial intelligence to create open AI services that even students can use. This allowed small businesses to get previously available tools only to large brands. Services such as online CRM or SaaS e-commerce platforms have helped companies to streamline various business processes such as accounting, inventory management, customer relationship management (CRM), and project management. Automation has allowed small businesses to eliminate the errors that come with manual control.
AI services are a new tool that allows small businesses to work with big data processing and automate routine tasks. Thanks to the accuracy of computer calculations, small companies have been able to analyze historical data of user actions and better understand their target audience. In this article, you will learn about the seven essential benefits that small businesses get when using online services with artificial intelligence.
1. Increasing efficiency. AI tools can automate repetitive and time-consuming tasks, freeing up time for small business owners and employees to perform more valuable tasks.
2. Financial savings. Automating tasks that employees or outsourcing companies perform will allow your business to reduce operating costs, increase productivity and optimize financial costs.
3. Improving the quality of customer service. With chatbots and AI-powered virtual assistants, your customers can receive instant and personalized support, enhancing the overall customer experience. Modern chatbots can process hundreds of requests, giving personal recommendations and step-by-step instructions, increasing customer loyalty and trust.
4. Speed and quality of decision-making. Modern analytics services use artificial intelligence tools to analyze large amounts of data and extract valuable insights that help executives and marketers make more informed decisions. AI algorithms can uncover patterns, trends, and correlations humans might not see, leading to better strategic planning, cost optimization, and increased sales.
5. Target marketing and sales. AI tools and AI services enable small businesses to use customer data and behavioral patterns to create targeted marketing campaigns. By analyzing customer preferences and purchase history, AI tools can provide personalized recommendations and offers, increasing the chances of conversions and sales.
6. Competitive advantage. Using artificial intelligence tools, small businesses can gain a competitive advantage in the market and compete with large and slow companies that are not interested in new technologies and work by momentum.
7. Predictive analytics. AI tools enable small businesses to use historical data and predictive modeling to predict trends and customer behavior. Using state-of-the-art AI services, even young entrepreneurs can use historical data to forecast demand, optimize inventory management, and make proactive business decisions while minimizing risk and maximizing profits.
Want to get started with AI tools? – Visit Friendly AI Solutions – an online catalog of AI services. The site brings together friendly and free artificial intelligence tools that help businesses beat the competition and make more profit.


Wireless Backhaul Technology (WiBACK)
When fixed line infrastructures are not available to provide backhaul connectivity, wireless links are an option for fast deployment at very low cost. While today's deployments are typically of small size, Fraunhofer's WiBack Wireless Backhaul Technology targets carrier grade service provisioning in very large wireless networks. Deployment scenarios range from "last-mile" service provisioning in developed countries to wide-area coverage (hundreds of square kilometers) in emerging areas and developing countries.
Key features of WiBack include QoS-provisioning, auto-configuration, self-management and self-healing. Compared to traditional operator approaches, WiBack provides very low investment and operational cost (OPEX and CAPEX). Compared to low-cost wireless mesh technology, WiBack offers carrier-grade service, management and interfaces.
The technical approach includes multi-hop heterogeneous radio technologies, MPLS and QoS support, IPv4 and IPv6 interworking, network auto-configuration, and an IEEE 802.21-inspired media-independent messaging mechanism. Access is provided by any type of interface, including GSM, wireless LAN, and Ethernet.
WiBACK is the result of several years of research and development at Fraunhofer FOKUS. It was motivated by the intention to provide carrier-grade service qualities for voice and data transmission over a large area with low-cost wireless technology. From a technological point of view, the WiBACK core can be positioned between point-to-point radio links and fibre-optic backbone networks. In its deployment, WiBACK is supplemented by access technologies such as Wi-Fi, GSM, and UMTS.
Initial research and development was funded internally (by Fraunhofer) as well as by grants from the European Commission and the German Ministry of Research (BMBF).
The version 1.0 is the first integrated release of the hardware and software tested in real world environment.
While R&D is continuing to add and improve functionality such as energy awareness, self-healing, multicast/broadcast capabilities, and security, an initial version with basic functionality is currently tested “in the field”. It is planned to have fully operational implementations in Germany (connecting rural areas) and Africa (emerging regions) by the end of 2011. These will be used to evaluate reliability, vulnerability in outdoor conditions, operational costs, and customer satisfaction.


* LED Desk Lamp with Wireless charger*1
* Adapter with charging cable*1
* Package box*1
* User manual*1
1 - 2999
3000 - 9999
To be negotiated
MH-Q900 LED Desk Lamp with Wireless Charger
About Musthong LED Desk Lamp with Wireless Charger MH-Q900
* The lamp can charge your smartphone and usb devices using the USB charging port or it can charge using Qi wireless charging for Qi-enabled smart devices.
* Portable and flexible design:With 135°rotating head and 90°arm, the lamp is able to reach almost every position you can imagine.Ultra thin lamp head and aluminum alloy metal rod, durable and visually elegant.
* 4 Light modes and 5 level brightness :Stepless dimmable brightness with Sensitive dimmer touch for 4 lighting modes and 5 level brightness, pleasant,smooth and eye-caring illumination,Great for working, reading, studying, sleepig, home or office.
* Cutting edge lighting technology: This superior quality, energy saving LED desktop lamp also features sleek tough screen buttons, as well as a convenient timer poweroff and is ideal for casual reading, school studying, late night working at the office or even for detailed drafting work. Its aluminum frame is durable and flexible, thus providing maximum illumination from a variety of angles. Included in the package is an AC charger and cable for your convenience.
* Soft Light: LED light source, longer life, flicker free, better protects your eyes from tense and tiredness. Seamless control experience via touch panel switches.
* Wireless charging standard: Qi standard * Input: 5V-2A/9V-2A * Wireless charging output: 5W/7.5W/10W * LED desk lamp output: 5W * LED quantity: 48pcs*4014LED * Center luminance: 800lux * Color temperature: 2800&3400&4500&5600K * LED life time: 50000 hours * Wireless charging distance: less than 9 mm * Wireless transmit efficiency: ≥73% * Product dimension: 365*165*27 mm * Material: ABS+Aluminum alloy
* Modern fashionable aluminum alloy design * Portable and flexible LED lamp design with 4 light modes and 5 level brightness adjustments * Support Samsung 10W and iPhone 7.5W fast wireless charging
About Shenzhen Musthong Technology Co., Ltd.
Shenzhen Musthong Technology Co., Ltd. is located in Shenzhen, China and focusing on the new wireless charging products such as fast wireless charger, multifunctional wireless charger, wireless watch charger, wireless charging power bank, wireless charging mouse pad and so on. Our mission is to make you enjoy new wireless fun everywhere.
Our head office Tymin Industries Limited is a leading OEM/ODM telecommunication products manufacturer since 2003, and we have already started the preparations of wireless projects since 2014 and we also invested some related factories. This is exactly why we established Shenzhen Musthong Technology Co., Ltd.
In order to achieve our mission and make everyone enjoy new wireless fun, we will update our wireless products continuously and ensure the reliable product qualitywith our professional R&D, QC and services team, and we will always provide better OEM/ODM services with competitive price and punctual delivery time for worldwide customers.
We have extensive experience in passing CE, RoHS, FCC, Qi standards and we could also apply for the necessary certifications to satisfy the requirements of your local market. And we have beenthe business partner of Cortelco/ HRS Global/ borne/ Goodmans/ B&M/ itek/ Brondi/ Oricom/ Elgin/ Mitzu/ TCL and many other famous companies for many years.
We believe that God rewards the diligent and honesty makes good business. We always want to establish the long term cooperation relationship with our clients and grow up together. Now looking forward to cooperating with you in near future!
Why Choose Musthong?
* Professional Original Factory- We have focused on consumer electronics production since 2003.
* ODM & OEM Services- We could customize the products as per your requirement.
* Strict Quality Control- We test every single product strictly before shipment.
Q: Can you print my logo and provide OEM/ODM service? A: Yes, we could print your logo and provide OEM/ODM services. And you could also choose our brand “Musthong”.
Q: Can we order samples to test before placing an order? A: Yes, we can provide samples to you to test first. You need to pay the sample cost and shipping cost, but we will return the sample fee if you place an order to us after test.
Q: What are your payment terms? A: We accept T/T, Paypal or Western Union. For bulk orders, our payment term is 30% deposit and 70% balance after inspection before delivery.
Q: What’s the guarantee time of your products? A: Our products guarantee time is 12 months.
Q: How to proceed an order ofyour products? A: step1: pls let us know your requirements and order quantity.
step2: we will send the quotation to you based on your requirements.
step3: customer confirm the order and arrange deposit for formal order. step4: we will arrange the production and shipping for you accordingly.


WiFi has become one of the most critical aspects of our daily lives, whether it’s in the workplace or at home. But what happens when users are constantly frustrated with slow internet speeds and unstable connections?
One possible reason for these issues could be WiFi interference, which can be down to a number of factors. We’ll be looking at five things that can cause WiFi interference and provide tips for minimising them, or avoiding them altogether.
What is WiFi interference?
WiFi interference is when other wireless signals and devices disrupt or interrupt your WiFi signal.
This can happen due to various reasons, such as other WiFi networks nearby, microwave ovens,PIRs and Bluetooth devices. Interference affects your connection by weakening or destabilising your WiFi signal, resulting in slower internet speeds or even disconnections.
WiFi interference can be a common issue in densely populated areas, such as apartment buildings or urban environments, where many devices are competing for limited wireless bandwidth.
Types of WiFi interference
There are three main types of WiFi interference:
This occurs when two or more wireless networks are using the same channel or frequency, causing interference and reducing the speed and reliability of both networks.
Adjacent channel interference
This happens when wireless networks use channels that are close to each other, such as channels 1 and 2 or channels 6 and 7, causing interference and reducing the speed and reliability of both networks.
This type of interference comes from other sources of electromagnetic radiation that can interfere with WiFi signals, such as microwave ovens, cordless phones, Bluetooth devices and even some types of lighting.
So now that we’ve covered what WiFi interference is and the different types of WiFi interference, let’s get into more detail on how it’s caused and how to fix it.
1. Channel overcrowding
One of the most common sources of WiFi interference is overlapping wireless networks from nearby devices in the local area, such as neighbouring businesses or public hotspots. When multiple networks share similar channels, congestion or slow speeds can occur. This is called channel overcrowding.
Channel overcrowding is a common issue in public WiFi settings such as cafes and hotels. This interference occurs because too many devices are trying to use the same WiFi channel, causing congestion and slower speeds.
To avoid channel overcrowding, it’s best to use multiple access points and separate them across different channels. This way, the load is distributed across multiple channels, and each access point can handle more devices.
A WiFi site survey will also be able to determine if nearby interference would be an issue with your particular business premises. When we’re installing your network, we’ll then be able to make some quick fixes and get you on the appropriate channel.
2. Physical obstructions
Physical obstructions such as walls, doors and even furniture can cause WiFi interference. Materials such as concrete, metal and plaster can significantly reduce the range of WiFi signals.
The solution is to strategically place routers in areas where they can provide optimal coverage. It’s best to avoid placing routers near physical obstructions, such as concrete walls, and instead place them in open areas that provide a clear line of sight.
In a way, you could also look at distance being a physical factor that can cause WiFi interference for users such as hotel guests or office workers. Being too far from a router can lead to a poor WiFi signal, which is a common cause of frustration.
If your business occupies a large area, such as a whole office floor or something up to the size of a shopping centre, then we’ll be able to recommend solutions that will guarantee strong WiFi signal coverage no matter where you access the network across your site.
3. Other devices and gadgets
Other wireless devices such as cordless phones and Bluetooth devices can cause interference with WiFi signals. This interference occurs because these devices also operate on the same frequency as WiFi signals. To avoid interference, it’s best to keep routers away from other wireless devices or use wired connections instead of wireless.
A wireless survey will be able to identify whether or not any of these may be a problem if you’re looking to get your business running on a fast network. But it’s easy to see how in a busy, public space or modern office filled with gadgets, there are numerous items that can realtor in WiFi interference.
4. Outdated technical settings
Outdated network security protections and firmware can cause WiFi interference, especially on older or cheaper systems. Any security settings may impede the wireless network from working at its optimum capacity, which can slow down performance for the end-user.
To avoid interference, it’s essential to regularly update network security protections and firmware to the latest versions. This will ensure that the WiFi network is functioning optimally and that security settings are not hindering the network’s performance.
5. Electrical devices
Electrical devices such as fluorescent lights, motors and other electronic devices can cause interference with WiFi signals. This interference occurs because electrical devices generate electromagnetic fields that can disrupt WiFi signals.
To avoid interference, it’s best to keep routers away from electrical devices or use shielded Ethernet cables.
If your business had a network installed a long time ago, and it’s not been updated in a while, then any firmware may very well be out of date, slowing down performance for the end-user.
WiFi interference can cause frustration and affect productivity in any organisation. To avoid or minimise WiFi interference, make sure to investigate the cause of the problem and implement the necessary solutions.
Switch to less-crowded channels, move reflective objects and old WiFi devices away from your router, and consider repositioning your router altogether. Implementing these changes can go a long way in ensuring a stable, high-performing WiFi experience.
We hope you found this blog on WiFi interference useful, but if you have any further advice or have any questions about our WiFi site survey service, please feel free to contact us.


For PreK-3rd Grade Level Students
Stylish yet rugged, the smooth-performing Lenovo Tab E8 tablet has a vibrant 8″ display and Android 7.0. Its HD display boasts 800×1200 resolution and wide-angle views. It is equipped with a quad-core processor which can enable the latest educational apps and 2GB of RAM. For storage, it has 16GB built-in and can be expanded via the microSD card slot that supports up to 128GB.
The Lenovo Tab M10 is one impressive family tablet. A Full HD screen and dual front speakers deliver immersive entertainment – and it’s all packed into an extremely thin and light profile. It runs Android 8.0 Oreo, has a 16 GB Embedded Multi-Chip Package, and a microSD slot that can expand up to 256 GB of storage. It has a Quad-Core processor, a 10.1” screen with 1280×800 resolution and has up to 9 hours of runtime.


batmanmg wrote:the only reason we can't point to the fourth dimension is that our bodies cannot produce a force in the fourth dimension becuase no part of our body exists in the fourth dimension...
also becuase you cant face in that direction so the photons cant hit your eyes.
Now, this is actually a very interesting area of speculation...
Imagine a 2D being, say in a roughly hexagonal shape, moving around on the plane. Suppose that this plane actually resides on a table of a 3D being, although the hexagon has no way of directly knowing this. Now, light in the 3D room actually would
reach the hexagon: in fact, at every point of its body, both inside and outside. Of course, it doesn't know the real nature of this "background radiation", which appears simply as an inherent property of 2D space.
Now, suppose that one day this 2D being somehow guesses at what is really going on. How would it detect 3D light? It could build a 2D array of cells that are stimulated by this external source, and wire them in such a way that a 3D image could be captured (i.e., 2D projections of objects in 3D space). From the hexagon's point of view, the array of cells cannot possibly capture any image, at least, not any light within the 2D world itself. The only way light can reach cells surrounded by other cells is if it came from outside the 2D plane.
So, in a way, if
a 4D world really exists out there, and if
our 3D space were actually an open surface in 4D space, then theoretically it is possible to build a 3D block of detectors, which, if they can somehow be made sensitive to 4D light, could capture 4D images (i.e., 3D projections of objects in 4D space). Of course, we would have no way to directly manipulate any 4D objects seen in this way, and only a very limited way of orienting the "camera", so this would be a completely passive vision. But still, it is certainly possible, at least in theory.
Of course, all bets are off as to whether our 3D space is really an open space lying on a 4D surface somewhere... it may be that, if 4D space exists at all, we may simply be "sandwiched" between two solid 4D layers (which explains why we only ever perceive 3 macroscopic dimensions), and thus have no way to look very far into 4D space (and there is nothing interesting to look at either, just a blank wall on either side that we can't see through).


3D Fax – Binary Files over Facsimile and the Michelangelo Project
3D Fax is a term that has taken on two meanings – the first was a product introduced in the mid 1990s by InfoImaging, with the ability to transmit binary data over fax machines – a pre-internet method of sending complex data.
A project to record structures in their 3D format has been a project launched by Standford researchers at first labelled the “3D Fax Machine Project”, and now the “Digital Michelangelo Project”
Table of Contents
- InfoImaging’s 3D Fax
- 3D Fax Machine Project and the Digital Michelangelo Project
- Additional Resources on 3D Faxing
- Other Historical Facsimile Inventions
Created by InfoImaging Technologies to run on Windows, the software would be used to encode the binary file onto a printed page – that page would then be transmitted via fax machine, where it could be decoded back into binary format and turned into a computer file.
While it was revolutionary at the time (allowing people to transmit files before computer modems were popular) there were a number of problems that were presented.
- The need to have 100% reliability from printing to faxing to decoding – if one part of the information does not transmit, then in most cases the file transmitted would be completely unreliable.
- The sender would required a printer and fax and the receiver would require a fax and scanner. All equipment would need to be of high quality
- There was a limit of 50kb per page transmitted – anything further would require multiple sheets
InfoImaging’s 3D fax was mostly rendered obsolete with the widespread adoption of the internet.
Grown out of the interest for 3D recordings of real life objects, researchers from Stanford University have embarked on a project to build a “3D Fax Machine” (since renamed The Digital Michelangelo Project) with the intention of recording Michelangelo’s works in 3D data.
Since 2004 the project has been mostly stalled due to the need of extra funding.
Samples of the work can be seen at the project’s archive of 3D models.
PC Mag Definition of 3D Faxing
thefreelibrary.com – InfoImaging Technologies Introduces 3D Faxing Technology….
Wikipedia – Entry on 3D Faxing
Stanford’s Project to Build a 3D Fax Machine
Stanford’s Digital Michelangelo Project


So far I’m pretty happy with the iPhone 2.1 firmware update. Battery life has been better (mostly) and it did fix the problem with 3rd party apps crashing. The keyboard seems much snappier than the lag that existed before the update.
In general, things seem more stable. I have seen many of the sites that go into detail about many of the other fixes that 2.1 brings but I didn’t see any mention of the frustrating Bluetooth echo fix that occurs with most cars that have the hands free feature.
I decided to give Bluetooth a try today in my car and woo hoo — it worked! Almost no echo. I mean it is about 90-95% fixed. What I did notice was that when I got out of the car and was not using the phone it seemed like it was chewing up some battery too fast.
I know that Bluetooth can consume battery so I went to my settings and I’m not encouraged by what I found. Bluetooth is “ON”, and it shows that it is Paired with my car (although I am not near my car).
The thing that has me most concerned is that there is that spinning gear next to the word “Devices” that never quits until I turn Bluetooth off. I am sure that this is chewing away at the battery’s charge — not good.
Okay, so I went to the paired device (My-Car) and chose to unpair that device and now there is no spinning gear next to devices — it now has a box where “My-Car” used to be which now stated “Searching…” with the spinning gears next to it. Spinning, spinning, spinning away — battery life plumeting.
The only way I have found to stop this is to turn off Bluetooth. That’s not very practicle when you are in and out of your car. Not to mention the fact that while you are connected the phone is constantly looking for other devices.
I haven’t had a chance to see how many other people are experiencing the same thing.


Product Description Fokker F27-500 Friendship Gyroscope A Gyroscope is a device for measuring or maintaining the orientation of the aircraft. This beautiful gyroscope has served a Fokker F27-500 aircraft for many years and has been replaced with a newer version as the technology advanced. Some of those F-27’s where these gyroscope are coming from are still flying today. We have installed a hidden LED lamp inside the device, it can be turned on easily with a small cockpit avionics switch. This is a genuine piece of aviation history.


what a knock sensor is and what it does
The knock sensor is a crucial part that is utilized in autos.
This sensor is situated in the cylinder head of the minor engine block.
This sensor's primary function is to provide a voltage signal in response to explosion-related vibrations.
Pre-ignition occurs when we see or hear a knocking or pinging sound together with the sounds of an engine in an automobile.
This ignition may have happened because the air mixture or fuel pocket ignited in front of the flash plug's flame.
Therefore, a little shock wave may develop near the ignition, increasing the pressure inside the cylinder.
This occasionally causes harm to the engine.
What Is a Knock Sensor?
In essence, a knock sensor is a tiny "listening" device within or on top of the engine that listens for these strange vibrations and noises coming from the engine block.
The engine control unit receives an electrical signal from the knock sensor, which converts vibration and sound originating from the engine block into a signal.
After evaluating the data, the car's computer decides whether or not to adjust the ignition timing.
In an effort to protect itself from additional harm, it may also cause the check engine light (CEL) to come on or even shut down a portion of the motor.
Where is a Knock Sensor Located?
A knock sensor is typically attached directly to the outside of the engine block, but in some cases, it is located underneath the intake manifold.
Function of a Knock Sensor
This sensor's placement in a car can be done outside of the engine block.
This device's primary purpose is to record knocking sounds under all engine running circumstances in order to prevent engine damage.
The car's sensor picks up sensations coming from the engine block and converts them into electrical voltage signals that are then filtered and calculated inside the control unit.
A specific vehicle cylinder may be assigned to the knocking signal.
If knocking happens, it is possible to alter the explosion signal for that specific cylinder until knocking ignition is eliminated.
Signs of a Malfunctioning Knock Sensor
During fault identification through the control unit, a defective sensor might manifest itself in a variety of ways, including the following:
One can save an error code.
Engine output can be decreased.
The amount of fuel consumed may rise.
The engine's warning light will be on.
The following factors can cause a sensor to malfunction:
the internal engine short circuit
short circuit wiring
harm from machinery
What is Pre-Ignition?
Knock and pre-ignition are two independent concepts that are frequently misconstrued.
Pre-ignition happens before spark plug ignition, although knock frequently happens at the same time as spark plug ignition.
It often happens while the piston is rising.
How to Troubleshoot the Sensor?
Check to see that the sensor socket and wire connections are placed precisely where they should be.
the stored fault code should be read out.
Examine the explosion's finale.


Posts Tagged ‘3D’
Acer Incorporated has announced the launch of two new products that can convert your 2D content to 3D for you to enjoy.
The products include the HR274H 3D computer display and the new H9500BD projector.
The new computer monitor comes with a new Acer chip-based 3D conversion solution that turns 2D into 3D without the need for software. The display also sports passive polarized glasses that are much cheaper than active 3D glasses.
The new HR274H 3D computer display is 27 inches in size and has a resolution of 1920 x 1080 for full HD 3D content and video gaming. The 3D chip supports any video card there is and the display comes with a single pair of
The other debutant is the new H9500BD projector that will support 3D tech from NVIDIA. The novelty also converts from 2D to 3D automatically and has full 1080p resolution and throws an image up to 300-inches diagonally. The projector comes with DLP tech, 3D software and refreshes at 120 Hz. Other specs include 50 000:1 contrast ratio and use of active shutter 3D glasses. Brightness is 2000 ANSI lumens and there is also support for 16:9 and 4:3 ratios.
Prices for the display and projector are 599 USD and 1999 USD accordingly.
The famous sport equipment company Oakley has announced a special edition passive 3D glasses to commemorate the debut of “Transformers: Dark of the Moon” film, which features film-inspired art and allowing you to use them for 3D entertainment in the home and the cinema.
Based on the Oakley’s 3D GASCAN model, the glasses have Three-Point Fit, lightweight O Matter frame with different color icon on each side – AUTOBOT SHIELD icon on the one side, while the other carries the emblem of the DECEPTICON shield icon. They are equipped with “optically correct”3D lenses which eliminate glare and reflections, and offering truer alignment of 3D images with an “uncompromising degree of color fidelity.
This limited edition 3D glasses comes with a Microclear bag for protection and lens cleaning, and will also be available at other Oakley Stores as well as Oakley.com, Amazon.com, Sunglasshut.com and Zappos.com. The price is quite juicy – $150!


Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, physicist, and futurist. He was widely known for his contribution to the creation of devices that operate on alternating current, multiphase systems and the motor will make a so-called second phase of the industrial revolution. Tesla has received universal recognition as the outstanding electrical engineer and inventor.
High frequency is the designation for the range of radio frequency radio (electromagnetic) waves from 3 up to 30 MHz. It is also known as the decameter band or decameter wave as its wavelengths range from one to ten decameters. In this book Tesla described them. Read it till the end to know more about High Frequency!


MECHANICAL & AEROSPACE ENGINEERING, SEOUL NATIONAL UNIVERSITY
Finite Element Procedures
- Finite Element Procedures
- Nonlinear FEA for soft robots
Nonlinear FEA for soft robots
Contact interaction plays a major role in implementing physical phenomenon in countless fields requiring a very precise solution. In particular, soft robots which produce various motion using the flexibility of continuous structure have more complicate contact interaction. Therefore, if such a mechanical system is interpreted as a full 3D model, it requires a lot of computational cost due to its high nonlinearity and complex geometry. Beam to beam contact is good simulation model to overcome this limitation and achieve real-time analysis.
* Baek, Changyeob, Kyungho Yoon, and Do-Nyun Kim. "Finite element modeling of concentric-tube continuum robots." Structural Engineering and Mechanics (2016).
* Dae-Young Lee, Jongwoo Kim, Ji-Suk Kim, Changyeob Baek, Gunwoo Noh, Do-Nyun Kim, Keri Kim, Sungchul Kang, Kyu-Jin Cho, "Anisotropic patterning to reduce instability of concentric-tube robots." IEEE Transactions on Robotics (2015).


- This is our ONLINE STORE, not all Products are kept at our showroom location. To view stock in our Tauranga store please contact us with 3 days notice. Products purchased online will be shipped from our warehouse to your address within 3 days of purchase date.
- Any questions? Please call the friendly Bayride team on 07 571 3040.
- No returns on sale items.
Oximiser 900 can be left permanently connected to provide guaranteed long-term battery care. Suitable for all 12v battery types up to 30Ah, including gel, maintenance-free and acid batteries. Heavily discharged batteries as low as 4.1V can be charged if the battery is not damaged.
6-Stage Battery Management System:
- Polarity checks: Checks the battery leads have been connected correctly
- Battery Analysis: Assesses battery and determines the best charging method
- Bulk Fast Change: Charges at a fast rate to bring the battery to approximately 85% capacity
- Absorption Charge: Lowers the charge rate and gives a topping charge to ensure the battery is charged to 100%
- Voltage charge: Hourly voltage checks assess battery health
- Maintain Mode: Applies appropriate charge if the voltage drops outside acceptable limits
- Suitable for most 12V batteries
- Compatible with Gel, MF and acid batteries
- Charges battery at up to 900mA/hour
- Note: Not Lithium Compatible


InterNode APN settings for ZTE nubia N1
ZTE nubia N1 is compatible with InterNode HSDPA and InterNode LTE.
To configure InterNode APN settings with ZTE nubia N1 follow below steps.
InterNode Internet APN settings
Go to Settings More / Mobile networks Access Point Names
Press on right top
Name: InterNode 1
APN type: default,supl
APN protocol: IPv4
APN roaming protocol: IPv4
APN PPP phone number: Not set
Do not change the default values set by device for all blank fields above.
For ZTE nubia N1, when you type InterNode APN settings, make sure you enter APN settings in correct case. For example, if you are entering InterNode Internet APN settings make sure you enter APN as internode and not as INTERNODE or Internode.
InterNode MCC-MNC values
ZTE nubia N1 compatibility with InterNode
ZTE nubia N1 is compatible with below network frequencies of InterNode. nubia N1 has variants Europe and China.
|HSDPA||Europe, China||2100 MHz, 900 MHz|
|LTE||China||Band 7 2600 MHz|
Band 3 1800 MHz, Band 40 2300 MHz, Band 1 2100 MHz*
|Europe||Band 7 2600 MHz|
Band 3 1800 MHz, Band 1 2100 MHz*
Explain ZTE nubia N1 compatibility with InterNode
ZTE nubia N1 has modal variants Europe and China.
InterNode 3G APN with ZTE nubia N1
ZTE nubia N1 Europe, China supports InterNode 3G on HSDPA 2100 MHz and 900 MHz.
InterNode 4G LTE APN with ZTE nubia N1
Compatibility of ZTE nubia N1 with InterNode 4G depends on the modal variants China and Europe.
ZTE nubia N1 China supports InterNode 4G on LTE Band 7 2600 MHz.
It will also support InterNode 4G on LTE Band 3 1800 MHz, Band 40 2300 MHz and Band 1 2100 MHz only in some areas of Australia.
ZTE nubia N1 Europe supports InterNode 4G on LTE Band 7 2600 MHz.
It will also support InterNode 4G on LTE Band 3 1800 MHz and Band 1 2100 MHz only in some areas of Australia.
Overall compatibililty of ZTE nubia N1 with InterNode is 100%. The compatibility of ZTE nubia N1 with InterNode, or the InterNode network support on ZTE nubia N1 we have explained here is only a technical specification match between ZTE nubia N1 and InterNode network. Even ZTE nubia N1 is listed as compatible here, InterNode network can still disallow (sometimes) ZTE nubia N1 in their network using IMEI ranges. Therefore, this only explains if InterNode allows ZTE nubia N1 in their network, whether ZTE nubia N1 will work properly or not, in which bands ZTE nubia N1 will work on InterNode and the network performance between InterNode and ZTE nubia N1. To check if ZTE nubia N1 is really allowed in InterNode network please contact InterNode support. Do not use this website to decide to buy ZTE nubia N1 to use on InterNode.
ZTE nubia N1 network specifications
|OS||Android 6.0 (Marshmallow)|
|Network bands||GSM / CDMA / HSPA / EVDO / LTE|
|Speed||HSPA 42/5.76 Mbps, LTE Cat4 150/50 Mbps|
|Network frequencies||GSM 850 / 900 / 1800 / 1900 - SIM 1 & SIM 2|
HSDPA 850 / 900 / 1900 / 2100 - Europe, China
LTE band 1(2100), 3(1800), 7(2600), 38(2600), 39(1900), 40(2300), 41(2500) - China
LTE band 1(2100), 3(1800), 7(2600), 20(800) - Europe


Women behind the Chandrayaan-2 Mission:
Chandrayaan-2, India’s Moon mission, has been launched from Andhra Pradesh’s Sriharikota. Chandrayaan-2 is India’s second lunar exploration mission after Chandrayaan-1. Developed by the Indian Space Research Organisation (ISRO), this mission was led by two women scientists of the Indian Space Research Organisation (ISRO).
Muthayya Vanitha, Project Director, was leading the Chandryaan-2 and on the other hand, Ritu Karidhal was working as Mission Director. On the other hand, Mission Director Ritu Karidhal was earlier working as Deputy Director of the Mars Mission. This was the first time that women power is heading this much of highly important ISRO mission.
GSLV Mk-III-M-1 is carrying three robotics to the Moon on 22 July 2019 at 2.43 PM IST. It consists of a lunar orbiter, lander and rover, all developed in India. The main scientific objective is to map the location and abundance of lunar water.
Muthayya Vanitha & Ritu Karidhal have been associated with ISRO, for the last two decades. Before this, they were part of several launches as well as the advancement of sub-systems for satellites. ISRO has earlier had women project directors for the launch of communication and other satellites.


If you have multi-panel sliding doors, the MultiDrive is your solution for ease and convenience.
Operate the MultiDrive in Stack Mode to allow all active panels to open.
The patio doors will stay open until you are ready to close them.
This is the perfect mode when the weather is great or you are entertaining guests and want to open your home for full enjoyment.
It is a compact home automation system designed to automate sliding doors. The system consists of a motor device and electronic controller and encased in an aluminium slim line housing.
The door is then activated by specially designed wireless push buttons installed on both sides of the opening. Optional motion sensors and other activation devices are available as well.
MultiDrive comes in a mill finish to allow customer to powder-coat cover to match the door’s color. The MultiDrive interface illuminates 4 different color lights depending on the Mode that is in use:
The MultiDrive allows seamless integration into your existing smart home or access control system.
Use one of the three dry-contact ports to create a scene within your home automation system and control the MultiDrive from anywhere in the world.
Don’t have a smart home system? No worries…just download the Autoslide app to your smartphone or tablet. From here, you can operate and program your MultiDrive system where there is internet access.
The MultiDrive simply connects to your home’s Wi-Fi network to provide the increased accessibility through the Autoslide smartphone app.
The MultiDrive is more than just an automatic door system. It is another way to connect your home to your lifestyle and increase convenience.
With this in mind, we have provided integration into Google’s Home system and Amazon’s Alexa platform.
Now, you can operate you MultiDrive by simply saying, “Alexa, open sliding patio door” or “Hey Google, lock Autoslide.”
And as technology continues to advance, Autoslide will continue to create partnerships for integration into a larger variety of home automation systems.
If you need window safety devices for your home or business in Sydney, contact us at The Window Guy! We’ll come to you and perform a free inspection and determine how many window safety devices you need.


Credits : 1 | Course Length : 55min
A lot of information can be derived from the capnography, both from the value and the waveform itself. This lecture focuses on waveform interpretation. We review how to infer information concerning the pulmonary and cardiac systems, assess the status of certain diseases (such as asthma, and COPD), and detect certain events (such as broncospasm, sophageal intubation, and the onset of M H).
We will discuss why we monitor ETCO2, review how the machine works, and then disect several scenarios with waveform interpretation.


Smok Micro Prism Blue Vaporizer
The SMOK MICRO AIO Starter Kit is a uniquely crafted, ultra-portable pod system that features an all-in-one design. Not only does it have an incredibly stylish appearance like most SMOK vape devices, but it has also been built utilizing some of the most durable materials.
In addition to its quality and good looks, you'll find that the performance and battery capacity is above and beyond others in its class. The MICO is only 56.3mm in height, yet is capable of delivering up to 26 Watts of power. With this compact design, it's heavy power output, and its large e-liquid capacity, it's hard not to enjoy this miniature powerhouse. Its staggering small size doesn’t hold it back though, as it features an integrated 700mAh rechargeable battery, and a Micro USB port equipped for staggeringly quick recharges. Utilizing the battery to the fullest degree, the SMOK MICO Kit offers direct voltage output, where the current state of the battery determines the power output. With its integrated coil inside the pod, it has a power capability between 10-26W depending on the battery level.


From the project through implementation, to service, we provide supplies of camera systems. CCTV - Closed Circuit Television – camera systems are used in both industry and security of various buildings, banks, museums, petrol stations or people.
Camera systems allow the image of the guarded area to be recorded on a tape or, nowadays more often, on digital data media. Installation of camera systems.
VETA Security Systems v.o.s.
Tel.: +420 777 603 041
Contact Form >>
|Product Name: Camera systems|
|Production Amount: subject of agreement||Minimum Delivery Amount: subject of agreement|
|Unit Price: according to the current pricelist|


Renewable Energy in Spokane
Installing a renewable home energy system is good for the environment and can provide significant savings in home energy costs. That makes it a "win, win" or should I say "green, green".
Planning Your System
The first thin to consider when planning your renewable home energy system is if it will be a standalone system or a grid connected system. This will likely already be determined for you.
You may be investigating alternative energy systems because bringing grid power to your home site is not practical or it is cost prohibitive. If your energy needs require an off grid system you will need a system that will provide you energy at all times or you will need a way to store energy. On grid systems effectively store excess energy on the power grid to be used at a time when you need it.
Many incentive programs require that you are connected to the grid. Even when you are designing a grid-connected renewable home energy system, you may want to consider how effective it will be when there is a power loss. In this article I will focus primarily on grid-connected systems.
Next you will need to determine the size of system that you require. If you are adding a renewable home energy system to an existing grid-connected home than you can contact your utility company and they can give you your energy use history. If you are planning a system for an off grid home or a new build, it will take more calculating and estimation to come up with this information.
This is also a good time to consider ways to conserve energy. The initial cost of a home renewable energy system can be quite high and the greater your energy requirements are, the more expensive the system you will need. This is the time to consider options like high efficiency appliances, additional insolation, energy efficient windows and LED light bulbs. There are also incentive programs for many of these items.
The next step before you design your system is deciding which technology is best for your application. The options available are; solar electric systems, wind electric systems, micro-hydropower systems or hybrid solar wind systems.
A photovoltaic or PV system uses solar panels that convert the light energy from the sun directly into electrical current. The basic system itself has no moving parts and has a very long expected lifespan. The solar panels generate direct current, (DC). Your home uses alternating current, (AC).
The panels are connected to a power inverter or micro-inverters to change the DC to AC that can be used by your home. Modern systems use micro-inverters so the power can be converted to 240 volt AC at the panels which is more efficient to move through wires over distance than low voltage DC.
Mounting your solar panels on a south facing pitched roof works well. These systems are most effective with direct sunlight but will still generate electricity with indirect sunlight or even overcast days. Warm days are not required; the panels actually are more efficient when they are cool. The Spokane area averages 171 sunny days per year therefore photovoltaic systems are a great option for Spokane.
Wind Powered Generators
If you live in a location where there are consistently steady moderate winds, a wind generator is be a good option. Wind generation may be the most cost effective alternative energy solution when comparing initial cost to power production capabilities. It is also capable of generating electricity day or night.
When you see wind farms one of the things that you may notice is that the towers are very tall. That is because there is more wind up high. The height of the tower adds to the expense of the system but it will pay for itself with the additional energy that it will generate. A 100 foot tower may add 10% cost to the whole system when compared to a 60 foot tower but when you consider that the 100 foot tower will generate 25% more energy, it is money well spent.
Even with the lower upfront cost of a wind system, because it has a lot of moving parts it is hard to predict how it will expense out over time.
Hybrid Renewable Systems
A hybrid system will normally consist of a solar panel array and a wind generator system. The advantage of this system is that the two energy production methods complement each other well. The peak times for wind generation are normally different from peak solar generation times. This makes this an ideal system for use off grid because it reduces the amount of power storage, (batteries) needed.
When connected to the power grid there is no real advantage to a hybrid system because during times of high production, you use the power grid to store the energy for later use. This will be explained more in "net metering". So it stands to reason to choose the one system that is best for your location that meets your needs.
As the name implies, micro-hydropower is a miniature hydroelectric power plant. The first thing that it requires is a running water source across the property. It should provide year round running water. If there is sufficient water flow throughout the year at all times of day, this makes an outstanding off-grid power source because there would be no need for a power storage system.
This system requires that you have sufficient drop in elevation of the flowing water from the point where it enters the property to the point where it exits the property. Ten feet or greater elevation drop is ideal but less than two feet won't work. So if you have a crick that flows across a narrow lot this is not an option. Most parcels would not support this type of system but if they do, this system is almost ideal.
Power Backup Systems
Even if you are on the grid, it would be nice to have a system that could provide you with electricity when there is a power failure. Systems designed for use on the grid are designed to shut down if they don't detect grid power. This is a safety precaution to protect the workers from the utility company who are trying to fix the problem.
Any solution for this is going to involve disconnecting the system from the grid and a power source. The power source could be a generator or a battery array with a converter/ inverter set up for charge and discharge. A camping generator or contractor’s generator is not going to have a clean enough 60 cycle signal to turn the micro-invertors on.
My solution is to connect a natural gas powered standby backup generator with a clean 60 cycle signal. It is connected through an automatic transfer switch to the main breaker panel. This automatically disconnects from the grid when the grid loses power and turns on the generator. The generator creates the signal that the micro-inverters need.
written by:Todd Hays


Study the electrospray ionization mechanism to improve the detection limit and contaminant tolerance of electrospray mass spectrometry.
Development of a new liquid chromatography/mass spectrometry and capillary electrophoresis/mass spectrometry interface with a higher sensitivity and capability for a variety of operation modes.
Trace chemical analysis of environmental pollutants.
Analysis of drug doping in Chinese medicine.
Analysis of polymer and additives.
Analysis of inorganic molecules (macrocyclic compounds and metal chelates) and organic molecules.


Access control systems are a general name given to technologies that enable entry/exit to an environment. It is possible to enter/exit institutions or living spaces in many ways. For example, using magnetic cards or scanning fingerprints.
What is QR Code Pass System?
QR Code Supported Access System is a technology that allows entering/exiting environments by using the QR code created on the mobile phone. QR codes are created online and provide a secure pass for one-time use.
There are QR code readers that can be integrated into turnstiles or similar equipment in order to provide QR code passage. These QR code readers provide the necessary access authorization by decoding the QR codes they read.
The QR code access system can be used in the entry/exit processes of the workplaces, as well as to ensure that visitors who are invited to an environment can easily enter/exit. This provides an operational convenience by eliminating agricultural cards.
Is QR Code Entry System Safe?
Yup. The generated QR codes are generated in an encrypted manner. QR code pass system allows entry/exit by verifying the person and environment that created the QR code.
QR Code Access System is more secure than other systems. Magnetic cards can break and can be used by someone else comfortably. However, you can pass through a mobile application even if QR codes created with location verification are sent to someone else.
What are the Benefits of the QR Code Entry System?
QR Code Pass System provides many benefits. Some of them are as follows.
- It reduces dependency on hardware and reduces cost.
- Simplifies integration with modern systems.
- Provides greater management control over transition systems.
- It provides a more flexible physical compatibility.
- It facilitates visitor and employee entry/exit processes.
- Using it through a mobile-based application provides the opportunity to offer the benefits of mobile technologies.
Our enter-in application supports QR code pass system. Through our mobile application, you can safely enter and exit your living spaces with the QR codes you will create with location verification.


A start-up from Montpellier has invented the first on-line connected litter tray. The device offers the cat’s owner the ability to observe the behaviour of the cat, control its weight, and run analyses of the cat’s health.
Still at prototype stage, the cat litter tray will be marketed in early 2020, and will cost €300.
The goal is to follow the daily health of the cat, at home, in its natural environment. “It has been equipped with several sensors for weighing, presence … A time stamp will inform us about the frequency of visits to the tray and their duration, the temperature of the animal and if desired we can also make a urinary analysis,” said Philippe Daurenjou, CEO abd founder of Novandsat, Caremitou.
The owner can retrieve the data via an app on their smartphone, with an option to send directly to the vet.
The start-up is already working on a product for dogs.


There are around 9,000 satellites orbiting Earth. Some satellites, such as the International Space Station carry a human crew. This page is devoted photographs of Earth's satellites and meteors.
Whenever you see a satellite in the sky, it is rarely because there are lights on the satellite, but is because the sun is reflecting off of the satellite and onto your position. This is why satellites are only visible a few hours after sunset and a few hours before sunrise. At other times, the Earth blocks the suns rays above you and you won't see any reflections.
Orbiting the Earth are 66 Iridium class communication satellites. Each of these satellites has 2 very large reflective solar panels. An Iridium Flare is the reflection of the sun off of one these panels as visible from your location. By calculating the exact altitude, speed, and path of the satellite, as well as the angle of the mirrors, you can determine the time and points on the Earth's surface where the reflection will be most visible. You can look up times and locations of Iridium Flares for your location (as well as International Space Station and other satellite pass-overs) at http://heavens-above.com/.
The scale used to measure how bright celestial objects are ranges from +30 to -26.7 with lower numbers being brightest. Examples of magnitude values for well-known objects are:
|Sun||-26.7 (about 400,000 times brighter than full Moon!)|
|Brightest Iridium flares||-8|
|Venus (at brightest)||-4.4|
|International Space Station||-2|
|Sirius (brightest star)||-1.44|
|Limit of human eye||+6 to +7|
|Limit of 10x50 binoculars||+9|
|Limit of Hubble Space Telescope||+30|
Iridium Flares can get as bright as -8, bright enough to be seen is broad daylight, though these only happen at a given location every month or so. Iridium flares of -1 or brighter happen about every day or so.
What is this object flying across the sky behind my quaking aspen trees? It is the International Space Station with the Space Shuttle Atlantis docked to it. At about 210 miles above Earth, the pair of space craft carry 10 astronauts at 17,500 miles per hour. The ISS makes it trip around the Earth in well under an hour.
Click for large version.
This image captures a relatively rare double Iridium flare, when two Iridium class satellites pass over in quick succession. The blurry looking 'star' just below and to the right of the flares is actually the Andromeda Galaxy.
Iridium Flare (left) and a meteor (right).
The Iridium Flare pictured above is Magnitude -6. To get a perspective, the bright star in the lower right is Altair (magnitude .77), one of the 4 or 5 brightest stars in my sky.
Although I incorrectly guessed the position of the flare and only caught the last half or it, I also happened to capture a small meteor at the same time, something which I imagine is probably very, very rare!
30 second exposure
Focal Length 44mm
Wait, isn't a 'near miss' a hit??? Shouldn't it be called a 'near hit' instead? Hmmmm?!?
I was taking long exposure photographs trying to identify Neptune and Uranus when a plane flew through the exposure. Though none of the planet photos are worth posting here, I thought this one was interesting.


Hi I am Neri. I am musician, and electrical engineer. I have more than 20 years of working experience, and more than 30 years of experience working with electrical devices. Living in Austin for many years, I played at many live shows with my bands.
The biggest pain of any working musician is setup and teardown of the equipment: amp, cables, and pedals. As I was brainstorming how I could reduce my own setup and teardown time for my live shows, I came up with the idea to build a standalone, rechargeable, DC power supply for my guitar pedals. This design makes it a full circle for me, as I have build my first AC-DC 12 Volt charger from scratch in 1993, which I’ve successfully sold.
Here I show a device that can power up any guitar or bass pedal, thus eliminating need for external DC power supply and long cables from the AC grid. I call this device “Mendaudio DC Battery Pack”. The first prototypes are built here in Austin in my garage, utilizing off the shelf PCB components, and custom handmade DC circuits from the web.
The main objective was to build safe and reliable devices that just work. with battery safety in mind, I have reviewed and tested a number of lithium ion cells available on the market including LG, Panasonic and others.
The DC Battery Pack device includes one off the best Li-Ion cells in the world, with advanced protection electronic circuits, protecting against overvoltage, undervoltage, overcurrent, and short-circuit conditions.
One of the primary objectives for me was to build a prototype device that is completely safe for anyone to use. I have achieved that goal with the Hybrid Chemistry Battery Cell made and assembled in Japan, and tested in the U.S.A.
The DC Battery Pack Hybrid Li-Ion Battery Cell can be utilized for 1000 full charge/discharge cycles. With the full manual switch control of the DC Battery Pack device, and the battery cell completely disconnected while device is off, the chance of thermal runaway is practically null.
The DC Battery Pack device greatly reduces setup time on stage, as well as tear down. Cable management is much simpler. The AC-Line level noise that can be notorious on some stages is completely mitigated. The DC Battery Pack device can power up to 10 pedals at a time. When powering 1 guitar pedal (@100 mA current draw, example: distortion pedal), the single charge on the DC Battery Pack device lasts up to 35 hours of non-stop operation. With Turbo-Charge (2 Amps), the Device can be recharged in less than 2 hours from the AC grid. Other means of recharging are possible, including solar cells, mechanical gear rotation, 12 Volts from the car, and others.
The main hardware novelty feature of this device is a “Battery Cell Voltage Status Monitor LEDs” feature. When the battery cell is full all four LED's are lit up. As the energy is discharged from the battery cell, the LED brightness is reduced proportionally. This allows instant visual checking of the power level of the battery cell, so that there are no surprises in the middle of the show. Therefore, it is very easy to see exactly how much power is left in the DC Battery Pack device, before the next recharge is required. In the case of “Shelf/Storage mode”, the battery cell is completely and safely disconnected from any connections via hardware mechanical switches, achieving excellent low self-discharge performance.
The DC Battery Pack device is built without any microcontrollers, Wi-Fi, Bluetooth, or any other modern modules. This significantly reduces the complexity, and the cost to build (including Bill Of Materials). All major controls are implemented with manual hardware switches. Therefore, the possibility of something breaking down is greatly reduced.
The DC Battery Pack device was tested at temperatures -10 to +30 Degrees Celsius, without any degradation of performance. New customers will receive 3-year warranty on all the parts and guaranteed performance of the Li-Ion Battery Cell. Parts list: Case, Lid, Connectors, Switches, Wires, DC-DC Boost Converter PCB, LED Battery Cell Voltage Status Monitor PCB, Cell Holder, and the Battery Cell.
This plug and play device lets the artist focus on the performance instead of the setup (and tear down) of the DC Power converter with long cables across the stage to AC plugs. The Mendaudio DC Battery Pack device truly reduces the setup time on stage before the show, and in-between band switchovers. There are no more clunky long power cables on the stage that require additional cable management for the Pedals. Plus, when travelling and performing internationally, there are no more AC converters needed! The Mendaudio DC Battery Pack device will work anywhere in the world, seamlessly, and reliably!


ANSYS Electronics Suite 19.1.0 Win64 Год/Дата Выпуска: 2018 Версия: 19.1.0 Разработчик: ANSYS Сайт разработчика: http:\\www.ansys.com Разрядность: 64bit Язык интерфейса: Английский Таблэтка: Присутствует (TeAM SolidSQUAD-SSQ) Системные требования: Recommended Minimum Configuration (for Optimal Performance):
Supported processors: AMD Athlon 64, AMD Opteron, Intel Xeon with Intel EM64T support,
Intel Pentium 4 with Intel EM64T support
Video card: 128-bit SVGA or PCI Express video card
Hard Drive Space 4.5 GB
RAM: 8 GB
OS: Windows Описание: ANSYS is the leading provider of electromagnetic simulation software, engineers rely on our electromagnetic field solvers and system simulation products to design communication and networking systems, integrated circuits (ICs), printed circuit boards (PCBs) and electromechanical systems.
ANSYS signal integrity analysis products are ideal for designing high-speed serial channels, parallel buses and complete power delivery systems found in modern high-speed electronic devices.
Our RF and Microwave design and simulation software enables engineers to design, simulate and validate high-frequency components and antennas found in communication systems, mobile devices, computers, radio and radar.
ANSYS electromechanical simulation software is ideal for the design of electromechanical and power electronics components and systems common to the automotive, aerospace and industrial automation industries.
About ANSYS Inc.
Inc.ANSYS brings clarity and insight to customers' most complex design challenges through fast, accurate and reliable engineering simulation. Our technology enables organizations ? no matter their industry ? to predict with confidence that their products will thrive in the real world. Customers trust our software to help ensure product integrity and drive business success through innovation. Founded in 1970, ANSYS employs more than 2,500 professionals, many of them expert in engineering fields such as finite element analysis, computational fluid dynamics, electronics and electromagnetics, and design optimization. Headquartered south of Pittsburgh, U.S.A., ANSYS has more than 75 strategic sales locations throughout the world with a network of channel partners in 40+ countries. Дополнительные сведения: To unlock Ansys Electronics 19.1 beta options (including Icepak):
Для разблокировки в Ansys Electronics 19.1 бета-опций (включая встроеный Icepak):
1. Start Ansys Electronics 19.1
Tools > Options > General Options > Desktop Configuration > Enable Beta Options > OK 2. Restart Ansys Electronics 19.1 or reboot computer Note: Instead of steps 1 and 2 you can create environment variables ANSYSEM_FEATURE_US125839_ENABLE=1
ANSYSEM_FEATURE_TF104_ENABLE=1 1. Запустить Ansys Electronics 19.1 и выполнить Tools > Options > General Options > Desktop Configuration > Enable Beta Options > OK 2. Перезапустить Ansys Electronics 19.1 или перегрузить компьютер Примечание: вместо пунктов 1 и 2 можно создать переменные окружения ANSYSEM_FEATURE_US125839_ENABLE=1
[ 2018-05-12 01:30 ]
ANSYS Electronics Suite 19.1.0 Win64 [2018, ENG] скачать торрент бесплатно и без регистрации
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