Section 1: Overview of Assessment
This assignment assesses the following module learning outcomes:
- Consuming and visualizing IoT sensor node data.
- Ontological modeling for the web of things
This individual assignment is worth 50% of the overall mark for the module.
You will design and build a smart thing, a sensor node, using an Arduino and sensor(s) of your choosing. Data recorded over a representative period of time will be uploaded to ThingSpeak where it can be visualised. You will also add suitable “thing description” metadata to augment the data. This will be accompanied by a 2000 word write-up, explaining your approach and your reflections upon it.
This coursework will demonstrate your ability to work practically with hardware, software, and metadata. You will submit your coursework via Blackboard by the due date. The assignment is described in more detail in section 2.
All the technologies that you will need for your coursework will be explained during the practical sessions. If you have questions about this assignment, please post them to the discussion board on Blackboard.
Section 2: Task Specification
The Approach to Citizen sensing (bristolapproach.org, 2018) is about empowering people to design and build their own smart sensors using cheap open hardware and free software platforms. Sensor data is often lost in cyberspace, so we aim to capture information about the data being collected, and create connections between different datasets.
This coursework is about creating your own IoT smart sensor node, uploading your data to the cloud, and making it available as Linked Open Data using suitable metadata.
Your report will cover the following points:
- Describe the hardware design of a smart thing that you have constructed, using the Arduino and a specific sensor (or sensors).
- Share your software on the Arduino Create Web Editor.
- Upload a representative set of data to the cloud, using ThingSpeak
(MathWorks, Inc, 2021), and share a link to your channel.
- You will use the W3C Web of Things (WoT) JSON-LD Thing Description
(W3C, 2020) to create channel metadata.
- Your report should include data visualisations of your ThingSpeak channel.
The practical sessions will give you space to develop your smart thing hardware, software, and metadata
Section 3: Deliverables
Students will be assessed on their ability to express their design in a report of approximately 2,000 words excluding references.
Sharing your Arduino Create Web Editor code.
- Create a sketch containing your code in the Web Editor
- Select Sketchbook in the menu to the left > Click on the pull-down menu next to the sketch name > Share Sketch… > change the visibility to public
3. copy the link into your report.
Sharing your ThingSpeak channel
- Create your channel at thingspeak.com
- In Channels > MyChannel > select your channel
- On the ‘Sharing’ tab select “Share channel view with everyone.”
- Open the ‘public view’ tab
5. copy the URL in the browser address bar into your report.
Section 4: Marking Criteria
Marks will be awarded according to the extent to which you demonstrate the following (weightings shown in brackets):
- Hardware design of a smart thing that you have constructed, using Arduino and sensor(s) (20%)
- Clear, commented Arduino software (20%).
- Your data will be available in the cloud, in a ThingSpeak channel (20%).
- Your thing description metadata, added as ThingSpeak metadata (20%).
- Clarity of your write-up and reflection (20%).
Section 5: Feedback mechanisms
Formative feedback will be provided if submitted well before the final deadline.


Basel Area is the nexus of the accelerating digital disruption in healthcare
At the intersection of data and technology, digitalization is transforming the health and pharma industries. Building on its strong foundations in the life sciences, the Basel Area is leading the way in this revolution toward personalized healthcare.
Powered by enabling technologies like artificial intelligence, blockchain, IoT, big data or wearables, the entire healthcare value chain is being disrupted. Boasting a unique ecosystem of innovative startups, multinational pharma giants, and world leading research institutes and hospitals, the Basel Area is the global hot spot for transforming healthcare.
Home to the leading Swiss initiative promoting precision medicine and digital health, DayOne is fostering collaboration across all stakeholders enabling the development of transformative health solutions. Not only does DayOne host multiple networking events and a large conference every year, it also accelerates innovative startups to help launch the next generation of health technology companies.
The Basel Area is continuously growing this network of digital health innovators, who come from all tracks of life, and creating affiliations among a diverse range of organizations and companies. The Basel Area is a prime location for forging global alliances, such as the collaboration between Microsoft and Novartis, which jointly established an AI innovation lab in Basel.
Main fields of focus
Electronic health records (EHRs)
Wearable health tech
Basel Area: Europe’s digital health hub
Discover why the Basel Area is shaping the future of health.
Medical knowledge, cutting-edge technologies and advanced research in
healthcare are hallmarks of this personalized health hotspot.
The Swiss Institute of Bioinformatics is establishing mechanisms to enable nationwide interoperability and sharing of health-related data as part of the Swiss Personalised Health Network.
And the University of Basel is partnering with University Hospital Basel and University Children’s Hospital Basel to promote personalized health by establishing new infrastructure and forging international research collaborations.
Basel Area is home many supportive services for digital health including:
The Basel Area hosts leaders in all domains of personalized healthcare – from precision medicine and diagnostics to clinical data analytics and consumer applications to companies optimizing processes in the healthcare system.
There is no one source for digital health talent. Innovation in this field requires experience and skills from many different areas. Be it specialists in Artificial Intelligence or veterans from the pharma industry who understand the regulatory landscape, the Basel Area offers it all.
Take for example, University of Applied Sciences and Arts Northwestern Switzerland (FHNW), which is educating AI experts with its Medical Informatics program to further drive the adoption and implementation of cutting edge data science. Additionally, a number of research and teaching institutes in the Basel Area are further driving innovation in health technology.


Gaming PC vs Gaming Laptop: When gaming, having the proper hardware is crucial to ensure a seamless and enjoyable experience. One of the most significant decisions gamers must make is whether to invest in a gaming PC or laptop. Both options have unique advantages and disadvantages; the decision ultimately depends on your preferences, budget, and requirements. In this article, we’ll compare gaming PC vs gaming laptops, explore the pros and cons of each option, and help you make an informed decision.
Gaming PC vs Gaming Laptop: Overview
If you are in the big market for a new gaming machine, you must decide between a gaming PC and a gaming laptop. Gaming PCs are desktop computers designed to deliver top-notch gaming performance. On the other hand, gaming laptops are portable machines that can be used on the go. While both options can deliver an immersive gaming experience, they differ significantly in portability, power, and cost.
One of the most significant advantages of gaming laptops is their portability. You can take your gaming laptop wherever you go, making it an excellent option for gamers who travel frequently or want to play games on the go. On the other hand, gaming PCs are stationary machines typically set up in a dedicated gaming space, such as a home office or a gaming room.
Regarding gaming performance, gaming PCs are the clear winner. Gaming PCs have potent components that can handle even the most demanding games. With a gaming PC, you can customize your hardware to meet your gaming needs, such as adding a high-end graphics card or increasing your RAM.
Gaming laptops, on the other hand, are limited by their size and design. While some gaming laptops come with impressive hardware, they can’t match the power of a gaming PC.
PCs are generally more expensive than gaming laptops. This is because they require more powerful hardware and often require additional peripherals, such as a monitor, keyboard, and mouse. On the other hand, gaming laptops are all-in-one machines with built-in displays and input devices. While gaming laptops can still be quite expensive, they’re generally more affordable than gaming PCs.
One of the most significant advantages of gaming PCs is their upgradability. With a gaming PC, you can swap out individual components to upgrade your system over time. For example, you can upgrade your graphics card to improve gaming performance or add more RAM to speed up your system.
Gaming laptops, on the other hand, could be more upgradeable. While some laptops allow you to upgrade specific components, such as the RAM or storage, most laptops have limited upgradability.
PCs tend to have better cooling systems than gaming laptops. This is because gaming PCs have more space for cooling fans and heat sinks, which can help keep your system cool during long gaming sessions. On the other hand, gaming laptops are often limited by their size and design, leading to overheating and reduced performance.
While gaming PCs and laptops can deliver stunning graphics, gaming PCs tend to have the edge in displaying quality. Gaming PCs can be paired with high-end monitors with higher resolutions, faster refresh rates, and better colour accuracy than most laptop displays.
Which type of gaming machine is right for you?
When it comes to choosing a gaming machine, there are a few things you need to take into account. The first is what type of games you want to play. If you’re looking for the latest and greatest AAA titles, you will want to go with a gaming PC. However, a gaming laptop might be better if you’re more interested in casual or indie games.
The second thing to consider is your budget. Gaming PCs can be expensive, so a gaming laptop might be a better option if you work with a limited budget. However, remember that you might have to sacrifice some performance with a cheaper laptop.
The third thing to consider is your lifestyle. A gaming laptop is your best bet if you’re always on the go. However, a gaming PC is a better option if you’re more of a homebody.
Ultimately, deciding which type of gaming machine is right for you comes down to your individual needs and preferences. Consider what type of games you want to play, your budget, and your lifestyle before deciding.
Performance Comparison: Gaming PC vs Gaming Laptop
Regarding raw performance, gaming PCs are superior to gaming laptops. This is mainly because gaming PCs can house more robust components, such as high-end CPUs and GPUs, allowing faster and smoother gameplay.
Additionally, gaming PCs can be overclocked to boost their performance further, which is impossible with most gaming laptops. However, gaming laptops have come a long way in recent years, and some of the top models can rival the performance of mid-range gaming PCs.
Portability and Convenience: Gaming Laptop vs Gaming PC
One of the most significant advantages of gaming laptops over gaming PCs is their portability and convenience. Gaming laptops are designed to be lightweight and portable, allowing gamers to take their games with them wherever they go. Additionally, gaming laptops often come with built-in features such as a keyboard and trackpad, making them easy to use on the go
. On the other hand, gaming PCs are typically larger and heavier and require a dedicated gaming setup, which can be less convenient for gamers who like to move around frequently.
Customization and Upgradability: Gaming PC vs Gaming Laptop
Another critical advantage of gaming PCs over gaming laptops is their customization and upgradability. With a gaming PC, you can choose which components you want to use and easily upgrade them as needed over time. This allows you to build a gaming PC ideally suited to your needs and preferences and upgrade it to keep up with the latest games and technology.
On the other hand, gaming laptops are often limited in customization and upgradability, making them less appealing to gamers who want more control over their hardware.
Price Comparison: Gaming PC vs Gaming Laptop
Regarding price, gaming PCs and laptops can vary widely depending on the specific components and features included. G PCs are generally more expensive than laptops, especially if you are looking for high-end components and top-of-the-line features.
This is because gaming PCs require more powerful components and often require additional cooling and power supplies, which can drive up the overall cost. On the other hand, gaming laptops are often more affordable and can be a good option for gamers on a budget.
Display Options: Gaming PC vs Gaming Laptop
One key difference between gaming PCs and laptops is the range of available display options. Gaming PCs can be hooked to a wide range of monitors, including high-resolution and ultra-wide displays, providing a more immersive gaming experience.
Gaming laptops, on the other hand, typically come with built-in displays, which can limit size and resolution. However, some gaming laptops now offer high-end displays with fast refresh rates and G-Sync technology, which can provide a smooth and seamless gaming experience.
Noise and Heat: Gaming Laptop vs Gaming PC
Finally, another critical consideration when choosing between a gaming laptop and a gaming PC is the issue of noise and heat. Gaming PCs generate a lot of heat and can be pretty noisy, especially if you are using high-end components and overclocking your system. This can be a problem if you use your PC in a small or shared space or are sensitive to noise.
On the other hand, gaming laptops are designed to be more compact and efficient and often come with built-in cooling systems that can keep noise and heat to a minimum. However, some gaming laptops can still generate a fair amount of heat and noise, mainly if you use them for extended gaming sessions.
What type of gamer are you?
When choosing a gaming PC or laptop, you must know what kind of gamer you are. Are you a casual gamer who only plays a few hours a week? Or are you a hardcore gamer who spends hours playing the latest and greatest games?
Casual gamers can get away with a less powerful gaming PC or laptop. They don’t need the latest and greatest hardware to enjoy their games. A mid-range gaming PC or laptop will do the trick.
On the other hand, hardcore gamers need the most powerful gaming PC or laptop they can access. They need the latest and greatest hardware to keep up with the latest and greatest games. They’re also more likely to spend money on upgrades and accessories to improve their gaming experience.
Which is right for you? A gaming PC or gaming laptop? It all depends on what kind of gamer you are.
Gaming PC vs Gaming Laptop: Which One Is Right for You?
The PC gaming market has been growing steadily for the past few years, and there are now more options than ever when choosing the right platform for your gaming needs. The most common question is whether a gaming PC or a gaming laptop is the right choice for you. In this article, we will pit the two against each other and help you choose which is right for you.
Regarding raw power, there’s no doubt that a gaming PC will offer more than a gaming laptop. A good gaming PC can be equipped with the latest and greatest processors and graphics cards and easily upgraded as new components become available. Gaming laptops, on the other hand, are limited by their size and form factor. While they’ve come a long way in recent years, they still can’t match the power of a gaming PC.
A laptop is a way to go if you’re looking for portability. Gaming laptops are designed to be portable and offer flexibility that others can’t match. If you want to be up to take your games with you wherever you go, a gaming laptop is a way to go.
When it comes to price, there needs to be a clear winner. You can find gaming laptops at a wide range of price points, from budget-friendly options to high-end rigs that cost you several thousand dollars. Gaming PCs can be similarly priced, although you’ll generally get more bang if you go with a PC.
The choice between a gaming PC and a gaming laptop is a personal preference. A gaming PC is the way to go if you want the most powerful gaming experience possible. A gaming laptop is the better choice if you value portability and flexibility.
In conclusion, gaming PCs and laptops have unique advantages and disadvantages. Deciding between the two ultimately comes down to your personal preferences and needs. A gaming laptop may be better if you prioritize portability and the ability to game on the go. However, a gaming PC may be better if you prioritize performance and customization options.
Ultimately, deciding between a gaming PC and a gaming laptop depends on your specific needs and budget. Regardless of your choice, it’s essential to research components that will give you the best gaming experience possible.
- Will building a gaming PC or buying a gaming laptop be cheaper?
Building a gaming PC is often cheaper than buying a laptop with similar specs. However, it’s essential to factor in the cost of peripherals like a monitor, keyboard, and mouse when building a gaming PC.
- Can you upgrade a gaming laptop to a gaming PC?
While some gaming laptops allow upgrades like additional RAM or storage, they are generally more limited in terms of upgradability compared to gaming PCs.
- How long do gaming laptops typically last?
The lifespan of a gaming laptop depends on various factors, including the quality of the components and how well it is maintained. Generally, a gaming laptop can last anywhere from 2 to 5 years before needing to be replaced or upgraded.
- Can gaming laptops overheat?
Gaming laptops can be prone to overheating due to their compact size and robust components. It’s essential to ensure that your laptop has adequate cooling, such as a well-ventilated area or a cooling pad.
- Are gaming laptops good for non-gaming tasks?
Gaming laptops can be used for non-gaming tasks but are generally more expensive and less portable than traditional laptops. A traditional laptop may be more cost-effective if you primarily use your laptop for non-gaming tasks.


Strain gauging can be vital to workplace safety and risk prevention as well as useful in much research and development work, in measuring both compressive and tensile stress.
We have years of experience installing strain gauges at any location. We can assess the requirement, specify the installation, design and build transducers (if required) as well as test and install everything so you don’t have to worry. If long term operational load monitoring is needed, Optimech has a proven track record providing solutions for long term load monitoring of structures. Optimech is highly experienced in the analysis of data for structural integrity assessment and design.


Currently, it looks like this:
I replaced the 15GB Seagate drive in the Sun Blade 100 with an old 160 GB Western Digital drive that I used to use with Linux. It won’t see the full 160 GB of it but 127 GB instead because it’s Ultra ATA/66 MHz. That’s okay. It’s a lot better than the smaller drive.
I have yet to figure out how to fix the IDPROM issue. Despite my years as a Mac user during the late PowerPC era, OpenBoot eludes me greatly. It’s the same basic firmware, but I can’t grok it very well. However, I wound up installing Solaris 10 from a x86 VM because the Sun lacks a DVD drive. It did make installation easier once I figured out Jumpstart enough to do a network install over a dedicated Ethernet port on the PC that’s hosting the VM. Networking works but I have to manually configure the connection to match what the Sun thinks the Ethernet port is…
Warning: Extremely technical babble ahead. Beware.
I finally got my hands on a dream machine sometime last week because my younger sibling found a SunBlade 100 secondhand and had to get it to me. I’ve been interested in Suns since I first saw one in 1994 when I was out with my mother paying the bill for the local dial-up ISP. The flurry of text I saw on screen was amazing and I was just fascinated by it. Because of this, I eventually wandered to Solaris 9 Express on x86, but it ran like a dog. X took forever to start (and sometimes, failed), networking was wonky, and I could never figure out how to shut it down right. In retrospect, it was almost certainly not the best Solaris experience as it wasn’t running on its native architecture–SPARC.
Of course, this dream machine is a bit of a fixer-upper. Despite using computers for the past 23 years, I never touched a Sun and mostly x86 and PPC Mac computers. One of the first things that I encountered was an IDPROM error and a U13 error. It wouldn’t boot automatically and thanks to a quick refresher on OpenFirmware (or OpenBoot as it is on a Sun), I was able to get it to boot Solaris 8’s installer.
There was a slight problem though. The Sun absolutely refused to connect to a network, so I had to figure out why it wouldn’t. The MAC address in Solaris was nothing but zeroes for the Ethernet adapter, so DHCP refused to offer a lease to it. Apparently, as I found out, the MAC address in most Sun machines is stored in the IDPROM and on most other Ethernet cards, it’s stored om the card itself.
I eventually replaced the battery in hopes that it would fix the problem with the IDPROM since it loses its marbles when the battery dies. It didn’t. I’m actually up to one last thing and that’s reprogramming it manually…


Congrats to Noémie-Manuelle Dorval Courchesne, former postdoc in the lab, who recently started her own lab as an Assistant Professor in the Chemical Engineering Department at McGill University!
Congrats to Peter, Noémie, Anna, and Bom on their recent publication of an invited review article, entitles “Engineered Living Materials: Prospects and Challenges for Using Biological Systems to Direct the Assembly of Smart Materials” in Advanced Materials.
Dr. Karen Alt visited Wyss Institute and delivered a talk “Theranostic Nanoparticles: Opportunities and Challenges”. Dr. Alt also met with Joshi lab members, Bom, Franziska, Ila, Dr. Suastegui, and Mengyuan (Koch Institute, MIT). Prof. Joshi and Dr. Guo had meeting with Dr. Alt afterwards and discussed the possible collaborations.
Dr. Karen Alt is currently a Senior Scientist in the Nanobiotechnology laboratory at Monash University in Melbourne, Australia. The central objective of her research is to develop imaging probes to better understand the underlying mechanisms of different disease processes and the impact of therapy. Dr. Alt and her research group led by Prof. Christoph Hagemeyer are working closely with Prof. Frank Caruso, the Australian Laureate Fellow in The University of Melbourne, on the designs of new nanomedicine and bio-imaging technologies.
From Left to Right: Dr. Junling Guo, Dr. Karen Alt, Prof. Neel Joshi.
Congrats to Miguel for his recent award for presenting his Ph.D. thesis work from Iowa State at the 2017 American Chemical Society conference in San Francisco!
If you have any questions about this website or process, please contact the Joshi Lab website manager: Dr. Junling Guo (E-mail: firstname.lastname@example.org)


Designed to make your life better!
Our goal is to help everybody, especially people with memory loss problems, such as Alzheimer's, amnesia, dementia, and so on. This is a big problem and it needs to be solved. You might not know the feeling personally, but it is sad when a loved one has a memory loss condition and forgets your name and other important information. To solve this tragic problem, we have come up with a solution. Our idea is a human memory chip. This chip has the brain send the memory to the chip. The chip stores your memories forever, while the brain eventually forgets. When you want to view your memories you put on the projector headpiece which will connect to the chip and you say which memory you want to watch, for example "my 5th birthday party".
What it looks like today
Currently, there are some powerful computer chips out there. There is the 6-core i7-4930K, which is strong and economical... More on Current Technology page.
Inventions that could make our idea possible
In 1823, Baron Jons Jacob Berzelius discovered silicon, which today is the basic component of processors... More on History page.
What it will be like in the future
future technology is essentially current technology, but more advanced. One
component is the chip. The type of chip we will use is not certain yet, but we
are certain of the amount of storage that we would need... More on Future Technology page.
How we came up with the HMC
We started the process by coming up with three possible ideas: a allergy reaction prevention candy, the human memory chip, and an ocean cleaner... More on Design Process page.
What our idea might cause
We have multiple consequences, including financial issues, someone stealing your memories, and more... More on Consequences page.
Advancements made and to be made for the HMC to exist
We need multiple breakthroughs for our idea to become a reality. We would need a chip that has 200 terabytes, or more, for storage... More on Breakthroughs page.


MagAmp смотреть последние обновления за сегодня на .
ทำความรู้จัก Hyponex magamp (ไฮโพเนกซ์ แม็คคัม) ปุ๋ยขายดีในญี่ปุ่น กับคุณอูชิดะ พร้อมสาธิตวิธีการใช้งานอย่างละเอียด
Hello to MagAmp Nr.3: In this video I use the nice sounding Marshall MS-2 as a pre-amplifier to the Magnetic Amplifier input. The output of the MS-2 on the left has a headphone connector. I did some modifications to the MagAmp circuit and adapted the input to the headphone impedance. The headphone signal coming from MS-2 will be amplified and shaped by the MagAmp bofore it goes to the 1x12 cabinet. The source of the noise comes from a HSS Strat. The overdrive in the MS-2 (that works with a 9V battery) feels really good but it needs sometimes more drive to sound full and breezy.
Trying to use slow release fertilizer with my only Stanhopea - Stanhopea jenischinana... Will it work?
Niestety układ pod obciążeniem nie spełnia założeń
I thought I would do a quick video on magnetic amplifiers due to the lack of information available on the internet. Saturable reactors and magnetic amplifiers were used as early as 1885, through to roughly the mid 1900's, where their use declined rapidly. Since then, the magnetic amplifier has become all-but-forgotten - lost technology. I'm just doing my bit to keep everyone aware of their options when designing circuits.. Magnetic amplifiers have many uses including amplification, switching and controlling. For a thorough understanding of magnetic amplifiers, I would suggest to start with a book which was written by Paul Mali and published in 1960 - 'Magnetic Amplifiers - Principles And Applications'.
If you want to have a look at those special videos become a member and join by clicking this link 🤍 Don't forget that you can buy my books and materials for your own experiments including our conductive inks at 🤍 - and for the many who have asked, yes, you can also donate to further our work, again through the shop.
A little demonstration of a self built Magnetic Amplifier (MagAmp) for audio and guitar signals. That type of circuit works as a power output stage and contains a low impedance input. A standard microphone or guitar output signal will not work directly as an input signal. In that video low impedance sources like another speaker or power amplifier output will be used. The saturable reactor has two stacked cores with a control winding and two load windings. The output impedance is compatible with standard 4 or 8 Ohm speakers. The power supply for the MagAmp is a high frequency source (more then 40 kHz) and will be used to modulate the audio signal. The goal will not be necessarily to amplify an already loud (amplified) signal but to generate some new sound shapes. The volume settings on the used tube amplifier (acts as a pre-amp) are very low. The sound shaping brings some new interesting effects like including harmonics, more bass and a little of reverb in conjunction with an electric guitar.
hyponex (ไฮโปเน็กซ์) ปุ่ยน้ำสัญชาติญี่ปุ่น ดีไหม hyponex คืออะไร ดูคลิปเดียวจบ
Hyponex Maguamp K medium grain 1.3 kg Fertilizer Country of origin: Japan It is a slow fertilizer that mixes into soil. N-P-K-Mg＝6-40-6-15 For All Plants, Flowers, Vegetables, Bulbous plants Blend Magamp K and soil when transplant Effectiveness: Small: two months, Medium: one year, Coarse: one to two years Usage: 2-8 g per 1 L Soil Do subscribe to my channel for more updates. 🤍 Facebook Group - Cacti & Succulents & Plants Lobang 🤍 Facebook Page - Cactaceae Review 🤍
Using modulation to fluctuate the modified MagAmp core's saturation density, and providing means of audible visualization we can "hear" what's going on inside. It uses typical 60Hz line noise as the "carrier frequency", and an ELF range signal generator influences the reflection cores' control windings. (the initial few attempts were to demonstrate this state of low hum/ringing being caused to ramp up, almost in a magnetic-avalanche like effect. and then how varying the rheostat's setting can dampen the modulation intensity) Additionally, adding a 40W bulb to self-dampen the reflection cores, allows suppression of the initial reaction, as well as promotes sharp ramp-up periods in the inner tank where the "audioscope" is connected. The tall waveguide spindle allows a 5th harmonic of vibration to resonate from the top dome. Varying the beat frequency, allows vertical lengthening of the compressional wave nodes and dictates the height at which the dome must be suspended to vibrate in free self-oscillation.. It's funny how sound is no different than electricity. :)
ต้นไม้สวย... สั่งได้ ปุ๋ยละลายช้าชนิดไม่ละลายน้ำ... ต้นไม้ชอบ ปุ๋ยละลายช้า MAGAMP K คุณภาพสูงนำเข้าจากประเทศญี่ปุ่น สำหรับต้นไม้ทั่วไป หรือต้นแม่พันธุ์ที่ต้องการบำรุงเป็นพิเศษ ใช้ผสมดินหรือวัสดุปลูก หรือรองก้นหลุมไม้เศรษฐกิจ ไม้ใบ ไม้ดอก แคคตัส ผสมดินหรือวัสดุปลูก อยู่ได้นาน 6 - 12 เดือน (ไม่ละลายน้ำ ธาตุอาหาร N P K + Mg) ... Tel : 0962826236 Line ID : 🤍722rylid ... #ต้นไม้สวยโดนใจ #เกษตรไทยวาไรตี้ #magamp #magampk #hyponex #ปุ๋ยละลายช้า #ปุ๋ยแคคตัส #ปุ๋ย
The rotor of any pulse motor is external and is the reaction of the pulsing magnetic field without consuming anything extra. The magnetic field contains most of the energy that comes from the power supply. Because some of the energy is returned back to the power supply, the actual power consumption is lowered. So the magnetic field and the reacting rotor both together have more power in them than the actual total consumption. Here is the schematic for this exact setup : 🤍 In other words the power contained in the magnetic field during it's ON time is near equivalent to the input power ONLY. BUT, because energy is returning back, then this automatically makes the magnetic field contain more energy than what is being consumed as well as any work done. REMEMBER, the frictional losses including air resistance and mostly bearing friction is the actual work load taking energy AWAY from the rotor as observed on the input meter on the positive side. This is more power and energy BEFORE the energy is returned back. Simple. AFTER the energy is returned the magnetic field is auto-intensified. Please leave any questions or comments down below.
Diapason Adamantes III AcousticPlan MagAmp+ Phonomaster SE Cableado Auditorium23 Set-up Thales TTT-C + Simplicity Soundsmith The Voice
Welcome to another video of the MagAmp: the "Push-pull Magnetic Amplifier". In this episode I like to demonstrate again the tone differences between the tube amplifier output and the MagAmp output. The demonstrator consists of three assemblies: 1. Push-pull Magnetic Amplifier with four saturable cores 2. Volume settings: Selectable switch and resistors 3. Power section VAC for the MagAmp supply In order to get more volume or output power the push-pull configuration uses four saturable reactors and a center tap power supply transformer. The output signal will be picked from an output transformer on the primary side what is unusual but the tone results appeared well. Compared to the basic circuit of the MagAmp the push-pull MagAmp provides more volume, clarity and bass. By using the electric guitar (see picture: Signal Chain) the MagAmp will be pushed more to saturation and provides rich harmonics and reverb - what is kind of nice to me. The Magamp acts as an effect pedal after the tube amp before the signal goes to the speaker. The MagAmp has a low impedance input and cannot be directly driven by the guitar or microphone. So the tube amp acts like a preamp with a low output level.
Just another odd discovery. I would have thought that the powerful PM would have biased the magnetic field being produced by the primary coil,as the P/in is very small. I also thought that the core would be saturated,and the P/out from the secondary would have dropped to almost nothing. But it seems that the opposite happened in both cases.
50年愛され続けているハイポネックスのおすすめ商品『マグァンプK』の店頭用動画公開中！ 植物をきれいに元気に育てるならバランスの良い栄養を必要な時に必要な量だけ与えること。だからマグァンプK！ ■マグァンプKとは 🤍 ・いろいろな植物の植えつけ、植え替え時に土に混ぜ込むだけで、ゆっくり長く（約1年間）効き続け、植物の生育を良くします。 ・リンサン効果で丈夫な根をつくり、花・実つきを良くします。 ・草花・球根・野菜・観葉植物など、いろいろな植物に適しています。 ・N-P-K-Mg＝6-40-6-15 マグネシウム配合。 ■商品の特長 ・ひと粒の中に栄養をバランス良く配合。 ・植物が必要なときに必要な分だけ栄養を吸収。 ・元肥として土に混ぜ込むだけで長く効く。
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A record of two months after lithops sowing 리톱스 파종후 두달동안의 파종기록입니다. 播种后两个月内的纪录
Magnetic Amplifier Generator IV: MAG AMP GEN IV Shown are various MAGNETIC AMPLIFICATION GENERATORS built to test various parameters of size, cost, and performance. a) The 3-ring of coils with a brushless 90v DC-motor driving it (input 28v) - conclusion: too much power used by large drive motor; Flywheel effect at as low as 300r/p/m's. b) Four rings of coils driven by 3-phase DC 12v pump motor. Originally 2-coil sets. MAG AMP GEN I, & II show these in operation & discuss results. (This was very fruitful proto test sequence: notably, I could vary R/P/M's by using three different outputs from motor, resulting in design improvements, surplus energy produced and resolution of fly-wheel problems.) c) Five rings of coils condensed in size & driven by small 5000r/p/m (freewheeling) 12v DC brushless 7-pole motor. Subject of MAG AMP GEN III video. Surprisingly high voltage output (too high!) & fast (1000+) R/P/M's. d) Untested 6-coil rings, similar to "c)" , expected to slow R/P/M's & thus lower voltage output somewhat. e) Test shown of 6-coil ring type, but with no.28 rather than no.30 wire with 300 turns/per/coil, instead of 400. Expected to lower voltage outputs still more: initial test with battery initially at 10.92v gave an average coil reading of 30v (high 32.6v, low 28.2v). This test used somewhat higher initial voltage with results you have seen! Projected MAG AMP GEN V: mixing ALL coil sets of "c)", "d)", & "e)" to power 500w 36v magnetic drive from GoldenMotor.com. Note, this will be the same Drive that powered Solar-Vees in previous videos at speeds up to 35km/p/h. Later projected projects: Ramp up power output & do road tests up to 100km/p/h (70m/p/h). Time frame 18 months. Oh - & f) First 4 coil-ring attempt at Air Turbine supplement for 50 km/p/h plus vehicle speeds. Blades are too few & too small, it gave only 1.5v with 20m/p/h simulation fan. Improvments to follow. - All I am doing here is similar to what was done a century ago with Hydro-power Turbines. At first there was only one set of blades (& magnets & coils). Later, as many as dozens when water-"heads" are high. more info: 🤍 🤍
Electric Transmission Power Losses converted to electricity to cover the daily Peak demand
Fuel Free Mag Amp Gen W1 http://BioMod/multiply.com 🤍 Purpose: To demonstrate on-board generators powering a 500w mag-drive wheel of 36v rating. Result: Success! The Generators: Three of approx. 3 amp output max. Features: Each 3-phase AC with full-wave rectifyers on each ring to output DC. Each powered by small 12v 5000rpm max motor, powered in turn by 12v 7.5amp/hr sealed lead batteries, sometimes supplemented by 100MAH simulating small solar roof panels. Special problem: In spite of the non-resistance of air-core coils, it was found that "back-pressure" from either direct loads (Tunsten Lights), or charging batteries, caused axle slow-down and DC-motor heat-up, as well as lowered voltage output. Our conclusion was that there are THREE, not TWO, charging types - we dubbed: 1) "Hard" - your ordinary wall plug-in charger, a rectified-output transformed around a laminated steel core driven by 120volts AC. 2) "Soft" - Direct input solar panel charging such as we used on many "Vee's" we built and tested, which charged all types of batteries, and could carry higher voltages and amperages than "hard" charging, without damaging batteries. 3) "super-soft" - the present on-board generators, which cannot directly charge batteries, but can charge CAPACITORS, which in turn can power the Wheel-Drive, or (we presume and will later test) charge batteries FROM THE CAPACITORS! Special features: On-line 3 amp diodes placed past initial capacitor(s). 1.5 Farads total capacity shown in test. The goal: To introduce universal Fuel Free Transport in a time parallel with Fuel Free, Housing, factories, agriculture, and all businesses. Reason: Point-of-use power generation is the only possible sustainable method for economic security, ecological integrity, and wide-spread prosperity in future planet development. Reason explained: Resource fuel extraction and delivery has become too expensive and undependable, causing wide-spread suffering and death, in spite of all relief efforts, stock-piling, and budgeting. Added to this is the extreme vunerability of long extended networks of physical connectedness - this includes electric grids as well as pipe-lines, tankers, and the like. Attempts at central control and domination of such networks has become increasingly difficult and intermitant and is rapidly failing due to both human and natural threats and disruptions. Conclusion: This demonstration shows for the first time publically (that we know of) the practicality of Fuel Free Transport. All elements shown can be improved on and enlarged to encompass all non-human or animal powered transport, thus initiating a revolution in planetary power technology. In a sense this Fuel Free, point of production = point of use, revolution merely generalizes the universality of solid-state electronics which already totally dominates the lighter energy sector of communications on the planet and in the human explored solar system generally.
This video shows how Transport becomes totally electronic and self-sustaining. - This kind of progression has happened in other fields already: CAMERAS: 1900 - totally mechanical ; 1920 - Separate Light Meter ; 1960 - "SLR" - Light meter through lense ; 2000 - Digital Camera or phone. MOTION PICTURES: 1900 - hand cranked ; 1920 - Electric Motor driven, both camera & projector ; 1980 - VHS ; 1990 - CD's ; 2006 - YouTube. Gas "Cars": 1900 - hand cranked ; 1920 - electric starter; 1960 - electric guages; 1990 - computer adjustments & checks; 2010 - Fuel Free Electronic powered "Car" w/ ambient energy input(s) (Solar/Vibrational/Air Turbine) - The main change in this video demonstration, is a set of Li-ion Batteries mounted on a parallel circuit to the Wh1 Generator/Capacitor circuit. The advantage is that the batteries are recharged FROM THE GENERATOR/CAPACITORS at the end of each drive. This allows fewer generators and fewer batteries and eliminates the need for outside grid recharging. The self-sustaining Electronic vehicle is only possible because energy needs are reduced by two orders of magnitude: 1) Hub Mag-Drives need only 1/10 the input of fuel motors. 2) Mag Amplification Generators need only 1/10th electrical input to maintain their small electric motors. (Or if turned by Air Turbines no input at all.) Conservatively: Such vehicles need only 1/70th of the energy input of Fuel vehicles of equal performance, all of which can be obtained by energy impacting the vehicle itself when static or moving. The main operators guage will be Voltage Power Status, surrounding a speed dial. This is because with generators voltage can now go upward, not only downward as in today's "Electric-Battery" vehicles. Operator will be responsible for keeping it within a certain range - somewhat similar to fuel-gas racers RPM-meters, where too high a reading burns out engine, while too low results in stalling.
* Plus d'actualités machines, logiciels, outillages : 🤍 Interview de Patrick CHABRY d'AMP SOUDAGE.
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The guitar magnetic amplifier got now a black box to be used in a band context and make it more practical for use. In this video I took the device in a big room to check the loudness and of course the sound. The box has an integrated transistor PreAmp that allows go straight in with a guitar and then go to the MagAmp with a patch cable. The output of the MagAmp goes then to 1x12 cabinet. But the internal PreAmp must not be used necessarily – a low impedance signal can be fed in. The second variant brings more headroom and clearity.
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Artificial Intelligence (AI) has been widely adopted in various applications ranging from machine translation to image analysis. However, recent studies show that the AI technologies, particular complex deep neural networks are vulnerable to adversarial attacks in the form of subtle perturbations to the inputs that lead to incorrect result. The intrinsic vulnerability is referred to AI security.
The 2019 International Workshop on Explainable Artificial Intelligence for Cyberspace (EAIC 2019) aims to bring together researchers, engineers, students in both academic and industrial communities who concern about the explanation and interpretability of deep learning models and the security of applying these AI technologies in critical applications for cyberspace, such as in cloud computing, Internet of Things (IoT), cyber physical systems (CPS), intelligent city, big data systems, etc. Research from various domains, including but not limited to data mining, machine learning, probabilistic models, distributed computing, explainable neural networks, interpretable theory of artificial intelligence, and cyberspace applications are highly appreciated. Attendees are invited to introduce their latest research results (theories/innovations/algorithms) on explainable artificial intelligence and how these innovations can be applied in real-world cyberspace applications.
Topic interest include but not limited to:
All submissions should be written in English and submitted via our submission system through Easychair https://easychair.org/conferences/?conf=eaic2019. A paper submitted to EAIC 2019 cannot be under review for any other conference or journal during the entire period that it is considered for EAIC 2019, and must be substantially different from any previously published work. Submissions are reviewed in a single-blind manner.. Please note that all submissions must strictly adhere to the LNCS (Lecture Notes in Computer Science) templates. The templates also act as a guideline regarding formatting. In particular, all submissions must use either the LATEX template or the MS-Word template. Please follow exactly the instructions to ensure that your submission can ultimately be included in the proceedings. The proceedings of the DependSys 2019 Workshops will be published by Springer LNCS in DependSys 2019 Workshops Proceedings (indexed by EI Compendex)
Full paper due: August 15, 2019
Acceptance notification: August 30, 2019
Camera-ready copy: September 15, 2019
Conference Date: November 12-15, 2019
WORKSHOP GENERAL CHAIRS :
PROGRAM COMMITTEE :
PUBLICATION CHAIRS :
REGISTRATION CHAIRS :
CONFERENCE SECRETARIAT :


The Latest in TSCM/Bug Sweep Technology
Editor's note: This article was written by Paul Cicarella about his certification experience at REI’s Technical Surveillance Countermeasures (TSCM) training. The opinions expressed here belong to Paul Cicarella.
In February of 2019, investigators gathered at the Research Electronics International (REI)’s Technical Surveillance Countermeasures (TSCM) training to stay on top of today’s cutting edge counter-surveillance and TSCM/bug sweeping technology.
Over a period of five days, technical security professionals reviewed tactics and best practices with attendees, shedding light on advanced techniques and new technology. The professionals at REI work with a variety of security specialists including federal agencies, local municipalities, and world corporations as well as private sector agencies and companies. In order to be proficient, trainers allowed attendees to work with top of the line TSCM equipment. This equipment allows agencies and companies to test for a wide range of technical threats and ultimately eliminate those threats.
REI’s Core Concepts Course consisted of hands-on training in the fields of telephone testing, free space radio frequency (RF) detection, and non-linear junction detection, which involves using equipment to detect electronic semi-conductor components. The course also covered the key fundamentals of a technical security investigation to ensure that investigators complete each investigation fully and properly, all the way from preparation to debriefing the client. Part of this was learning how to use REI’s state of the art detectors, Andre and Orion, to their full capacities along with CMA 100. To accomplish this, REI provided mock hotel rooms, offices, and average household rooms as well as fully functional phones and phone lines. The Orion 2.4 HX is a non-linear junction detector that detects hidden electronic devices regardless of whether they are radiating, hard-wired, or turned off. The Andre is a handheld broadband receiver that locates nearby RF, infrared, visible light, carrier current, and other types of transmitters. The CMA-100 Countermeasures Amplifier is a high gain audio amplifier identifies surveillance devices specifically attached to building wiring such as telephone wiring, LAN and server systems, AC power, and alarm wire.
The Andre is one of REI’s near-field detection receivers that sweeps for various transmissions such as radio frequency, infrared, visible light, and carrier current. It comes equipped with numerous attachments, which pick up transmissions ranging from 10 KHz to 12 GHz. The Andre can also be used to fully sweep a phone booth, the phone itself, and the phone block where the phone lines run as well as wiring in buildings. In regards to bug sweeps, this is particularly useful in identifying malicious equipment designed to gather information over a suspect’s phone communications.
The Orion is REI’s non-linear junction detector that detects hidden electronics whether they are on or off. It can even detect the devices through surfaces such as furniture or walls. By transmitting its own radio frequency energy to the hidden device, the Orion is able to detect it due to the frequency energy bouncing off of the semiconductors within the device and sending a signal back to the Orion itself. The Orion may be one of the investigator’s best tools for counter-surveillance investigations. Since technology is expanding and a wider range of digital devices are now available, the Orion’s capability to find a variety of electronics is invaluable. The Orion can find hidden devices not otherwise noticed, wrapping up an investigator with ease.
The Andre and Orion tools allow for improved counter surveillance investigations as trained professionals can easily locate suspicious devices that may be used to record an individual’s actions. This faster, accurate devices can lower the cost of TSCM (bug sweep) investigations and get clients the answers they need.
Technical threats and attacks occur on a daily basis and are often at times when you would least expect them. Whether it is a domestic dispute between a husband and wife, a former business partner who had a falling out with their company, or a foreign entity trying to obtain vital information from our government, there is no way to be 100% sure that you are safe from these attacks. We need to take the proper precautions and steps to stay protected. Attacks can happen to anyone but they can also happen in a variety of different ways.
With state of the art equipment and hands-on training in the fields of broadband detection, non-linear junction detection, and telephone testing, any investigation agency should be prepared to take these steps and ensure that its clients are protected from technical threats. Advanced Investigations LLC specializes in bug sweeping, utilizing the latest equipment/training from professionals. We also focus our efforts on litigation support for personal injury, criminal, family, and trial consulting as well as solving unique problems and issues with the help of experts in their respective fields.
About the Author
Paul Cicarella Jr. LPI started Advanced Investigations, LLC. in 2009, making him the youngest licensed investigator at that time in the state of Connecticut. In total, Paul has 16 years of investigative experience. Paul is also the owner of Advanced Installations, an alarm and security company specializing in CCTV cameras. Paul recently merged with Advanced Total Protection (ATP) which helps and provides better service to his larger loss prevention clients. Paul is involved in many industry associations, he’s the president of CT Private Investigators Association (CPIA), Region 2 Director of National Council of Investigation and Security Services (NCISS), a member of the Fraternal Order of Investigators (FOI), World Association of Detectives (W.A.D.), National Defender Investigator Association (NDIA), American Society of Trial Consultants (ASTC), Business Network International (BNI), Better Business Bureau (BBB) and associated with Fairfield Bar Association (FBA). Advanced Investigations LLC is located in CT with offices in Westport, Stratford, New Haven, North Haven, Waterbury, Hartford, and Guilford. Open 24/7, Advanced Investigations can be reached at 203-745-4455 and [email protected].


GE DBXR453EAWW Residential Dryer Won’t Start, Makes Humming Sound
A Facebook fan by the name of Barry sent us an interesting question about a GE residential dryer with model number “DBXR453EA1WW” a couple of weeks ago. It was an old dryer that wouldn’t start. From what he had mentioned, it seemed like the unit was getting power, but the motor would run only if the drum is given a push. There was also a humming sound once the unit was powered on.
Since we weren’t able to do an inspection and run some tests on the unit, we just did a search on the model number he gave us before giving our diagnosis. We turned up a number of results, but only for parts and almost nothing for the unit itself.
Initially, it sounded as if the problem was caused by a faulty start capacitor. Now what exactly is a start capacitor?
To explain it simply, a dryer is driven by a rotating cylinder in its motor called the armature. This armature is spun by the windings that surround it by providing alternating push and pulls. These “push” and “pulls” happen immediately when the voltage comes on, but since the armature cannot react instantaneously, a start capacitor is used to create a “lag” to give the armature time to gain momentum.
A dryer’s start capacitor often looks like a white cylinder with terminals on one end, similar to a battery. When a “start cap” fails to work, the motor will just sit and produce a sound called “Mains Hum” which is typical in electrical wiring and equipment.
But Barry replied that he couldn’t find a start capacitor in his dryer, which sounded quite accurate because we weren’t able to locate the part online for his dryer model as well.
Our research also made us conclude that the model number might be “DBXR453EAWW” instead of “DBXR453EA1WW”. The first one shows up as a GE® Extra-Large 6.0 Cu. Ft. Capacity Electric Dryer at the GE website. Even with this, there’s still an unfortunate lack of technical information online for this model.
Barry also said that he made sure the belts were on correctly. At this point we were thinking that it was an issue with the start winding of the motor, and so recommended replacing the motor altogether. From the image he provided us, it looked like the motor was a GE Hotpoint Dryer motor with part number “5KH26JJ064S”By the way, the start winding is the fine, insulated copper wire that receives current in the motor at startup. A humming dryer motor that does not start can also be caused by a bad start wiring.
We have not heard back from him so we think he went ahead with our suggestion. In any case, we hope that the information we’ve uncovered from this issue helps others who own the same GE dryer model.


Seven years ago, the U.S. National Institutes of Health (NIH) decided to map all the connections in the brain. In 2010, the Human Connectome Project (HCP) was born. It has provided funding to the tune of $40 million to two collaborating consortia whose aim was to acquire and share high-resolution data of structural and functional connections in the human brain. The researchers have sought to understand, on a scale never before attempted, the neural pathways that make us human, and how changes in those pathways make us sick.
At a symposium yesterday at the NIH campus in Bethesda, Maryland, top researchers from the HCP came together to provide an update on the project’s achievements and future directions. To date, the consortia have released brain-scanning data from hundreds of individuals and that data has been used in more than 140 scientific publications. Perhaps even more importantly, the effort has produced impressive new tech, including unprecedented magnetic resonance (MR) hardware. Among the gadgets are high-powered scanners and customized head coils. In addition, there are legions of software for analyzing, visualizing and sharing the petabytes of neuroimaging data being generated.


Alternatively, solar generators get their power from photovoltaic panels as well as store it as chemical energy (in solar cells). When needed, the battery converts the chemical power right into electric energy. This process does not generate any type of sound whatsoever (Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title]). The only noise stemming from solar generators is the sound of the inner cooling fan, which starts to stay clear of any getting too hot dangers (present in some solar generator versions).
For these factors, you can maintain your solar generator inside your house, near your appliances, practically any place most convenient. Solar generators are safe devices that can be maintained inside your home. Source: bluettipower. com For benefit, you can even utilize a generator transfer switch to connect your solar generator straight to your house's electric panel - Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title].
Solar generators can be kept outdoors as they can be charged utilizing mobile photovoltaic panels. Source: bluettipower. com To conclude, there aren't constraints as to where you can maintain your solar generator. They are very risk-free and reputable tools. Should A Solar Generator For A Residence Assistance Split Stage Bonding? It depends on how you intend to utilize your solar generator.
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With this system, you have the option to draw 120 VAC between a warm cable and neutral, or 240 VAC from two 120V warm wires. how much electricity can i generate with solar panels. Reduced and average power home appliances make use of 120V electrical outlets, while high-power devices (home window A/C unit, clothes dryer, water heating unit, etc) generally make use of 240V electrical outlets (to minimize electrical shock danger or electromagnetic noise) - Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title].
A 120VAC system must suffice to power the basics (Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title]). Nonetheless, if you desire to power a range of appliances, including those that call for a 220V input, then your solar generator must sustain split-phase bonding. The Bluetti EP500 PRO Split-Phase configuration, supplying 240V outlets, to run high-power home appliances. Source: shopsolarkits.
Great instances are the BLUETTI EP500 and the Eco, Flow DELTA Pro. How Can You Recharge Your Residence's Solar Generator Rapid? One of the most significant advantage of solar generators is that they can be recharged with solar energy - Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title].; charging can take around 6 to 8 hours, depending upon the generators capability as well as charge price However, solar generators for residences can stand up to a really high input price, indicating you can bill them also quicker.
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These high-capacity solar generators also come with a superb dual charging feature. It enables you to utilize 2 different charging methods all at once, to optimize billing input (Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title]) (where is solar energy generated). Infographic revealing the many methods which the BLUETTI AC300+B300 solar generator can be recharged. One technique can be selected for CP1 and another approach for CP2 for synchronised charging.
wind generator vs solar panels
com Consequently, you can reenergize your AC300 with both the wall outlet and photovoltaic panels plugged in (substantially speeding up the recharging procedure) with a complete input rate of 5400 W. This way, the approximated charging time would be anything from 1. 6 hrs to 2. 1 hrs. As a whole, high-capacity solar generators that have the double charging feature can be fully charged in about two hours.
If you keep the device for an extended duration, you need to fully discharge and also charge it at least once every 6 months. stay clear of exposing your solar generator to rainfall or harsh/wet environments. Keep the system away from any type of combustible materials or gases. safe billing temperature levels vary from 0 C (32F) to 45C (113F).
Jackery Solar Generator 1000 Sunrise FL-Bluetti
maintain your solar generator in a well-ventilated location being used or store. if you store the device for an extended duration, you must totally release and recharge it at the very least as soon as every 6 months. to guarantee the system's battery lifecycle, respect the recommended depth of discharge. Final Words Solar generator for residences are an exceptional choice for those who intend to get ready for power interruptions or natural calamities.
In this manner, they can use a high power capability, qualified of powering several home devices for a reasonable amount of time. They aren't only valuable to you and your family members throughout emergency scenarios; they additionally benefit the setting with their ability to harness energy from the sunlight (Pros And ConsBest Solar Generator For Home Backup[this_title]Charge ControllerPros And ConsWhat is the average cost of a solar generator?[this_title]).
best solar generator
Power generators for home is a portable emergency power storage device. It has the ability to bill your numerous gadgets all at once, so you won't be left without lights throughout a blackout. Getting an emergency power generator in summer to function as a backup for your homes is essential. It decreases price of living and makes certain undisturbed power specifically after an unexpected power interruption.
100 Watt Sunrise FL-Bluetti
How huge of a Bluetti solar generator do I require?
As a basic regulation, the generator should be around 2 times the size of the inverter's continual result. For instance, a 4,000-watt inverter ought to be coupled with an 8,000-watt generator. 8kW would make feeling as a minimum generator size to power the loads as well as have adequate power to bill the battery bank as well.
What is the most effective Bluetti solar generator?
Factor No Power Bluetti Solar Generator. Their Bluetti model solar generator offers nearly two times the storage of in a similar way priced systems with a high-capacity 2,000-watt-hour battery ability as well as 3,000 watt high-efficiency inverter.
Just how do you attach a solar generator to your residence?
The simplest as well as safest method to link your solar generator to your residence is to utilize a generator transfer button. These small tools are set up to the electric panel as well as act as a go-between for your solar generator and also electric panel.
Right here are some reasons that having a house generator is necessary: 1. Maintains Your Vital Devices Running When you have an emergency generator, it will certainly assist in your houses by maintaining your devices and also devices overhead lights, refrigerators, and also even medical devices. It functions as a back-up resource after a power interruption.


We educate ourselves, by continuously keeping up to date with the skills needed, in order to provide the highest service to our customers.
Our goal is to be 100% accurate in every case we handle. In this way we ensure that our customers get the best experience and we solve every task to Your satisfaction.
We assess each vendor, in accordance with our quality standards. This is to prevent the supply of fake/suspicious components, not approved components and components whose origin cannot be guaranteed . We currently have over 5,000 suppliers that are blacklisted.
BR Electronic is AS9100D Certified.
Our warehouse is fully ESD Certified, and we supply components in accommodation to the JEDEC standard IPC / JEDEC J -STD- 020D.1 and IPC / JEDEC J -STD- 033C.1
We have our own testing laboratory, which is equipped with some of the latest equipment to ensure that the components we supply are of the highest quality. We have powerful microscopes to Die verification, electronic testing facilities, high-resolution cameras , etc. . Every component we supply has been through our quality control.


Raspberry Pi Jump Start
I Just Got a Raspberry Pi — What Do I do?
First, follow the advice of Douglas Adams in The Hitchhiker's Guide to the Galaxy: Don't Panic! We'll walk through the steps from opening the box to a running Pi. After that, you're on your own, and the sky's the limit!
Gather the Stuff You'll Need
If all you have is the Raspberry Pi you will have to collect more stuff. Our Raspberry Pi shopping List can help with that. Here's what you'll need:
☐ Access to a desktop or laptop computer, MacOS or Windows.
☐ Access to a network connection, wired or wireless.
☐ A microSD card; 16 GB is plenty, be sure to get Class 10.
☐ A USB adapter for that microSD card.
☐ A Raspberry Pi Computer.
☐ A power supply for your Pi; be sure what you get matches the Pi you have.
☐ A USB keyboard and mouse
☐ An HDMI monitor with cable, or some other monitor and adapter cable.
☐ A case for your Pi (optional)
☐ Maybe a parts kit like this one (optional)
The microSD card stands in for a hard disk for your Pi. Think of it as a tiny solid-state disk.
Flash an OS onto the microSD card
This is the only thing you'll need that desktop or laptop for.
☐ Download balenaEtcher; there's a version for your OS.
☐ Download an operating system image.
☐ Use balenaEtcher and the USB adapter to flash the image to your microSD card.
You may need up to 3 GB of disk space on the desktop / laptop to hold the Raspbian image.
You can get the official Raspberry Foundation images from their download page. If you're just getting started, get the image with "desktop and recommended software." The "lite" image has no GUI and is for embedded systems. You could also use the KSU Workshop image.
NOOBS is not an operating system; it's an installer that will let you select among operating systems. Save it for later and just use the Raspberry Pi operating system for now.
Do you have a case, maybe?
If you got a case, you might install the Pi into it at this point. No case? No problem! Just don't put your PI down on metal surfaces or tools and keep metal things away. You don't want to short any circuits! We've found that the Argon NEO is a very nifty case for the Pi 4. It protects the Pi and, with the top off, exposes the pins, with labels!
Plug it all in — except the power supply
☐ Gently insert the microSD card into the holder. The slot's on the bottom, except
Pi Zero; the pins face up.
☐ Plug in the keyboard and mouse.
☐ If you have an Ethernet cable and your Pi has an Ethernet connector, plug that in.
☐ Plug in the HDMI cable and be sure the monitor is turned on.
The start-up process for Raspbian checks for a monitor. If it's not plugged in and turned on when the Pi starts, it won't be detected, and that means it won't work.
Fire it up!
☐ Plug the power supply wall wart into a wall socket.
☐ Plug the power supply connector into the Pi's power socket.
The red LED near the microSD card is a power indicator, and the green one indicates activity (reading or writing) on the microSD card. (The Pi Zero models do not have power LEDs; the activity LED is located near the power connector.)
If all goes well, you'll see a "rainbow screen" briefly, then one raspberry for each computer core, a start-up splash screen, and finally the Raspbian desktop.
Go through the setup process
The first time Raspbian is started, it will guide you through a setup process. (If you're using a Raspbian image generated for a KSU workshop, the setup process has been completed; you may still need to configure a wireless network if not on a KSU campus.)
You may want to configure VNC or SSH interfaces for remote access to your Pi. Click ➛ Preferences ➛ Raspberry Pi Configuration, then select the “Interfaces” tab and enable the interfaces of your choice. You might be prompted to reboot.
And you're off!
Your raspberry Pi is set up and running. Now you're ready to do important stuff with it.
Last update: 2022-07-08 04:08
Originally published: 2019-08-04


Switching Systems, was founded by F V Fischer and began operations in 1971 with the development and production of intrinsically safe earth continuity monitoring systems for the mining industry and over the last five decades, the company became the leading designer and manufacturer in this field. Switching Systems is a permit holder for the SABS mark for intrinsic safety and is a member of the South African Flameproof Association.
In the early 1980’s it was realized that there was a growing need for a device that would harden the control gear used in continuous industrial processes against the disruptive effects of momentary voltage dips and outages. It was during this period that the technology known as Voltage Dip Proofing was developed.
As an industry leader in industrial electronics, Switching Systems was approached in 1989 by ESKOM to develop a solution to problems they were encountering within their own power plants due to voltage dips. Currently the fifth largest utility in the world, they were experiencing drives and motors tripping due to voltage dips caused primarily by short circuits. They had suffered many trips on large fossil generating units and even tripping of complete power stations due to short circuits in the 22kV switchyard. The depression in supply voltage to the auxiliary system resulted in the contactors dropping out, stopping drives, which are critical to the continuous running of the generating units.
During the early 1970’s ESKOM installed auto re-
A range of DPI’s was developed and introduced to accommodate different applications. These ranged from 250VA to 4kVA, 110V AC to 240V AC and 50 or 60Hz. Designed to be used in different markets, the DPI is now exported worldwide, and is complimented by a range of Voltage Dip Compensators (VDC) for use in applications where equipment must comply with the F47 standard for semiconductor production equipment.
Switching Systems staff is a team dedicated to providing product quality and service excellence. Our innovative spirit and continuous product improvement ensures the reliability of our products.
We look forward to being of service to you.


The World Electric Vehicle Journal (WEVJ) is the first peer-reviewed international scientific journal that covers all studies related to battery, hybrid, and fuel cell electric vehicles comprehensively.
It is the official journal of the World Electric Vehicle Association (WEVA) and its members the European Association for e-Mobility (AVERE), the Electric Drive Transportation Association (EDTA), and the Electric Vehicle Association of Asia Pacific (EVAAP).
Since its foundation in 2007, the journal has aimed to provide a publishing platform for the academic and industrial world to share the latest developments and knowledge about electric vehicles.
It publishes the best papers selected from EVS free of charge each year. Besides that, regular submissions are also welcome. The main topics of the journal include, but are not limited to the following:
- Vehicles & Transportation Systems
- Automated and Connected Car Concepts
- Electric and Hybrid Power Train and Its Components
- Batteries Developments
- Charging Infrastructure, incl. Wireless Power Transfer and Grid Interaction (V2G)
- Market Development Strategies
- Consumer Demand
- Public Policies and Strategies
- Energy & Environmental Analyses
- Mobility Concepts


2 edition of portable, frequency-coherent spectrum analyzer for radar applications found in the catalog.
portable, frequency-coherent spectrum analyzer for radar applications
Ben B. Balsley
|Statement||Ben B. Balsley.|
|Series||NOAA technical report ERL -- 204.|
|Contributions||United States. National Oceanic and Atmospheric Administration, Aeronomy Laboratory (U.S.)|
|The Physical Object|
|Pagination||15 p. :|
|Number of Pages||15|
Dear 共Science Applications International Corporation, Hancock St., San Diego, CA , USA, [email protected]兲 Auditory evoked potentials are being increasingly applied to more advanced studies of marine mammal hearing, such as frequency selectivity, temporal processing, and temporary threshold shift 共TTS兲. In this study, both.
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Get this from a library. A portable, frequency-coherent spectrum analyzer for radar applications. [Ben B Balsley; United States.
National Oceanic and Atmospheric Administration,; Aeronomy Laboratory (U.S.),]. A page that contains the current week's new book list. New Books Since April 28th, This list is updated every Thursday. Titles are arranged in call number order.
To view frequency-coherent spectrum analyzer for radar applications / Ben B. Balsley. Boulder, Colo.: Environmental Research Laboratories, ELECTRONIC WARFARE AND RADAR SYSTEMS ENGINEERING HANDBOOK NAVAL AIR SYSTEMS COMMAND Avionics Department AIR EW Class Desk Washington, D.C.
NAVAL AIR WARFARE CENTER Weapons Division Avionics Department Electronic Warfare Division Point Mugu, CA Approved for public release: distribution is unlimited. This is a book written by Robert Duncan (The Saint).
It is non-fiction and original research. Also see his vital new book. PROJECT:SOUL CATCHER Vol 2 at Amazon Monday, November 8, The Matrix Deciphered Bio of Author “True nobility is exempt from fear”. – King Henry the Sixth, Part II (Act IV, Scene I).
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NAVAL AIR WARFARE CENTER Weapons Division Avionics Department Electronic Warfare Division Point Mugu, CA Approved for public release: distribution is unlimited. Form. X-rays are not used for obvious health reasons by the equivalent RADAR imaging but any or all wavelengths under the visible spectrum can be used to obtain a very good image of a person.
The infamous HAARP phased array that stretches across Alaska is capable of Earth penetrating tomography. Pictures of my soul’s container.
The present invention discloses a system and methods for biometric security using smellprint recognition biometrics in a smartcard-reader system. The biometric security system also includes a smellprint sensor that detects biometric samples and a device for verifying biometric samples.
In one embodiment, the biometric security system includes a smartcard configured with a Cited by: At the MHz Millstone radar frequency, coherent backscattered power is a linear function of electric field amplitude, and we are able to relate changes in the range variation of deconvolved.
USB2 US11/, USA USB2 US B2 US B2 US B2 US A US A US A US B2 US B2 US B2 Authority US United States Prior art keywords smartcard data information system card Prior art date Legal status (The legal status is an assumption and is not a Cited by: Sanya VHF radar ( degrees N, degrees E, dip latitude degrees N) at Hainan Island is the first coherent backscatter radar for sounding low-latitude ionospheric irregularities in the.
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DESCRIPTION: Narrow-linewidth high-power lasers are needed in fields like coherent optical communication, optical beam forming and steering with coherent arrays. The ceramic media is a proprietary manufactured silica-based material that irradiates in the far infrared spectrum.
In the presence of water, it produces a short-lived reduced ion in the water, which has been shown to behave much like traditional antioxidants, i.e., it. EW Radar Handbook - Free ebook download as PDF File .pdf), Text File .txt) or read book online for free.
radar. radar. Buscar Buscar. Fechar sugestões Awareness, Semi-Active, Spectrum Analyzer, or Surface-to-Air (also S/A human vision, and pure mathematics applications. See October IEEE Spectrum article entitled Wavelet.
The low-frequency coherent alternation in the values of the 22 LSBs produces strong jitter spectral components at Hz and at odd multiples of that frequency. Fig an FFT of the detected jitter signal in the Audio Precision System Two, illustrates this (but using a cycle version of J-test producing a lower rate of Hz).
EMI Protection for Communication Systems DISCLAIMER OF WARRANTY The technical descriptions, procedures, and computer programs in this book have been developed with the greatest of care and they have been useful to the author in a broad range of applications; however, they are provided as is, without warranty of any kind.
In VCSELs, the narrow spectrum and its low temperature dependence allows the use of narrower filters and therefore better signal-to-noise performance, especially for outdoor applications.
In portable devices (mobile devices, wearable devices, laptops etc.) the size of the illumination module (VCSEL and optics) is a primary consideration. l Phase Noise Characteristics of Amplifiers / Phase Noise Characteristics of Dividers / Phase Noise Characteristics of Phase/Frequency Comparators / Phase Noise Characteristics of Multipliers / Noise Contribution from Power Supplies / Overall Phase Noise Performance of a System / l.
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Point University Becomes Cisco Networking Partner
Point University was recently selected to be a Cisco Networking Academy member.
Cisco Systems, Inc. is a multinational digitial communications technology conglomerate that provides IT services across five major technology areas: networking, security, collaboration, data centers, and the Internet of things.
Cisco Networking Academy is a skills-to-jobs program offering technology education through public-private partnerships, high-quality curriculum, and inclusive workforce development programs. Cisco is the longest-running purpose-driven learning and skills development program of its kind.
“Our fundamental goal is to prepare students for ethical leadership and vocational excellence in the IT field whether it be in network administration or information systems security,” said Chris Simonavice, associate professor of information technology and department chair.. “Partnering with Cisco will allow Point University to offer its students a more comprehensive education utilizing its practical, real-world curriculum. We will also be able to offer students discounted certification exams as well as access to job opportunities with Cisco partner organizations through the Talent Bridge program.”
To learn more about the information technology program at Point University, go to point.edu/academics.


- The Fire-Boltt Dazzle Plus features a large 1.81″ HD touch screen display, allowing for smooth swiping and clear visuals. With a high resolution of 240*284 pixels, it offers an optimal display experience.
- Equipped with 60 workout modes, this smartwatch enables you to track various sports activities. You can monitor your performance by comparing historical data, while also keeping count of steps, distance, and calories burned.
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- The Fire-Boltt Dazzle Smartwatch provides real-time 24/7 tracking of SPO2 (blood oxygen) levels and offers dynamic heart rate monitoring. It incorporates the latest Tiyani Core 3300 Technology chip. However, if a patient is suffering from Covid-19, it is recommended to use a medical device prescribed by a doctor for accurate readings.
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Electric Car Servicing
While electric and hybrid technology has improved dramatically and generally they need less maintenance than gasoline cars.The bad news is that they still need regular maintenance and they do need repairs at times. But don't worry we can help.
Call us on 01722 321330 to discuss your hybrid and electric car needs.
Whether you have one of the most popular cars, a Nissan Note or a Toyota Prius, or a new and upcoming model like the Hyundai ioniq we can help keep it in top condition.
What is a ‘hybrid’?
A serial Hybrid uses a conventional petrol or diesel engine for its main power source and has an electric motor and a small battery pack to provide some extra power, typically under acceleration and at lower speeds.
Plug-in electric vehicles (PHEVs). These models have larger battery packs than the serial hybrids. This allows the car to drive on purely electric power for some distance. The reason why they are called Plug In Hybrids is because they have to be plugged into the electric at home or a charging post (which are still rare but growing in number).
Generally the plug in’s are are good for 20+ miles of driving on the electric power alone. This is generally enough for many people to get to work (and if you are lucky you can charge your hybrid at work). As a hybrid you still have the gasoline or diesel engine to take you the rest of your journey.
These are the latest innovation in the Hybrid vehicle market. These have a larger battery pack than either of the other two types as well as a combustion engine and a electric motor.
The big difference with a range extender hybrid is that the petrol/diesel engine only gets used to recharge the battery packs. If you are looking for a longer range for electric only use this is the level of hybrid for you.
You still have the backup of a traditional fossil fuel engine but you can go to work and probably do a full day of local driving before you have to find a electric socket.
No matter what make and model of electric car you have we can service and repair it for you.
Hybrid or electric cars are no longer science fiction as they seemed to be when they first appeared in the 90's.
They are everywhere, there are many models available and we can service and repair them all. They have dramatically improved over the years with extended battery life and improved reliability.


UPS, i.e., Uninterrupted Power Supply is undoubtedly one of the major necessities of the modern electronic world, where every official or commercial exchange is carried out through a chain of electronic devices. These devices run on a continuous basis and as a result, become prone to internal in case of a blackout or power disruption within the jurisdiction of their functioning. The UPS is essential in facilitating power backup and overall protection of such peripheral devices. It helps in surge protection and to restore power when the main source of power generation for an electronic device is lost.
Several electronic devices such as Cell phones, wireless routers, computers, televisions, and gaming consoles are benefited by the UPS. The home ups battery doesn’t let the computer system shut down abruptly in case of an unexpected load shedding. Besides, UPS can keep the computer system logged in up to 10 minutes. This means one can complete any ongoing task and save any file in their computer systems with the help of battery backup of the UPS even after a load shedding or blackouts. Plugging the modem and router to the UPS will enable the establishment of internet connection anytime even after a power cut.
Now the major question to have raised is that – How does the UPS itself derive its powers? The UPS has three major parts –
The battery, which is the main source of power generation within a UPS
The rectifier, which keeps the battery charged in order to maintain a proper level of voltage.
The static bypass, the internal circuit of the UPS, which allows the transmission of power from the battery and the rectifier to the device requiring power backup.
The inverter, which receives the power generated by the battery and the rectifier.
When the primary source of power fails, the batteries supply power backup to the inverter which runs the load of power transmission to the electronic sources. Once power is restored in the primary source, the rectifier charges the batteries up using direct current.
The sustainability of the battery is very important in order to maintain the functions of the other components. Without the battery, all the other three components will no longer be able to carry the load of currents and high voltage power. Hence it is very economical to invest in a good luminous ups that comes with a battery saver.
This battery saver function of the UPS helps the battery to remain consistent throughout its lifetime run and provide an unlimited amount of power supply whenever the primary source fails to generate power inside a room.
Several new models of UPS are being launched in the market and every company is now considering the implementation of battery saver functions in their devices. With the help of this function, the battery life in these UPSs can be extended up to twice more than the ordinary battery lives of previous UPS models. Besides, the tubular battery saver function also helps in the optimization of power in the UPS that provides for greater runtime in case of primary power failure.


National Engineers Week (February 18-24) is a time to celebrate the contributions of engineers and their role in shaping our world. Engineering and computer science are the foundation of many of the technologies and systems we rely on daily, and they play a crucial role in solving some of the world’s biggest challenges.
This week is an opportunity to recognize the hard work and innovative thinking of engineers and computer scientists, and to inspire the next generation of STEM professionals to follow in their footsteps.
Let’s take a moment to recognize the special engineers at Ozobot who are the key individuals behind the bot to celebrate National Engineers Week!
Ondrej Stanek – Managing Director & Principal Engineer
Ondřej started developing the firmware and electronics for the first Ozobot robot prototype back in 2012. In 2015, Ondřej founded the Ozobot engineering team in Prague, Czech Republic and he has been at the helm of the engineering department ever since. The team is currently five engineers strong and provides research and development, electrical engineering, and firmware development for Ozobot technology.
As Senior Embedded Systems Engineer, Ladislav leads the electrical engineering team in Prague in developing new products and oversees the integration of hardware with firmware and other software components. During his career at Ozobot, Ladislav has introduced numerous improvements to internal processes, such as the integration framework for automated firmware testing and tooling for release management.
Ondrej Sienczak – Senior Software Engineer
As Senior Software Engineer, Ondřej designs and integrates various software platforms and programming languages with robot hardware. Among other projects, Ondřej has been a key contributor to the advanced functionality of our Ozobot Evo through developing software and integrating emerging technologies directly into the robot.
A member of Ozobot’s Prague-based team since 2015, Ondřej serves as Senior Embedded Systems Engineer where he is responsible for programming the core functionality of Evo as well as Bluetooth Low Energy (BLE) communication in all Ozobot hardware. Ondřej thinks the coolest part about being an engineer is seeing what you do in the real world. Through coding, you can manipulate the physical world in the digital world.
From the Evo App to AR prototypes to creating the first prototypes for the Ozobot Classroom Communicator (OCC), Bob has been able to work on various projects at Ozobot. As Senior Software Engineer, he helps make sure Ozobot’s platforms like the Evo App and MetaBot.
We would be remiss to celebrate National Engineers Week without recognizing Ozobot’s Industrial Design team. Often overlooked as engineers, industrial designers play a crucial role in product development, merging artistic creativity with engineering principles to design innovative and functional products. Read on to discover more about Ozobot’s talented Industrial Designers!
Industrial designers do a lot of the behind-the-scenes work when it comes to creating a new product. For example, they design the whole product before it goes into production and create the renderings internal teams use for sales and marketing initiatives. An Industrial Designer at Ozobot and an asset to the engineering team is Tim Hemesath. From designing renderings for STEAM Kits to creating new challenges for Evo, Tim is always busy with a new project.
Ryan Smith – Industrial Designer
The most recent member of Ozobot’s Industrial Design team, Ryan approaches designing, creating, and testing new products with a hybrid method using a mix of digital and physical tools. Depending on the project, some days he creates digital 3D models, renders, or graphics while other days he is prototyping and testing with 3D printers, laser cutters, or cardboard and hot glue. Since beginning at Ozobot in 2022, Ryan has been integral in developing products including STEAM Kits, Ozobot Crawler, and most recently, the new Ozobot Robotic Arm (ORA).
Happy National Engineers from all of us at Ozobot! If you’re curious about engineering and would like to learn more about Ozobot’s team of engineers and the type of work they conduct, check out our Behind-the-Bot employee spotlights on the blog.


India is facing a severe shortage of general medical practitioners (GPs), which significantly impacts the country’s healthcare system. According to data from the World Health Organization (WHO), India has just 1.5 doctors per 1,000 people, which is significantly lower than the WHO’s recommended minimum of 2.5 doctors per 1,000 people. This shortage is particularly acute in rural areas, where access to healthcare is often limited due to the lack of trained medical professionals.
#Robots #AI #ML #ott. 350,000 Robots to solve India’s health crisis. Here I list are 6 reasons why using robots as GPs could be cost-effective and the right approach to solve India’s healthcare crisis.
- First, robots can work 24/7 without needing breaks or time off, which means they could potentially provide round-the-clock care to patients.
- Second, robots do not need to be paid a salary or benefits, which could help to reduce the overall cost of healthcare.
- Third, robots can be programmed to accurately diagnose and treat a wide range of medical conditions, which could help reduce misdiagnoses and incorrect Treatments. And OTT updates can give them a definite citing edge in knowing the newest practices and incorporating them into medicines.
- Fourth, robots can be programmed to follow protocols and guidelines, which could help to improve the quality of care provided to patients. Imagine in times like pandemics, where systemic protocols can be updated on OTT. Yet, we did not need doctor fatigue.
- Fifth, robots can be deployed to areas where there is a shortage of medical professionals, which could help to improve access to healthcare in these areas.
- Finally, robots can be programmed to communicate in multiple languages, which could be useful in a country like India where there are many Different languages are spoken.


Hi all, I'm David from Toronto. One of my neighbour's apartment caught fire last month. Luckily, no one was injured during the accident. Nothing much happened except some insignificant damages inside the apartment.
Next day, they hired an electrician from an electric repair service for the inspection. The inspection figured out outdated wiring is the reason behind the fire. The old wiring couldn't withstand the increased amount of electrical appliances.
This problem wouldn't have occurred if they had done an electrical inspection once in a while. So, beware of the fact that the outdated electrical system may cause a home fire. If a house or apartment is old, it may not have the wiring capacity to manage the increased amount of electrical appliances.
So don't forget to do an electrical inspection once in a while and make sure your house is always safe.


When selecting which kind of display to purchase, there are some things to take into account, including the kind of material which is used. The first thing you need to understand is that both AMOLED and LCD displays use a coating of window to make all of them look more appealing. In addition , the two types of screens provide superb contrast among black and white, which is why both of them are excellent just for viewing outdoor scenery. When it comes to indoor viewing, the FLAT SCREEN will conquer AMOLED each time.
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LCDs use a backlight for lighting, which is costlier than AMOLEDs. Despite getting thinner, AMOLEDs you don’t have a backlight and therefore have less brightness than IPS LCD shows. Furthermore, the AMOLED screen has a lot more blacks because of its ability to switch off pixels while conserving battery power. On the other https://www.fraserdisplay.co.uk/going-green-withdata-provider-websites-for-online-deals/ hand, AMOLED is less very clear and crisper than their LCD opposite number, making it perfect for outdoor looking at.