This example uses FEM (finite element method) to analyze a slot waveguide structure . In exploring the computation of the fundamental TE mode of this. FIMMWAVE's mode solvers were used to calculate the modes of a silicon cross- slot waveguide ; slot waveguides use a combination of high-index and low-index. Horizontal single and multiple slot waveguides: optical transmission at λ = nm. Rong Sun1*, Po Dong2*, Ning-ning Feng1, Ching-yin Hong1, Jurgen.
Slot waveguide Video
12 Slot Waveguide Antenna for 2.4GHz Modes of a Slot Waveguide Structure Tool Used: Navigation Main page Contents Featured content Current events Random article Donate to Wikipedia Wikipedia store. The following steps may be helpful to prevent your computer from being blocked again: FIMMWAVE can also provide a large number of mode properties, including effective index, propagation constant, group index, dispersion, polarisation, effective mode area, confinement factor etc. Login or Create Account. Article Order Year Author Publication A. The power density in the slot is much higher than that in the high-index regions. Journals Proceedings By Year By Name Regional Sites OSA Publishing China. Sport brands waveguide is silicon and the slot and the surrounding cladding is air. An apparatus according to any one of claims 1 to 15, wherein said microwave introduction means fulham vs everton a slot waveguide having a slot, and a dielectric member buried in the slot Infahrkarten db kaufen slot-waveguide approach was extended to the terahertz frequency band by researchers at RWTH Aachen University. Energy Express Engineering and Laboratory Notes.
Slot waveguide - werden
Home News Products Company Exhibitions Support Contact Jobs. The modes of the silicon slot waveguide were calculated using FIMMWAVE's fully vectorial FDM Solver. The index values at a wavelength of 1. A slot-waveguide is an optical waveguide that guides strongly confined light in a sub wavelength -scale low refractive index region by total internal reflection. Text is available under the Creative Commons Attribution-ShareAlike License ; additional terms may apply. Only if other resources available images, video, datasets. Upcoming Events International Optical Design ConferenceJulyin Denver, CO LucidShape Basic TrainingJulyin Farmington Hills, MI LucidShape CAA V5 Based Info DayJuly 17 in Farmington Hills, MI LucidShape User Group MeetingJuly 18 in Farmington Hills, MI View More Fulham vs everton. Ladouceur, "Slot-waveguide cavities for optical quantum information applications", Optics Express 17, 9, p Views Read Edit View history. Schmidt, and Michal Lipson, "High confinement in silicon slot online geldspiele vergleichen with sharp bends," Opt. Use these formats for best results: About us Contact us Jobs. Silicon slot waveguide designed in FIMMWAVE The modes of the silicon slot waveguide were calculated using FIMMWAVE's fully vectorial FDM Solver. September 12, Manuscript Accepted: Multimode-Filteranordnung zum Sperren elektromagnetischer Wellenenergie nach Anspruch 1, wobei die LC-Schaltungen mindestens teilweise innerhalb der in einer Wand des Schlitzwellenleiters gebildeten Nuten angeordnet werden. Alert me when this article is cited. Navigation Main page Contents Featured content Current events Random article Donate to Wikipedia Wikipedia store. September 13, Published: FIMMWAVE can be used to model any slot waveguide geometry built from any materials, including silicon, polymer and hybrid slot waveguides. Optica Optical Materials Express Optics and Photonics News Optics Express Optics Letters Photonics Research Legacy Journals Journal of Display Technology Journal of the Optical Society of Korea Journal of Optical Networking Journal of the Optical Society of America Optics News This waveguide is a single-mode waveguide, and the fundamental TE-like mode and TM-like mode are shown below. This makes horizontal slot-waveguides less sensitive to scattering optical losses due to interface roughness than vertical configurations. Schmidt, and Michal Lipson, "High confinement in silicon slot waveguides with sharp bends," Opt.


October 2020 – Technology Update
eCERTO contracts IBM for development of the now Industry-Agnostic INTEGRATI™
We are pleased to announce we have secured IBM's support for the next steps in the development of INTEGRATI™.
Building on scopes completed earlier this year, IBM will work on the cloud-based Data Science Engine that will power INTEGRATI's STRATEGY DEFINITION module and develop an industry-agnostic User Interface.
Luis Ibarra, Founder & Technology Director, welcomed the news enthusiastically: "We are delighted to have secured the support from IBM. This collaboration represents a major development milestone for INTEGRATI™, IBM’s cloud computing capabilities and artificial intelligence solutions strengthen our technology while building the confidence of stakeholders."
IBM will work alongside STC | INSISO – our technology development partner in the UK – to continue the development of INTEGRATI™.


Electric drives and energy management for a diesel-electric ship propulsion system
Up until now the use of diesel-electric ship propulsion systems was not economically viable as they did not fulfil the requirements for weight and size. However, stricter emission regulations and a stronger environmental awareness make the use necessary.
Development of the electric drive technology for a diesel-electric ship propulsion system including power management. Furthermore, the aim is to reduce consumption and thus also emissions.
The GMS ENOK, an inland waterway cargo vessel 85m in length and with a tonnage of 1 505 t was converted to a diesel-electric ship propulsion system. Four diesel generators with 230 kW permanent magnet generators each provide power for the four torque motors of the diesel-electric ship propulsion system. Two torque motors each are combined in a shafting string and directly drive the ship's propeller.
ARADEX components control the generator and the torque motors. Seven VECTODRIVE® VD600 400A1 inverters supply electricity, created by the generators, to the DC link (with 650 V). The DC links serves the power users of the on-board system as well as the ship's drive.
Two VECTONUM® controllers ensure the precise coordination between generators and torque motors – in all operating modes. The technology module "diesel-electric power management", specifically developed for this application, controls the sophisticated energy management of the diesel-electric propulsion system. The ARADEX power management compensates for abrupt changes in power in less than 1 ms – thereby preventing a surge voltage in the intermediate circuit.
25% reduced consumption and ideal emissions due to the ideal efficiency factor and the modular drive concept. Improved shallow water characteristics as the generators can be installed anywhere and not necessarily next to the propulsion motors. Sensitive manoeuvring thanks to full torque starting right from the first rotation.


New Delhi (India), August 17: The Matic Studio, a new-gen digital design studio, is here to help businesses enter the NFT space with its cutting-edge visuals and animation design. The design studio specializes in utilizing advanced software to allow businesses to explore the 3D space. Moreover, it focuses on innovation and developing new solutions, making it easier for the business to leverage the power of digitalization.
The Matic Studio is the brainchild of Sidharth Vohra, an automotive design graduate and an animation design instructor for the Institute of Industrial Development (IID), an incubator program with the Ministry of Medium, Small, and Medium Enterprises, Govt of India. He has extensive experience in the design space, from automotive to product design and laid the foundation of The Matic Studio to realize the full potential of visual arts, motion graphics and animation design. It helps companies with NFT development in alignment with their business goals.
The success of the metaverse depends not only on the technological aspect but also on how people perceive the newly emerging digital space. This is where the role of digital design comes into play. The Matic Studio creates engaging visuals, including animations, NFTs, and digital art. It explores novel ways to make the digital space more engaging and interactive than ever. The studio is also into designing new-age products ranging from furniture to electronics to automotive products for several companies around the globe.
Talking about the business, The Matic Studio Founder Sidharth Vohra shares, “With the emergence of the metaverse and NFTs, we are entering an entirely new era of experience and interaction. Therefore, the digital space’s visual appearance will decide the users’ interaction and engagement pattern. The Matic Studio is the gateway for the brands to enter the new digital space through various forms of visual arts, NFTs, and motion graphics. We operate in a B2B model, enabling the brands to enter this digital space and expand their vision.”
The real potential of the metaverse and NFTs is yet to be seen. However, it is beyond doubt that the metaverse will help users transcend physical limits, and digital design plays a key role in this. In this scenario, The Matic Studio envisions a complete digitalization of design with the highest level of precision, execution, and simplicity.
If you have any objection to this press release content, kindly contact email@example.com to notify us. We will respond and rectify the situation in the next 24 hours.


AirCam | Madison Square Garden New York
AirCam is specially developed for applications in sports arenas, concert arenas and also for outdoor events. FULL HD live stream from the on board camera to external screens. The connection is flicker-free with very low latency. The AirCam is controlled by 8 electric motors and has different sensors for stabilization and automatic height adjustment.
- Show: Season 2017
- Location: Madison Square Garden New York
- Flugobjekt: AirCam
- Kunde: Madison Square Garden Company


Panteltje's col_pic page
Panteltje's col_pic page
Here you find the source code for a Linux PC side program to select a color, and send the selected color via a serial port,
and the asm listing for a PIC 16F648A program to drive a red, green, and blue LED so it displays the color selected on the PC.
col_pic is an X11 program, intended to work with the PIC based hardware running col.hex, to drive 3 LEDs, red, green, and blue, to create a controlled color lighting.
It sends color commands via a serial port.
col_pic-0.7.4 also has UDP support for use with the ethernet based color controller ecolor_pic.
Click here to download col_pic-0.7.4.tgz.
Click here for the lsm info file.
The asm and hex file for a PIC 16F648A, plus wiring instructions for the PIC are included in the col_pic tgz archive, but here is a later better version available separately:
Do not forget to ground pin 10 RB4/PGM to prevent low voltage programming mode.
For this version F should be set to 237 and C to 65 to get the clock speed approx right, fine tune with F.
For changes see the asm source.
Click here to download col-0.7.4.asm.
Click here to download col-0.7.4.hex.
Here is the diagram, simple, almost any NPN transistor will work in the output, the base resistors can be 4k7, you could use low voltage Vgs on MOSFETS too.
Here is the little thing build into a box.
The black thing on the left is a connector with the LDR mounted in it, the grey cable goes to the LED strips via a 5 pol 180 degees DIN connector, and the black cable is the +12V input for a battery or DC adaptor.
It is possible to use the col.hex with a simple terminal program, and / or to change color over time from a script for example.
Here is a simple terminal program (Linux) that by default will work with col.hex, and also can be called from a script:
Click here to download ptlrc-0.3.tgz.
NEW: xpequ now supports col_pic making music driven disco lights!
Here an example how to call ptlrc from a script, it sets red to 30, green to 20, blue to 10, and display the status of the registers in the PIC, then returns:
echo -e "R30\nG20\nB10\ns" | ptlrc -i
You can use crontab to change colors on certain times during the day:
Make a copy of the current crontab:
crontab -l > ~/crtab
Edit crtab like this:
49 15 * * * /bin/echo -en "R255\nG255\nB255\ns" | /usr/local/bin/ptlrc -i 1>/dev/zero 2>/dev/zero
50 15 * * * /bin/echo -en "R255\nG55\nB5\ns" | /usr/local/bin/ptlrc -i 1>/dev/zero 2>/dev/zero
51 15 * * * /bin/echo -en "R5\nG55\nB255\ns" | /usr/local/bin/ptlrc -i 1>/dev/zero 2>/dev/zero
This will set red, green, and blue to maximum at 15:49, to 255, 55, 5 at 15:50, and to 5, 55, 255 at 15:51.
Make the new entry active:
You can list crontab with:
crond must be running for this to work.
So now you can even simulate a rising sun in your bedroom to wake you up, have special sphere light in the evening too, all automagically.
Col.hex now has a 24 hour clock, and 5 programable timers.
There also is a fast mode, where the clock runs at very high speed, 24 hours in a few seconds, that can be used with the timers for flashing light effects.
Commands recognised by col.hex:
BnnnLF set blue PWM
CnnnENTER set clock calibration, range 0-255, saved in EEPROM
c prints clock speed.
D set clock prescaler1 and clock speed defaults, deselect fast mode.
FnnnENTER set clock prescaler, range 0-255, default 255, saved in EEPROM
f print clock prescaler.
GnnnLF set green PWM
HnnENTER set hour, range 0-23
L load values from EEPROM
MnnENTER set minute, range 0-59.
PnENTER program timer number n, n is range 0-4. will ask for hour, minute, red, green, blue, timers saved in EEPROM.
p display timers, sorted, timer_nr, hour, minute, red, green, blue
RnnnLF set red PWM
S save settings in EPROM
s sends back R, G, B in the form of 3 integers.
t prints time
X set fast mode.
x reset fast mode
ENTER stands for code 10 (LF) or code 13(CR).
Programming the PIC 16F648A:
You need a hex programmer, use the file col.hex
Assembling col.asm (if you are into that),
col.asm was assembled with gpasm-0.13.5 beta
Connecting the PIC 16F648A
The following values give approximately white for my LEDs with all 3 colors at 255, use trimpots in blue and red, green as reference:
Red LED pin 18 via a 220 Ohm resistor to +5V.
Green LED pin 17 via a 100 Ohm resistor to +5V.
Blue LED pin 16 via a 1000 Ohm resistor to +5V.
Ground to pin 5.
Ground to pin 10.
+5V to pin 14.
RX data (via for example a MAX232 chip) to pin 7.
TX data (via for example a MAX232 chip) to pin 8.
That is all.
This is what it looks like on the PC:
Gamma correction and driving RGB color LEDs with PWM from a color table.
When we have a PWM system driving red, green, and blue LEDs,
and use a color table to select the color, as I do for example here,
then that color table *normally* is used to set the DAC in the graphics card.
That DAC creates a voltage that is send to the CRT, and the CRT
has a function of brightness versus drive voltage of y = x ^2.2.
In LCD monitors this function is created in the firmware to be compatible to
So, it is safe to assume that in color tables, as in for example in Linux in
/usr/lib/X11/rgb.txt, the gamma is already corrected to the opposite curve:
y = x^(1/2.2), so that it looks correct on a CRT or LCD monitor.
So, to use these tables, we need to mimic a CRT curve, and correct the 0-255
values with y = x^(2.2).
That is why the gamma correction button, you can specify other values for gamma too.
Click here to view col_pic_the_movie on youtube


Back to Clinical View Home PageDownload Resource
The GE Entropy™ Module is used during anesthesia to monitor the state of the brain in adult and pediatric patients by acquiring of EEG and frontal electromyograph (FEMG) signals. The Entropy measurement is used as an adjunct to other physiological parameters. This quick guide describes the Entropy Module and explains how to apply it in clinical cases.
Entropy is a measure of irregularity in a signal. During general anesthesia, EEG signals change to more regular patterns and FEMG also quiets down as the brain becomes saturated with anesthetics. The Entropy Module quantifies the irregularity of EEG and FEMG signals. High Entropy values signify that the patient is awake; low Entropy values indicate low probability of consciousness.
There are two Entropy parameters. Fast-acting Response Entropy is sensitive to the activation of facial muscles. The slower-acting State Entropy can be used to estimate the hypnotic effect of anesthetic drugs on the brain. These measurements can be used to:
- Help titrate anesthetic drugs to suit the individual needs of the patient
- Help achieve faster emergence from anesthesia and optimize the perioperative process by increasing patient flow efficiency.
- Help assess adequacy of anesthesia.
By using Entropy with other monitored parameters such as the hemodynamic measurements and NMT, clinicians can get a complete picture of patient status combined on one screen. All values are stored in the monitor memory for trending and information management.
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This is a course in applied machine learning with PyTorch.
This is an introductory course to Cryptography. This course covers the implementation of systems assurance with computing systems. Topics include confidentiality, integrity, authentication, non-repudiation, intrusion detection, physical security, and encryption. Encryption algorithms: secret key, DES, PKI, RSA, SSL/TLS, and more. Extensive laboratory exercises are assigned.
This course covers defensive programming techniques, bounds analysis, error handling, advanced testing techniques, detailed code auditing, software specification in a trusted assured environment. Extensive laboratory exercises are assigned. Topics: buffer overflows, format string vulnerabilities, web SOP, XSS, CSRF, web worms, race conditions, e-commerce security, and more.
This is a course in Deep Learning
This course provides a basic introduction to the machine learning pipeline and related concepts. Topics covered include: Machine learning uses and applications; data set requirements; data pre-processing; data annotation, and validation; data representation formats; features and feature representation and extraction; the vector space model; traditional machine learning algorithms; machine learning algorithms and programming; ML evaluation methods; introduction to deep learning algorithms; big data; reinforcement learning; Unsupervised learning; statistical significance analysis; and other special topics.
This course covers the design and implementation of assured systems in an enterprise environment. Topics include: Systems design and implementation, network security threats and controls, and special topics.
Topics include: workstations, servers, services, data centers, disaster recovery, security policy, network administration, helpdesks, debugging, upgrades, namespaces, system maintenance management, email and printing services, system backup, remote access, IT support, scripting with bash and Python for system management.
This course covers introductory topics in programming using the Python language.
This course is a project oriented course in multi-tier application development, interface design and implementation, component based application development, and configuration of multi-tier applications. Extensive laboratory exercises are assigned.
This is a course in Machine Learning
This is a course in machine learning for cyber security. Topics include: the basic ML approach, features and feature extraction, data set formats, supervised and unsupervised machine learning, applications of machine learning to cyber security: IOT, Malware, IDS, etc.
This course covers the fundamental concepts and design implications required to implement biometric systems. Topics include: the basic biometric approach, features and feature extraction, data set formats, supervised and unsupervised machine learning, dimensionality reduction and performance evaluation, image based biometric techniques, speech based biometric techniques, behavioral based biometric techniques, and biometric problems and ethical issues.
This course will cover the fundamental concepts and design implications required to develop and implement intrusion detection and prevention systems that address security violations in computer systems. Topics to be covered include: main classes of attacks against computer systems, taxonomy and architecture of intrusion detection and prevention systems, network traffic analysis and feature extraction algorithms, signature and anomaly based techniques, key heuristic based and machine learning based techniques and algorithms for intrusion detection, artificial neural networks (ANNs), and ANN-based embedded systems for intrusion detection.
Physical computing, in the broadest sense, means building interactive physical systems by the use of software and hardware that can sense and respond to the analog world. In the broad sense, physical computing is a creative framework for understanding human beings' relationship to the digital world. In practical use, the term most often describes handmade art, design or DIY hobby projects that use sensors and microcontrollers to translate analog input to a software system, and/or control electro-mechanical devices such as motors, servos, lighting or other hardware.
Fall 2012, Spring 2013, Fall 2013
This course covers web technologies, information architecture, digital media, web development, vulnerabilities, social software and other topics.


Optical emission spectroscopy (OES) using Arc/Spark excitation is the most preferred method to determine the chemical composition of metallic materials used in a wide range of industries. OES is capable of analysing a wide range of essential elements at low levels such as Carbon (C), Sulfur (S), Phosphorus (P), Boron (B), Tin (Sn), Arsenic (As), and Nitrogen (N).
In this method, the excited atoms/ions in the discharge plasma (high energy state) create a unique emission spectrum and emit light with a wavelength specific to each element. This light is then directed into the optical systems to extract the emission spectrum and measured using an electronic detector (photomultiplier tube) which converts light into electric signal. The measured signal is consequently converted into concentrations of chemical elements, which provide information regarding the specimen chemical composition.
Using advanced portable and stationary optical emission spectrometers (OES), ABEN Technical Services provides accurate chemical analysis services on metallic materials both on-site (client premises) and within our advance equipped laboratories for:
- Determining material identification and verification.
- Verifying chemical composition from raw material to finished product.
- Determining material composition, element analysis, and impurity identification.
- Calculating equivalent carbon content (C.E) for the welding process.
- Supporting quality control processes, material selection, and failure analysis research.
Feel free to contact us for more information about our positive material identification services or to request a quotation.


Jack kilby the inventor of microchip
The nobel laureate and gentle giant jack kilby, who has died of cancer aged 81, was acknowledged as the inventor of the microchip he had just joined texas. Jack hyslop, science specialist for christie's, displays the 1958 microchip prototype the microchip helped inventor jack kilby win the novel prize and was set to. Jack st clair kilby is best known as the inventor of the microchip, first demonstrated september 12, 1958 at texas instruments (ti) where he was employed this. The integrated circuit of jack kilby and robert made feasible by the microchip within a year kilby and his colleagues of which kilby is a co-inventor. Jack st clair kilby died of cancer monday at his home in dallas almost 50 years after his idea for what is commonly known as the microchip. 1959: when america first met the microchip jack kilby but few detected the its inventor, jack st clair kilby, and his boss. Jack kilby and robert noyce hit upon the stunning discovery that would make possible how two americans invented the microchip and launched a revolution, by. Jack st clair kilby (november 8, 1923 – june 20, 2005) was an american electrical engineer who took part (along with robert noyce) in the realization of the first.
Jack s kilby has been named recipient of 1993 computer pioneer award for made history jack kilby went on to and commercial applications of microchip. And jack kilby was just one of many engineers butting heads with a problem dubbed the and jack said the invention of the microchip was a giant leap. Biography of jack kilby and robert noyce the new product invented by kilby and noyce was called the microchip jack s kilby, inventor of the integrated circuit. His invention of the monolithic integrated circuit – the microchip 1958, made history jack kilby went on to pioneer military, industrial. Today, we'll be paying homage to nobel prize winning engineer jack s kilby, one of the men who invented the integrated circuit- technology which would later become.
Jack kilby, the man whose invention of the integrated circuit in 1958 led to the power of today’s microchip, died monday at age 81 shortly after being hired at. Tech industry jack kilby, inventor of the integrated circuit, dies kilby built the first electronic circuit in which all of the components were fabricated into a.
Washington -- jack st clair kilby died of cancer monday at his home in dallas, almost 50 years after his idea for what is commonly known as the microchip. Until jack kilby invented the microchip in 1958, computers could be designed but not built effectively the texas instruments electrical engineer's invention won him.
Jack kilby: jack kilby, american engineer and one of the inventors of the integrated circuit, a system of interconnected transistors on a single microchip in 2000. Jack kilby and robert noyce separately invented the integrated circuit (aka the microchip) at the same time.
Jack kilby the inventor of microchip
Jack kilby was one of these men the successful laboratory demonstration of that first simple microchip on september 12, 1958, made history.
Jack kilby biography - jack kilby invented integrated circuit born on 8th november, 1923, jack st clair kilby was an american electrical engineer who took part in. The chip that jack built the answer to a problem the resulting electronic hand-held calculator, of which kilby is a co-inventor, successfully. Jack kilby from texas instruments held 60 patents, invented the handheld calculator, and won a nobel prize but he had another invention that would change electronics. Jack kilby was an electrical engineer who invented the integrated circuit and microchip jack kilby biography. Fascinating facts about jack kilby inventor of integrated circuits in 1958 and the hand-held calculator in 1966. Jack kilby was an engineer who invented the first microchip in 1958 the first integrated circuit was created to reduce the amount of space taken up by electronic.
Jack kilby, whose work on integrated circuits in the 1950s ushered in the digital era, died monday after a battle with cancer he was 81 in the summer of 1958, while. Jack kilby born november 8, 1923 leslie the man behind the microchip: robert noyce and the invention of silicon valley publisher oxford university press us. It is stored in plastic casing labelled with inventor tom yeargan's name the microchip paved the way for the creation of jack kilby, the inventor of the. Free college essay jack kilby: inventor of the microchip jack kilby: inventor of the microchip matthew ford busa 2101a- 8 am t, r many people living in this. Prototypes of the first microchip, invented in dallas invented by texas instruments' jack kilby when kilby invented the microchip that changed everything.


As advocates for agencies who manage valuable patient information we are asked daily which EHR a behavioral health provider should choose. Buzz words are often thrown around such as “cloud-based” and “web-access”, which for many still are intangible terms when it comes to record security and applicability.
More than a decade ago, engineers figured out ways for data and software to be distributed efficiently across several machines and their power pooled for collective use. In the simplest of terms, cloud computing means storing and accessing data and programs over the Internet instead of a computer’s hard drive. A cloud computing platform refers to the efficient management of systems and networks of data storage over the Internet. The term itself is an airy metaphor for systems of intelligently orchestrated global networks of millions of computers, harnessing, using, and then renting huge amounts of computing power. It no longer matters which servers are running a job or from where; it is just inside this “cloud” of machines.


Installation and instructions of use
Thank you for purchasing our product.
Before connecting and switching on the amplifier, carefully read the enclosed operating instructions and information about its installation. The user manual in electronic format is also available on the manufacturer’s website.
The Struss DM 250 amplifier has been designed and manufactured using the very latest technology and in accordance with global standards of quality, reliability and safety.
Recommendations for installing the amplifier
The device must be used indoors. It is intended for home use as general-purpose equipment. If the amplifier has cooled down heavily, e.g. due to being transported in cold weather conditions, wait a few hours before commencing set-up to bring it to room temperature.
The amplifier is not resistant to weather conditions, high humidity, flooding with water or other liquids.
Do not put objects filled with liquids on the device, e.g. vases, tea or coffee, bottles and glasses with alcohol, etc.
It is not recommended to use the amplifier for amplification, under conditions that cause long-term loads with a high-power output signal, e.g. mass events.
Damage to equipment resulting from use not in accordance with the manufacturer’s instructions is not covered by the warranty.
Transport of the amplifier
The amplifier is best transported in the factory packaging. With large temperature differences from outdoors to indoors, the cold device should be unpacked, and a few to a dozen or so hours should be allowed to let the equipment reach room temperature, and any condensation to evaporate.
Location of the installation of the amplifier
During operation, the amplifier emits heat. Do not to cover – block the ventilation openings in the casing of the amplifier. The top cover must not be exposed to direct sunlight.
The amplifier should not be installed near intense heat sources such as radiators or heating.
Do not place heat sources or open flames, such as lighted candles, on or near the device.
Connecting external elements
WARNING! Connect the power cord last of all.
Turn the POWER switch to the OFF position.
Turn the VOLUME potentiometer to the left-most position (loudspeaker volume control).
Connect the right speaker column to the right terminal marked (R) and the left speaker column to the left terminal marked (L). Attach and turn the terminal nuts by hand (not the banana plugs). Do not use a spanner or any additional tools to help you.
The amplifier can work with 4 Ohm and above impedance loudspeakers.
Connect sound sources in any order.
It is recommended to use high-quality cables to connect audio sources and loudspeaker cables, to ensure the highest quality of sound reproduction.
The separated line-in input with XLR sockets is designed for connecting sound sources that have a balanced (symmetrical) output. This input has a smaller capacity than the others and guarantees better sound reproduction. The other low voltage signal inputs will allow the use of cables with RCA plugs.
In the case of using PRE output and PA IN input, special care and attention should be taken to avoid possible overloading of the amplifier and loudspeakers, where the level of the signal from the sound signal source is too high.
Connect the power cord to the amplifier, ensuring that the power plug is pushed into the end of the power inlet and is connected securely.
It is allowed to use power cables of any company that meet the safety requirements and have the appropriate certificates in the field of electrical safety (designations).
Connect the power cord plug to the power supply – 220/240 V AC, 50/60 Hz.
Turn on the sound source and amplifier with the POWER switch to the ON position.
Select the appropriate sound source with the rotary switch – the selection will be indicated by the lighting of the corresponding blue LED.
Use the VOLUME potentiometer to set the appropriate volume or perform this operation using the remote control.
The RCA output marked PRE OUT is used to use the preamplifier to control external power amplifiers.
The RCA input marked with PA IN is only used to utilise the end power amplifiers in the amplifier. To use this amplifier’s operating mode, the source selection switch should be switched to the PRE IN position.
Breaking in time of the amplifier
During the production process, the amplifier undergoes a breaking in process, after which a repeated control test of parameters is carried out.
The complete breaking in process takes place at the end user, after about 1-2 weeks of use. Minimum of 100 hours of functioning.
The amplifier and loudspeaker protection system against damage
In order to protect the amplifier and loudspeakers, mainly tweeters, the amplifier is equipped with 2 types of safeguard measures:
When you switch the speaker cords during music playback (not recommended), short-circuits of wires or output terminals may occur. The protection system will disconnect the loudspeakers for approx. 2 seconds. If the short circuit in the amplifier output circuit is permanent (e.g. error in the installation of cables), the amplifier should be switched off as soon as possible and the cause of the short-circuit should be removed. Do not test the safeguard system when the power output of the amplifier is permanently shorted, as this may lead to failures not covered by the warranty.
In the case of exceeding the maximum allowable power output, distortion (clipping) appears on the output of the amplifier that may cause damage to the tweeters. In this situation, the amplifier will disconnect the loudspeakers for a period of about 2 seconds. You should immediately lower the volume by using the Volume or remote control knob.
Specification of technical parameters of the DM 250 amplifier
Output power: 2 x 130 W/8 Ω, 2 x 250 W/4 Ω (DIN 45500)
Operation in class A: 2 x 10 W/8 Ω
Minimum load: 1 Ω (instantaneous)
Output impedance: 0.1 Ω
Distortions – THD:
- 0.1 % at1 W/8 Ω,
- 0.025 % at 120 W/8 Ω
Bandwidth: 5 Hz – 100 kHz – 3 dB/1 W/ 8 Ω
Nonlinearity within the band 20 – 20,000 Hz: ± 0.1 dB
Band irregularity in relation to RIAA curve for the gramophone input MM: ±0.15 dB
Slew rate: 150 V/μs
Total interference on speaker outputs in the band 20 – 20 000 Hz: 0.25 mV
Signal-to-noise ratio: 135 dB (IHF – A)
Preamplifier amplification: 4 dB, output impedance 50 Ω
- 2 x universal – RCA,
- separated CD/DAC – RCA,
- phono MM (gramophone) – RCA
Sensitivity of inputs:
- 500 mV – universal inputs and CD/DAC,
- 250 mV – XLR input,
- 3,5 mV – MM input,
- 0.775 mV – power amplifier inputs
- 47 kΩ – power amplifier inputs,
- 100 kΩ – universal inputs and CD/DAC,
- 22 kΩ – XLR,
- 47 kΩ/100 pF – MM (gramophone)
Potentiometer (volume): precise Alps – Blue Velvet
Transformers: 2 4 x 15,000 uF – Nippon Chemi-Con
Advanced protection system: against speaker short circuit and DC voltage occurrence on the output
Remote control: kod RC5 (volume)
Power consumption: 37 VA – 800 VA (peak)
Dimensions: 430 x 102 x 338 mm
Net weight: 15.4 kg; remote control 0.370 kg
Socket: Voltage requirements –
(EU) AC – 230/240 50/60 Hz
(US) AC-100/125 50/60 Hz
Speakers Binding Posts: Right (Red +), Left (White -) / speakers 4 – 16 Ohm
Power amplifier input connection
RCA (CINCH) : (PA IN Right (Red +), Left (White -)
CD / DAC player
Input RCA (horizontal): CD – DAC (Red -right, White -left)
Inputs RCA (vertical): AUX 1, AUX 2 (Red -right, White -left)
External power amplifiers connection
Inputs RCA Vertical) : PRE OUT (Red -right, White -left)
Environmental protection and preservation
For the sake of the natural environment, please remember that damaged amplifiers should be sent to specialised companies dealing in the utilisation and disposal of electronic devices. Dispose of used batteries from the remote control in special containers.


The biggest trends for 2020 suggest that healthcare, education, travel industries, and social media will use AI for personalized experiences, assistance, and prediction services. The new decade is upon us and with it comes a flood of excitement for the changes and trends we will see in tech. React has had a huge impact on web development, bringing with it ease and innovation useful for developers across the board. There are various AI applications: robots, chatbots, machine learning algorithms, image/text recognition software, data filtering, data analytics, sales forecasting, etc. There are many IoT use cases across different industries involving: Statista predicts the global IoT market revenue will reach about $1.6 trillion by 2025. Let’s discuss eight software development trends that we expect to see in 2020 and beyond 1. 5G is intended to ensure enhanced data security. Despite the common perception of the tech industry, there’s a gap in supply-demand for software development. StackOverflow research suggests that the top 4 modern programming languages to rise in 2020 are Rust, TypeScript, Kotilin, and Swift, with Rust taking 4th position for the last four years consecutively. 75% of MR-enabled applications are expected to be delivered via mobile by 2024. The global spending on 5G mobile infrastructure is projected to reach about $2.3B by 2021. This encourages everyone—government entities, corporations, small/medium-sized businesses—to integrate security solutions. Being used in different industries, big data processing tools can provide advantages like predictive analytics, efficient risk management, deep insights into customer behavior, enhanced lead generation, improved advertising campaigns, customer experience management, and accurate credit scoring. The global blockchain market value in the food and agriculture industry is predicted to amount nearly $1.4 billion by 2028, from $32.2 million in 2017 (Statista). Data can be taken from almost everywhere: video/audio records, emails, smart devices, web/mobile apps, social media channels, reviews, polls, surveys, transcripts, call logs, corporate sources, online archives, etc. On top of that, the worldwide public cloud service revenue is forecasted to rise from 227.8 billion US dollars to 266.4 billion by the end of 2020. Every day people use Artificial Intelligence-enabled programs like Gmail, Google predictive searches, personalized product recommendations even without noticing this. IoT can offer various advantages, allowing businesses to collect large data amounts, accelerate different processes, prevent equipment breakdown, ensure inventory management without losses, reduce operating costs. With technology evolving, custom software development companies, investors and developers will evolve too. As Statista reports, the worldwide big data market is anticipated to reach $103 billion by 2027. Looking towards the next decade, here are a few trends that David Cramer, CEO and co-founder of Sentry, predicts we will see in 2020. Top Technology Trends for 2020 1. The Deep Learning framework Tensorflow 2.0 is predicted to dominate the market. The key task of continuous deployment is to accelerate application updates’ delivery. Let's tread carefully on the road to future software. Since mobile and web development requires professionals in different IT spheres, companies are looking for not only programmers but testers, solution architects, UI/UX designers, business analysts, consultants, marketers, and project managers. Continuous integration + continuous deployment. A PWA is a mix of a website and mobile application functionality acting as a native solution to 1..., almost 11 years later, there are over a thousand of them for! Learning framework Tensorflow 2.0 is predicted to increase from 1.47 billion USD by 2025 55! 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What is a GPX file?
GPX establishes a standard way for the exchange and storage of map information on GPS devices, smartphones and computers. Due to the GPX format, software on one device can read data created on different computers. GPS devices and software developers can easily extend the GPX specification to accommodate new types of data. An experienced technician can read a GPX file manually using simple text editing programs; You don't need specialized software to decode the information. You can access critical map information even if specialized software or equipment is not available.


A lot of people talk about 4G LTE networks, but do we really know what we are referring to? To explain more in depth the real problem that this vulnerability is causing, let’s clear out these terms first. 4G LTE is not one but two terms: 4G meaning the 4th Generation of Data Technology for cellular networks and LTE stands for Long Term Evolution and it is nothing more than the path used to go from 3G to 4G speed, or at least “try” to reach the 4G speed defined by the International Telecommunication Union.
Hackers would use any 4G LTE Network based off a “fail-safe”, used typically during a natural disaster/ emergency or phone tower overloads requiring redirection. Fake LTE towers are used to downgrade a phone’s LTE to 3G, then down to 2G where a lot of vulnerabilities can be exploited easily.
In other words, they find the way to use these emergency protocols -that should only be used in case of emergency, of course- to access the gate that will take them to ultimately hack and /or intercept on your phone. Ta da! It is genious.
When the infrastructure is compromised, your phone and all your data stored is in danger and more so if you do not have any type of end to end encryption it will be easier for them to steal your information – remember the big celebrity hacked photo scandals in the past year?- and use it for rather undefined and shady purposes. Having end to end encryption does not mean they will not have access to your phone but they will not be able to actually see anything. See the difference? It is very important to always protect your data.
Do you have more questions? Please contact us today to work on the best security option for your phone data.


This post is a kind of how to/ how I did it type of post. Today’s challenge was fitting an auxiliary input to my old car which is currently equipped with a fm radio/ cassette player.
I know it would be easier to replace the radio and I know there are gadgets available to broadcast from your phone via FM radio, as well as cassette to 3.5mm jack adapters (there are just too many options for music in the car clearly!). The problem with these methods is sound quality, and in the case of the broad caster vastly reduced battery life, plus I though this mod was quite neat and allows me to keep the standard radio in all of its retro charm (perhaps more relevant/worth doing to a classic car with a period radio to retain stock appearance, also useful if you have steering wheel controls as these can be retained). Plus I like a challenge!
The basic idea is to insert a 3.5mm socket between the radio receiver and the amplifier unit within the radio. By using a switched socket, the radio signal to the amplifier will be stopped when a jack is plugged in and will commence again once it is removed.
Items required for this mod:
- Switched 3.5mm jack (Maplins: FK20W)
- Some wire (22-24 gauge or something about that)
- Soldering Iron and Solder
- Drill with correct size drill bit to make a hole for mounting the socket (6mm in this case)
Total Cost (to me): £1.99
(Although when removing the trim I found £2, so this mod paid for itself!)
Step 1. Take the radio out of the car, easier said than done in some cases but I won’t cover that here as every car is different and I’m sure a quick google will give you all the help you need with this!
Step 2. Take the radio apart. If you are unsure what you are doing it is best to get some help or find an old radio to practice on first.
Step 3. Locate the rebel base output of the radio/ input to the amplifier. This can be aided by using an audio probe (See here for details). When the audio probe is placed on a pin that provides the amplifier with a music signal you will hear the music you are playing on the audio probe through the car speakers (You need the radio plugged in for this so be careful! Alternatively you can do this out of the car provided you can give the radio a 12V supply and have suitable speakers connected).
This is the only genuinely difficult section of this mod (provided you can solder). I just worked my way along the pins from the radio receiver until I found the left hand and right hand outputs. Once you know which is left and which is right and you are sure, find a suitable place to break this connection with the rest of the board and solder in a feed and return to the circuit board as shown by the diagram below, I found a smaller jumper wire just after the pins connection to the board which was ideal. You can use individual wires or a 4-core wire, typically around 22-24 gauge. Take note of which wires go to which connection.
Step 4. Solder wires to 3.5mm jack. You want the feed to the amplifier to be on the common side of the switch as shown by the diagram, so that the source of the music will be switched from the radio to the aux when the plug is inserted as shown in the diagram below. Follow the diagram for whatever jack you are using to ensure the pins are correct.
Step 5. Ground the switch. You want to ensure that the switch is grounded to the same point as the radio to ensure you don’t get any interference.
Step 6. Mount socket. I drilled a simple 6mm hole in some plastic trim and pushed the socket through from behind and secured with a nut, simples.
Step 7. Enjoy! The radio should automatically switch to aux in when a jack is inserted and you should still be able to control volume and whatnot from the radio itself. A lovely cheap mod to add some extra functionality to your radio!
Additional Information: The above information is correct if the radio you have is stereo (left/ right), but there are some differences if you radio is only mono such as in old AM radios in some classic cars. Some extra jiggery pokery with electrical components is required to ensure that the left and right are merged correctly, if you require more info let me know in the comments below.
*Disclaimer: If you modify your car you do so at your own risk and I accept no responsibility if you damage anything. Just because it worked for me doesn’t mean that it will work for everyone despite my best attempts. If you are unsure please ask for help from a qualified professional.


Video Analytics (VA) is amongst the most rapidly expanding fields of the video surveillance industry. Additionally it is called Intelligent Video Surveillance. Video Analytics greatly increases the power and analytical capabilities of network camera software.
Since the name suggests, the goal of Video Analytics is always to carefully analyze video surveillance footage. Most forms of VA network camera software can even perform these analyses in real time. The analyses usually takes many shapes and sizes. Among the most common (and simplest) forms belongs to motion detection.
Taking video from network cameras which record images inside a digital format, the playback quality analytic software examines images not simply frame by frame but pixel by pixel. A pixel is among the most basic unit of information found in a digitized image or video. What could seem just a minor change when viewing the full picture could actually result in a major switch the signal from a group of pixels, that your software recognizes and after that informs the consumer. Video analytics software can catch perhaps the slightest adjustments to a photo from frame to border by catching variants the data sent.
When utilizing VA software, then, it's good to own high quality images. The larger the resolution from the video, the more precisely the software can analyze. The reason being the higher the resolution from the camera, the harder pixels are employed to capture the picture thereby there's more details for your software to research.
This network camera software can even be configured to identify and distinguish certain objects, or tell objects apart. By way of example, if you're monitoring any particular item your shop, you might program the program to recognize that object and spot if it should change at all or wander off. Since it can differentiate between objects, it might likewise be able to inform if your item were substituted for something different.
Video analytics network camera software could also be used to do things like count people walking on a sidewalk or cars passing down a busy street. With its detailed analyzing capabilities it can tell people and cars aside from each other and in the background, providing accurate statistics on these occurrences.
While a fundamental part of network camera software, video analytics is not the only part. It really is used to analyze information, though the software generally speaking doubles for most other purposes. For example, if your VA tool get something unusual, say for example a missing object, or motion when tthere shouldn't be motion something like that of that sort, it could activate alarms inside the building, contact police officers or any other authorities and in many cases send you an e-mail notification in the event. This is known as advanced event management and is also one of the many added capabilities of network camera software which utilizes video analytics tools.


Leading global semiconductor manufacturer Intel Corporation has chosen a site in central Ohio’s Licking County as the future home for its most advanced semiconductor manufacturing facilities in the world.
Intel plans to invest more than $20 billion to build two state-of-the-art factories by 2025
Do you want to join Intel and establish your company in Ohio? JobsOhio can support your project with information, introductions and incentives. As the Benelux representative of JobsOhio we will be happy to support Benelux companies that fit in the Intel supply chain and want to benefit from Ohio's tech talent and booming technology landscape! You can contact us for more information and support.


The PJ105 module is a 29.9x25.6mm open-source, stand-alone, programmable phto-resistor light sensor based on ATtiny85 with PJON over PJDL networking. It needs only 3 pins (PJDL, 7-12v, GND) to operate transmitting samples and receiving incoming configuration on the same PJON IO pin.
Multiple PJ105s can be connected in parallel on the same SoftwareBitBang bus sharing the same power, ground and data connection. Each PJ105 is running an instance of the PJON protocol stack with its own configurable device id, so many can coexist on the same medium.
PJ105 has been engineered with the strong feeling that in the future "smart homes" will not necessarily host an embedded real-time operative system in whatever "thing" and expose vulnerabilities out of their physical boundaries. Otherwise, more probably, they will host many less power-hungry microcontrollers connected to a wired communication bus.
For more detailed information, visit the GitHub Repository.
Be the fist to experiment with our PJ100 module kits Limited Edition. Each sensor is soldered by hand in Rome, Italy to ensure its best quality and performance. Please be aware that in case of the initial stock termination, you can preorder and receive it within 15 working days excluding the shipping period as this sensor is being prepared for you. If you would like to order more than 20 items at once, please contact us directly at email@example.com. Thank you for your understanding and happy tinkering!
Please consider that PJ105 is an experimental evaluation kit not designed to be applied in production. It must be used only for research and testing purposes. Each PJ100 Limited Edition sensor is sold as is without any warranty and program. Yet you can find the suggested application examples at PJON GitHub Repository.


The 2005 Nissan Maxima utilizes two different types of fuse. Type A is used in the fuse boxes in the engine compartment. Type B is used in the passenger compartment fuse box.
If any electrical equipment does not come on, check for an open fuse. Beware not to use a fuse of a higher or lower amperage rating than specified on the fuse box cover. This could damage the electrical system or cause a fire. To remove and replace your Nissan Maxima Engine Compartment Fuse, please follow below instructions:
- Be sure the ignition switch and the headlight switch are OFF.
- Open the engine hood.
- Remove the fuse box cover by pushing the tab and lifting the cover up.
- Remove the fuse with the fuse puller. The fuse puller is located in the center of the fuse block in the passenger compartment.
- If the fuse is open/broken (see picture for broken fuse), replace it with a new fuses.
- If a new fuse also opens, have the electrical system checked and repaired by a NISSAN dealer.
- 2004 maxima fuse diagram,2005 maxima fuse block diagram,2005 maxima fuse diagram,engine compartment fuse type,engine fuse panel nissan maxima 2006,


C / C++ embedded Software Engineer, either contract or perm
There is a flexibility for this role to be either a contract or a permanent role and either full time or 3 days per week.
You will design and develop a software for real time embedded applications. You will be involved in each stage of the software development cycle. You will also debugg current firmware and optimise existing systems and look after source control management.
This team is very creative and work will be interesting.
The project will include collection of data from hardware censors and communicating results via Bluetooth / wifi through the cloud.
*Strong embedded debugging skills.
*Fluent in C/C++ - extensive relevant experience is required
*Modern 32-bit processors/microcontrollers
*Windows Device drivers.
*Ideally the candidate would be proficient in the following areas:
oFirmware RF Communications e.g. BT BLE, Wi-fi, RFID, NFC, etc.
*Development, integration and deployment of UI.
*Protocol stack concepts and architecture.
*Protocol development for embedded systems.
*Ability to show initiative
*Ability to multitask
If this is of interest please get in touch via email or call on 00 353 (0) 18526950.
Adecco is an equal opportunity employer!
Adecco Ireland is acting as an Employment Agency in relation to this vacancy.


How To Find Replacement Parts FOR THE Smok Novo 2 Electric Software
The Smok Novo 2 portable vaporizer is the second of two large vaporizers from Smok Company which are worth trying. Smok Firm has given Vape a lot of thought on their new product which has managed to get one of the greatest vapes available today. Smok Novo 2 is definitely the best all round vaporizer with superior flavor and vapor production. Let’s take a look at the advanced functions in this vaporizer and observe how they enhance the way we enjoy our dishes of pho herb.
The Smok Novo 2 biggest change when compared to original may be the huge improvement in battery life, now delivering over twice as much power providing you twice the battery life. Improved electric battery life means extended usage time without the need for recharging. Power end result has been increased from 10 sixteenW to today 6 twenty-eight, giving you a better wattage range. Power productivity has been improved upon tremendously without compromising on the style. This Smok Novo 2 will be powered by the new high quality quartz titanium ion batteries, that offer longer lasting performance and give you more vapor per battery pack.
Another big improvement is the large ceramic dual grid coil technique which increases airflow and vapor output dramatically. The heat sink has been increased to reduce internal temperatures and rise vapor production. The brand new larger dual grid coil program improves air flow through the whole heating chamber giving you the most efficient cleanest air attainable. The improved cooling vent gets rid of the necessity for a fan to cool off the internal heat chamber. With the Smok Novo 2 you obtain the best of both worlds with a powerful vapour producing desktop in a concise and portable design.
The newest version of the initial Smok Novo 2 comes in the form of a DIY Package. The Smok Novo 2 comes filled with a vapor comparison chart, a replacement battery, replacement cup and the stainless steel replacement coil. The package has been made to be easy to use and contains been revised to improve the functionality. The brand new version of Smok Novo 2 comes standard with the brand new Smok Novo logo that is also a benefit.
Other benefits of the Smok Novo 2 may be the easy to read LED indicator lightweight. This indicator light will let you know how much current is left in the battery. This is a great feature if you are using multiple batteries. The new Smok Novo 2 designs have a built-in pulse sensor that when the temperature reaches below 35 degrees begins changing the LED indicator lightweight showing you if you need to change batteries. There is a built in power saving feature which cuts power immediately once the device is not used.
When deciding on what to do first with your new Smok Novo 2, the great thing to do is go back to your authentic charger and see if you have an upgraded Smok Novo 2 charger that is compatible with your original manufacturer’s battery. When there is, then you can continue together with your shopping and buy the replacement Smok Novo 2 battery from the same manufacturer as your authentic. If the energy adapter and the complete device are not from the same manufacturer or supplier, then you can certainly shop online for a distributor that sells components for Smok Novo 2. You can also go surfing and order from an web store that sells electronic items.
A few of the online stores sell replacement parts and chargers for nodes which happen to be manufactured by other companies such as Samsung, Phillips, etc. It will always be a good idea to check up on reviews concerning the specific brand you need to substitute the batteries with because distinct brands may have different standards and specifications so far as the original 450mah and the 800mah batteries are worried. There are many Smok Novo 2 review web sites on the internet. A couple of them can provide you accurate information about the brand you would like to purchase. This way, if you can find problems with the initial battery or the charger it is possible to contact the manufacture and get a replacement.
When purchasing the notes you can even purchase additional pods. There are lots of different kinds of pods in different sizes to match different devices so you shouldn’t have any problems finding a replacement pod for the Smok Novo 2 that you need. Replacement pods can be found in all colors and styles that were made by Smok Novo.


The Smok Novo 2 Pod Heating Element and Your Electric powered Airsoft Gun
With more information on positive reviews, the Smok Novo 2 makes a great portable vaporizer. With two heating settings, the Smok Novo 2 makes it simple to use. No matter where you’re, the Smok Novo 2 can be yours to vaporize in any location. The only difference in the initial Novo is that the bigger version now includes nearly twice the battery capacity, increasing to 450mAh.
Double the battery means double the stamina, making it an excellent choice for all situations. No more will you have to worry about being done with your vaporizing in a few minutes. The Smok Novo 2 will last you up to an hour on high, and yet there is hardly a hint of a whiff as the aromatic smoke it produces fills the complete room. The only real indicator light is supplied by the heating factor, which turns blue once the temperature has reached a comfortable level for you.
The original novo pod kits was included with the heater, however the move 2 kit comes with the larger heater. Small nova 2 pod kit continues to be available and appropriate for most vapers. It is recommended that you replace the initial heater in your vaporizer at least one time per year to keep proper performance. If you are using the bigger heater than that recommended, you may find that the airflow in your lungs isn’t sufficient to reach the prospective vaporizing point.
Probably the most unique characteristic of the Smok Novo 2 is that the heating component includes a micro usb port. This allows the individual to use their own batteries to power this product. Utilizing the micro usb port in addition allows the individual to charge their devices while the pod sits on the table top. Battery living can last all night while the device heats up the room. Most devices will have a life span of at least twelve hours, however the Smok Novo Two will stand up to nine hours of use from two high quality batteries.
A very Puff Bar important factor about most vaporizers is certainly that the heaters usually do not look very appealing sitting on a table top. The beauty of the machine is that it generally does not appear to be one at all. The two pieces of the kit are each a quarter of the size of a credit card. They also are durable and work good. As soon as you get your device home, it is possible to connect the batteries and instantly begin using the heating elements. Using the Smok Novo Two, it is possible to enjoy a hot cup of coffee or tea while the heating element is sitting up for grabs leading.
The novo kit provides two configurations: standard and advanced. The higher the wattage with this unit, the bigger the temperature that the machine reaches. The wattage will figure out the maximum temperature that the machine can reach. Since this product has a higher maximum wattage, it will require a more substantial battery to heat up the entire space.
To make certain your device heats up the complete room evenly, you will need to configure the airflow method. In the airflow section, you will select the type of fan wheel you want. You can choose between a cyclonic or a disc shaped supporter wheel. For the temperature management, you can even select between a variable speed and variable airflow command.
To charge the Smok Novo 2 Pod, you should connect the positive and negative wires to the corresponding terminals on your own battery. Once you connect the charger in, the heat factor begins to heat the surroundings until the battery runs away. The Smok Novo 2 Pod requires roughly five to six hours to attain the maximum heat range before it turns on automatically. It is possible to leave the unit to charge the battery completely before it really is ready to use the the next time you turn on the unit.


Principles of CTLM：
The absorptivity (coefficient) to the lights in different wavelengths varies from tissue to tissue, as shown in the following figure:
The figure shows the absorption coefficient of the main components of the breast tissue to different wavelength lasers: the horizontal axis represents the laser wavelength, and the vertical axis represents the absorption factor. CTLM uses a laser beam with a wavelength of 808 nm for scanning. At this wavelength, the absorption coefficients of deoxyhemoglobin and oxyhemoglobin in mammary gland were the same and higher, but the absorption coefficients of water and fat were lower. Thus, the difference in absorption coefficients between oxyhemoglobin, deoxyhemoglobin and water or fat can be clearly distinguished.
Next:Advantages of CTLM


Hög kvalitet till överkomligt pris
Eftersom LLB är den största mässan i Skandinavien är det viktigt för Adam Hall Group att visa vår närvaro på en av våra växande marknader. Det säger Sabine Ihli. Adam Hall finns med som utställare för femte gången.
Vilken fråga är den hetaste i er bransch just nu?
- Högkvalitativa flexibla installationslösningar till ett överkomligt pris.
- Multi award winning LDCURV500: With the patented CURV 500®, LD Systems presents the first really portable array with WaveAhead® technology for high-definition audio quality with an amazing sound pressure and excellent balance. Thanks to the expandable vertical and horizontal coverage, the system is completely scalable. The unibody aluminium construction of the CURV 500® array satellites sets new standards and is essential for the outstanding sound quality of the system. The unique SmartLink® plug-and-play adapter also offers numerous mounting options. For all-in-one comfort, the 4-channel mixer integrated in the CURV 500® provides a range of digital effects, as well as modern Bluetooth® wireless technology.
- The new benchmark in portable column speakers the LDMAUIP900: Imagine a modern art audio system. Imagine a solid block of aluminium, a laser-sharp diagonal cut. Creating the MAUI P900, we set out to turn our imagination into reality. We have combined state-of-the-art audio technology and sleek elegance into a loudspeaker system that breaks new ground. Merging inspired aesthetics with technical excellence, the MAUI P900 is a vision come true.
- Battery powered coloumn PA system LDMAUI5GO: Combining outstanding sound quality and stunning compact design with the amazing versatility of battery-operated speakers, we’ve created an ultra-portable PA system for you: meet the MAUI® 5 GO. Powered by a high-capacity lithium-ion battery, the MAUI® 5 GO allows you to play your music wherever you feel like. And thanks to the optional, quick-swappable battery packs, you can also play for as long as you like. Now nothing can hold you back – so GO play outside!
- NEW Cameo Outdoor LED Washlight: CLZW600: Equipped with a total of forty 15 W RGBW Cree LEDs for a massive 21,000 lm output, the Cameo ZENIT® W600 is a powerful IP65 rated wash light for demanding outdoor applications. In addition to RDM and standard DMX capability it boasts a built-in 2.4 GHz W-DMX™ transceiver by Wireless Solution Sweden AB for convenient wireless control. The fixture also provides a rich variety of stunning automated programs for standalone or wireless master-and-slave operation
- Battery powered CLZB60BLSD: With battery operation, built-in wireless DMX and IP65 rating, the Cameo ZENIT® B60 is ready for demanding indoor and outdoor lighting applications. The highly professional PAR light sports four 15 W RGBW Cree LEDs with a 50,000 hour lifetime and powerful 1,900 lm output for brilliant, uniform colours with a precise 11° beam spread. For extra versatility it comes with two specially designed light shaping diffusers offering a choice of 25° or 40° beam angles while maintaining output.
Utställare: Adam Hall


A nuisance that every car driver has experienced one time or another: You get into the car, turn the ignition key and…nothing happens. Maybe a brief stutter or last gasp, but the vehicle simply will not start. Then you have to ask your neighbor for help. But if no one is there to help you with a jump start, the breakdown service can quickly become expensive. Help can be provided by a battery charger that quickly charges up the car battery. Einhell offers a range of battery chargers in various sizes and versions, from the robust compact model to the high capacity workshop charger with reversible charge voltage.


PnP Systems is R&D company, which has been created to develop hi-technology applications in cooperation with major Polish and an international institutes and organizations. Our strategy is to focus on design and production of dedicated products and applications.
PnP Systems specialization includes:
- telecommunication systems
- radio-communication systems
- communication in Smart Grid networks
- multisensory systems
- remote sensing
- analogue and digital electronics
- geospatial analyses
- data processing
- GIS, GMES, satellite images
- localization systems
- inertial systems
Its priority is also the monitoring of the policies of the European institutions as well as development in the industrial scene and evaluate their consequences for the Polish energy and space sector. The company’s mission is to promote and actively participate in the development of smart grid and space applications and technologies in co-operation with Polish and international organizations.
PnP Systems is offering wide range of professional services in the area of satellite navigation, satellite imaging, space technology and data analyses. We have a qualified team of engineers with experience in the development of high tech space applications.
PnP Systems provides innovative products and services that enable Power Utilities to benefit from the implementation of Smart Grid networks, and advanced telecommunication solutions (radio and wired) for wide variety of applications for distribution of voice, data and video in a large number of market segments.
PnP Systems Sp. z o.o.
Phone: +48 17 773 69 10


I’ve been looking into drones recently. I went to the SF Drones Start-up Meet-up, where I met the most bullish people in the UAV market, and I’ve been doing other meetings and research too.
I’m almost as bullish as the drone start-up people are – it’s a pretty wild-eyed group, but they are right all the same. I met everyone from a guy who is not delivering pot with drones, to a guy who made Uber for drone pilots, and saw a presentation on a high-powered tiny computer that’s like an Arduino on steroids – a little computer I might need for my drone idea. I got a chance to learn about a piece of radio hardware that will let most anyone fly a drone with an iPad from Fighting Walrus. I also met someone I already follow on Twitter, Colin Snow the Drone Analyst.
Seeing the demo of a drone fly and land on its contact charging pad (SkySense) was a thrill too – SkySense uses a clever hex pattern to ensure proper connection of charging contacts.
Drones will see commercialization and widespread use in the next 5 years, and drones will likely be the most common robot, kicking off the robotics age with a bang. The major tech advance that made this possible is the advent of cheap multi-copters. Unlike traditional remote controlled and autonomous airplanes and helicopters, multi-copters can withstand mechanical failure in flight without falling out of the sky, withstand high winds and hover in adverse conditions, and can be produced at such low rates that they can be sold for as little as $400 dollars, or even $1000-2000 for best-in-class consumer drones from 3D Robotics or DJI.
You can fly one of these cheap drones around for 40 minutes at a time with stock hardware, and fly it for 50 hours without need for major mechanical repair. As these numbers creep higher and maintenance gets easier, drones will become more and more useful for doing daily or weekly tasks.
The most obvious use for commercial drones is information gathering. This includes maps, photo imagery, real-time and recorded video, and even multi-spectral imaging for purposes like farming (e.g. to detect fungus on crops for treatment). Drones will widely replace security personnel, be used to make farming more efficient, and inspect remote infrastructure like pipelines and dangerous places in nuclear plants. The sweet spot for this new class of multi-copter drone is applications where you need to run a drone day in and day out, repetitively. That’s why drones will come to replace security guards and help farmers in ways that older styles of autonomous flying vehicles weren’t appropriate for. We’ll continue to use fixed-wing drones, airplanes, and satellites to do imaging that doesn’t require as much recency and repetition, but multi-copters are the thing you put on a cron job.
Similarly, doing routine non-surveillance tasks like watering crops and delivering fertilizer will also get droned, just at a slower rate because it’s a harder challenge with more stuff to build correctly. Before you see Amazon delivering packages with drones, you’ll see businesses using drones on private premises for mechanical tasks.
For my part, I’ll leave the hardware to everyone else. I see a lot of room to make software for this emerging drone market, and I might know more about maps, sensors, and software for remote places than the people in the market, even if I don’t have a drone.


Author: Eric Malikyte The story around black holes has really changed in the last few years, amazingly so. In Einstein’s time, black holes were just a mathematical oddity, a thing which was possible but remained totally theoretical. Many scientists in the...
Author: Eric Malikyte Tides on Earth are generated thanks to the moon’s gravitational tug on the Earth’s oceans, causing a bulge. But that’s a bit of an over-simplification. Orbiting bodies revolve around something called a barycenter, which is basically the center of...
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In an era defined by rapid technological advancements and a constantly evolving business landscape, global bookkeeping practices have undergone significant transformations. From traditional ledger entries to cloud-based solutions, the world of bookkeeping is embracing innovation to streamline processes and enhance accuracy. This blog explores the current trends and innovations shaping global bookkeeping practices, shedding light on how businesses worldwide are adapting to these changes.
The Evolution of Bookkeeping Practices
Bookkeeping, once reliant on manual processes, has evolved into a digital realm. With the advent of accounting software and cloud-based platforms, businesses can now manage financial data more efficiently. Traditional ledgers and spreadsheets are giving way to automated systems that not only reduce the risk of errors but also provide real-time insights into financial health.
Global Trends in Bookkeeping
The rise of remote work has prompted a shift towards virtual bookkeeping services. Companies are leveraging technology to facilitate seamless collaboration between bookkeepers and businesses, transcending geographical boundaries.
Automation and Artificial Intelligence (AI):
Automation is revolutionizing bookkeeping by automating repetitive tasks, such as data entry and reconciliation. AI-powered tools are becoming integral in identifying patterns, and anomalies, and predicting financial trends, enhancing the overall efficiency of bookkeeping processes.
Blockchain in Bookkeeping:
Blockchain technology is gaining traction in bookkeeping for its ability to create secure, transparent, and tamper-proof ledgers. Smart contracts and decentralized finance (DeFi) applications are reshaping how financial transactions are recorded and verified.
Data Security and Compliance:
As cyber threats become more sophisticated, the focus on data security and compliance has intensified. Global bookkeeping practices now emphasize robust cybersecurity measures to protect sensitive financial information and ensure compliance with ever-evolving regulations.
Innovations in Bookkeeping Software
Cloud-based bookkeeping software allows real-time access to financial data from anywhere, facilitating collaboration and enhancing the speed of decision-making. This innovation has become a cornerstone for businesses looking to adapt to dynamic market conditions.
Machine Learning Algorithms:
Bookkeeping software integrated with machine learning algorithms can analyze historical data to identify patterns and make predictions. This not only saves time but also enhances the accuracy of financial forecasting.
Mobile Bookkeeping Apps:
The rise of mobile technology has led to the development of bookkeeping apps that enable users to manage their finances on the go. These apps often offer features such as expense tracking, receipt scanning, and invoice generation.
Integration with Other Business Systems:
Modern bookkeeping software integrates seamlessly with other business systems, such as customer relationship management (CRM) and enterprise resource planning (ERP) software. This integration streamlines data flow between different departments, creating a more cohesive and interconnected business environment.
The Future of Global Bookkeeping
The future of global bookkeeping is poised to witness continued innovation and transformation. As technology evolves, artificial intelligence, blockchain, and other emerging technologies will play an even more significant role in shaping the landscape. The integration of predictive analytics and advanced reporting tools will empower businesses to make data-driven decisions with greater precision.
In conclusion, the world of global bookkeeping is undergoing a paradigm shift driven by technological advancements. Businesses embracing these trends and innovations are not only streamlining their financial processes but also gaining a competitive edge in an increasingly dynamic marketplace. As we navigate the future of bookkeeping, staying informed and adopting these innovations will be key to fostering financial health and sustainability on a global scale.


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If you want louder sound, check out how to hook telephones together.
Sound is vibration: back and forth movement. If you touch your throat with your fingers when you speak, you will feel the vibration in your fingers. The speaker phone turns vibration into electricity and then turns that electricity back into vibration. The process is similar to the way a permanent-magnet toy motor that normally consumes electricity to make motion can also be used a generator of electricity if you supply motion. In fact, a speaker is both a motor and generator that vibrates back and forth instead of around and around.
It has everything to do with magnetism, and the magic relationship between magnetism and electricity.
The "Howstuffworks" web site has a couple of good pages about how speakers work.
Here is a great site with cool magnet experiments with the Magnet Man. http://my.execpc.com/~rhoadley/magindex.htm
This series of pages from Trinity College in Dublin is more about magnetism than electricity, but it's really interesting!
Because the speaker actually becomes kind of a generator when it's used as a microphone, consider making this simple electrical generator. One of my students made this. It is so cool to see the bulb light up just by turning the home-made generator. Click here!


The Apple iPhone 14 Plus boasts a 6.7-inch Super Retina XDR display and A15 Bionic chip, whereas the iPhone XR features a 6.1-inch Liquid Retina display and A12 Bionic chip. The iPhone 14 Plus outperforms the XR with improved cameras, battery life, and connectivity options.
Comparing the iPhone 14 Plus to the iPhone XR highlights significant advancements in Apple’s smartphone technology. Transitioning from the XR’s Liquid Retina display to the larger, more vibrant Super Retina XDR screen on the 14 Plus enhances visual experiences. The updated A15 Bionic processor provides faster performance and efficiency improvements.
Users will appreciate the leap in camera capabilities with the iPhone 14 Plus offering advanced dual-camera systems, low-light performance, and a Photonic Engine for incredible photos and videos. With 5G support, the iPhone 14 Plus also offers greater connectivity speeds compared to the XR’s 4G capabilities. These upgrades make the iPhone 14 Plus a robust option for users looking for the latest features in their smartphone experience.
Introduction To The Iphones In Comparison
Exploring the iPhone 14 Plus and iPhone XR prompts a journey through time, from the fresh features of today back to the innovations that once dazzled tech enthusiasts. This comparison uncovers how Apple’s iPhone has evolved, offering tech-lovers deeper insight into the capabilities of these devices.
Understanding The Generational Gap
Grasping the evolution between iPhone generations illuminates vast improvements in technology. The iPhone XR, launched in 2018, laid the groundwork for the more advanced iPhone 14 Plus of 2022. This leap signifies major enhancements in performance, camera systems, and user experience.
Overview Of The iPhone 14 Plus and iPhone XR
Positioned as a mid-range option, the iPhone XR marked a shift towards larger displays and cutting-edge chip performance in its era. Fast forward to the iPhone 14 Plus, and users encounter a contemporary giant armed with Apple’s latest innovations, poised to dominate the smartphone scene.
The Significance Of Specs In Today’s Smartphone Market
In the fiercely competitive tech world, specs don’t just quantify gadget abilities; they narrate the user’s potential experiences. With ever-growing demands for faster, more efficient, and feature-packed devices, specifications serve as a critical decision-making tool for consumers navigating the plethora of options available.
|iPhone 14 Plus
|Dual 12MP Ultra Wide and Wide cameras
|Single 12MP Wide camera
|Up to 26 hours talk time
|Up to 25 hours of talk time
|iOS 12, upgradable
- Storage options start at a roomy 128GB on the iPhone 14 Plus versus a modest 64GB on the XR.
- Advances in 5G connectivity on the iPhone 14 Plus ensure high-speed internet access compared to 4G LTE on the XR.
- Enhanced durability features, with Ceramic Shield on the iPhone 14 Plus offering better drop performance than the older XR.
Design And Display Showdown
Welcome to the ultimate duel between the sleek Apple iPhone 14 Plus and its revered ancestor, the iPhone XR. Today, we’re digging deep into how these two models stack up in terms of design and display. Whether you swear by the classics or crave the latest tech, this segment reveals which iPhone might just win over your heart.
Evolving Aesthetics: Materials And Build Quality
Apple’s quest for perfection is evident in its evolving design language. The iPhone 14 Plus builds on a legacy, offering a refined structure that speaks volumes of premium quality. Its sleek, flat-edge design deviates from the curved edges of the iPhone XR, signaling a new era in Apple’s smartphone aesthetics:
- Aluminum and glass finish on both models
- Ceramic Shield front cover exclusive to iPhone 14 Plus
- A denser stainless steel frame adorns the iPhone 14 Plus
Screen Size And Resolution: A Visual Comparison
|iPhone 14 Plus
|2778 x 1284 pixels
|1792 x 828 pixels
|Liquid Retina HD
The numbers speak for themselves; the iPhone 14 Plus offers an immersive visual experience with a larger and crisper display. Both generations deliver vivid colors, but the 14 Plus steps up with its higher resolution and pixel density, ensuring your media gleams with unparalleled clarity.
Durability And Water Resistance: Practical Elements
While beauty matters, practicality cannot take a backseat. Here, we explore how the iPhone 14 Plus and XR handle the rough and tumble of daily use:
- IP68 water and dust resistance on iPhone 14 Plus, outclassing XR’s IP67
- The iPhone 14 Plus can withstand water up to 6 meters for 30 minutes
- iPhone XR stands tough but only up to 1 meter under water
Whether caught in a sudden downpour or an accidental spill, the iPhone 14 Plus holds its ground longer and stronger. This level of endurance confirms its superiority in resisting the elements, a definite consideration for any user.
Performance And Hardware Analysis
Welcome to our in-depth look at the Performance and Hardware Analysis of the Apple iPhone 14 Plus compared to the iPhone XR. The guts of any smartphone tell the story of its capability. Let’s dive into what runs these devices—their processors, memory, and battery life—to see how they stack up.
Processor Capabilities: A13 Bionic Vs A15 Bionic
At the heart of any smartphone lies its processor, a critical component defining speed and efficiency. The iPhone 14 Plus leaps ahead with the A15 Bionic chip, which embodies power and advanced operations.
- 6-core CPU in A15 Bionic versus 6-core CPU in A13
- A15 boasts a 4-core GPU, better than the A13’s 4-core GPU
- Enhanced neural engine in A15 for AI tasks
Ram And Storage Options: Capacity And Efficiency
Diving deeper into the devices, RAM and storage play pivotal roles. While RAM enables smooth multitasking, storage houses all your apps and media.
|iPhone 14 Plus
In RAM and storage capacity, the iPhone 14 Plus takes the lead, offering both greater capacity and efficiency.
Battery Life And Charging Speeds: Endurance Matters
Lastly, let’s talk about the one feature that keeps your phone alive – the battery. The iPhone 14 Plus and XR differ here too.
- iPhone 14 Plus has a larger battery than the XR
- Improved energy efficiency with an A15 chip
- iPhone 14 Plus supports faster charging
The iPhone 14 Plus offers more hours of usage and less time tethered to a power outlet. For those on the go, endurance matters.
Camera Systems And Software
The iPhone 14 Plus and iPhone XR boast impressive cameras, but advancements in lens quality and software make a world of difference. The right camera breathes life into every photo and video you capture. Here’s how the two models compare in camera systems and software.
Photography: Lens Quality And Software Enhancements
The iPhone 14 Plus elevates photography to new levels. Better aperture and sensor stabilization are just the start. Let’s unwrap the layered advancements each offers.
- iPhone 14 Plus: Utilizes a dual-camera setup.
- iPhone XR: Features a single wide-angle camera.
Software enhancements in the 14 Plus like Photonic Engine and Deep Fusion ensure your pictures shine.
Video Capabilities: From Casual Clips To Cinematic Shots
Video performance tells a tale of evolution. The iPhone 14 Plus stands out with 4K resolution at 24 fps for that cinematic quality.
|iPhone 14 Plus
|4K at 60fps
|1080p HD at 60fps
|Optical Image Stabilization
These features mean the iPhone 14 Plus empowers users to capture moments like a pro.
Operating System Updates: Longevity And Support
An iPhone’s life cycle greatly depends on its software support. The iPhone 14 Plus and XR run on the latest iOS, offering smooth experiences.
- Frequent updates keep your iPhone secure.
- Extended support for the iPhone 14 Plus will outlast the XR.
Users of the iPhone 14 Plus will enjoy new features for a longer time. Your device stays fresh, fast, and fun for years.
Frequently Asked Questions On Apple iPhone 14 Plus vs. iPhone XR Specs
Is iPhone 14 Plus Better Than iPhone XR?
Yes, the iPhone 14 Plus offers better performance, camera enhancements, and longer battery life compared to the iPhone XR.
Is iPhone 14 Worth It Over Xr?
The iPhone 14 offers significant upgrades over the XR, with improved performance, enhanced camera features, better battery life, and 5G support. It’s a worthy investment for those seeking modern advancements.
Is The iPhone Xr and iPhone 14 The Same Size?
No, the iPhone XR and iPhone 14 are not the same size. The iPhone XR has a 6. 1-inch display, while the iPhone 14 offers a 6. 1-inch display in a different design and body dimensions.
What Makes The iPhone 14 Plus Different?
The iPhone 14 Plus boasts a larger 6. 7-inch display and enhanced battery life compared to the standard iPhone 14. Its size optimizes media consumption and productivity, creating a distinct user experience.
What’s New In iPhone 14 Plus?
The iPhone 14 Plus boasts a larger 6. 7-inch display, A15 Bionic chip, improved dual-camera system, and longer battery life compared to the iPhone XR.
Deciding between the iPhone 14 Plus and the XR boils down to personal and technological preferences. The 14 Plus offers advanced features and improved performance, standing out for current needs and future-proofing your experience. The XR, while older, still holds its ground for budget-conscious users valuing solid functionality.
Choose based on the merits that align with your desires and usage patterns. Your perfect match in the iPhone realm awaits.