Опубликовано в журнале "Программные системы и вычислительные методы" в № 1 за 2016 год в рубрике "Автоматизация проектирования и технологической подготовки производства" на страницах 32-41.
Аннотация: The article deals with the issues related to the users’ access to the system of topological PC board layout without buying the license for the system because the price of the license may reach dozens or even hundreds of dollars which is not of economic benefit to the majority of developers. This leads to the growing popularity of cloud technologies that allow to get access to the design systems based on inexpensive licenses. Thus, the authors of the present article analyze different services of cloud CAD and define the most popular services. Then the authors compare different kinds of CAD PC board layout and offer to use Topological Router as the topological router created on the cloud. According to the author, Topological Router has the most beneficial features. In addition, the authors define the platform for deploying the cloud. The main research method used by the author is the comparative analysis of parameters and features of CAD PC boards and cloud deployment platforms. The scientific novelty of the research is caused by the fact that so far there haven’t been any practical implementation of WEB-oriented PC board design systems. The test case of the corporate cloud on the basis of the VMware platform has proved it possible to use cloud technologies in creating public access to the topological CAD. To deploy the full function corporate cloud and provide access to virtual CAD through web-interface it is necessary to install the additional server VMware vCenter Server 5.5.
Ключевые слова: CAD, PC board layout, cloud technologies, topological router, ‘TopoR’ CAD, VMware ESX Servr, public cloud, corporate cloud, vendor cloud, selection factors
Mikheev M. O. Administering of VMware vSphere 5 / Moscow: DMK Press, 2013.-504 p.
Goretkina E. CAD and PLM in the cloud: is the game worth the candle? //PC Week/RE №34 (819), 2012. P. 11.
Migrating applications to the cloud. 3rd edition / Dominic Betts, Alex Homer, Alejandro Ezerski et al.// Microsoft Press Russian edition, Moscow: 2012, 184 p.
Models and algorithms for automated design of electronic equipment / Luzin S. Y., Lyachek Y. T., Petrosyan G. S., Polubasov O. B. St. Petersburg: BHV-Petersburg, 2010.-224 p.
Voeykov D. Trends in the IT market through the eyes of CAD-company //PC Week RE №16 (766), 2011. Р. 11.
Правильная ссылка на статью:
просто выделите текст ссылки и скопируйте в буфер обмена


public static boolean glBindVideoCaptureDeviceNV(int video_slot,
After successfully locking a video capture device, use this method to bind it
to the capture slot specified in the current context. This method is the cross-
platform equivalent of glXBindVideoCaptureDeviceNV and wglBindVideoCaptureDeviceNV.
video_slot - the video slot
device - the video capture device
true if the binding was successful
public static int glEnumerateVideoCaptureDevicesNV(java.nio.LongBuffer devices)
Enumerate the available video capture devices. This method is the cross-platform
equivalent of glXEnumerateVideoCaptureDevicesNV and wglEnumerateVideoCaptureDevicesNV.
Since they are not really compatible, this method works like the WGL version. That is,
you first call it with a null devices buffer, get the number of devices, then call it
again with an appropriately sized buffer.
devices - the buffer to store devices in
the number of available video capture devices
public static boolean glLockVideoCaptureDeviceNV(long device)
To lock a video capture device to a display connection, use this method.
Before using a video capture device, it must be locked. Once a
video capture device is locked by a process, no other process can
lock a video capture device with the same unique ID until the lock
is released or the process ends.
device - the device to lock
true if the lock was successful
public static boolean glQueryVideoCaptureDeviceNV(long device,
Use this method to query the unique ID of the physical device backing a
video capture device handle.
device - the device
attribute - the attribute to query
value - the buffer to store the value in
true if the query was successful
public static boolean glReleaseVideoCaptureDeviceNV(long device)
Use this method when finished capturing data on a locked video capture device
to unlock it.


Updated: Jan 12
Asus ZenFone Lite L1
Price – ₹ 4,999 Buy Now
The 3000 mAh battery of this smartphone lasts for up to 28 days on 4G standby after a single full charge. Not only that, but it also offers you up to 4 days of music playback and up to 17 hours of web browsing using Wi-Fi. Now take true colour selfies even in low light, all thanks to this ASUS smartphone’s 5 MP selfie camera that comes with a soft-light LED flash, the HDR and the Portrait Modes. The 13 MP rear camera of this smartphone is loaded with PDAF (Phase Detection Auto Focus), an f/2.0 aperture, and an LED flash for bright and beautiful pictures, both, day and night. Lightweight and compact, this smartphone nicely fits your grip when you’re on the move. In addition, it offers you up to 82% screen-to-body ratio and a premium metallic finish.
Loaded with a Qualcomm Snapdragon 430 octa-core processor and 2 GB of RAM, this smartphone makes multitasking a breeze. It comes with 16 GB of internal memory so you can keep your favourite songs, photos, and other media files close at hand.
You can experience a fast and seamless user experience on this phone, thanks to its ZenUI 5 interface, which is powered by the Android Oreo operating system. Now access all your private folders and files stored on this device, as well as other functionalities of this phone securely and conveniently with the Face Unlock feature. Apart from a dedicated microSD card slot, this smartphone also features two SIM slots for seamless connectivity. Equipped with a 13.84 cm (5.45) high-definition, Full View display, this smartphone displays all your visuals at a 1440x720p resolution so they are sharp and vivid.
Price – ₹ 4,499 Buy Now
Fast, sleek and powerful – meet the Redmi Go. Its 12.7 cm (5) HD display is designed to deliver sharp and vibrant visuals. Loaded with the Android Oreo (Go edition) OS, the Redmi Go ensures a smooth, light and fast user experience. The Go edition apps that come pre-installed in this smartphone use less RAM and storage, ensuring they load faster than the regular apps. Powered by a Qualcomm Snapdragon 425 processor, this smartphone treats you to seamless performance. From day to night, now take stunning photos of everyday moments with the 8 MP rear camera (with LED flash) of the Redmi Go. Its 5 MP front camera comes with the AI Beautify technology so that your selfies always look Insta-worthy. To top all this off, the 3000 mAh battery of this smartphone keeps the fun going, almost all day long.
With this device, you get a dual nano-SIM slot and a dedicated microSD card slot (that can be used to expand the storage capacity by up to 128 GB). This way, you get more space to store your favourite images and videos. This mobile phone has one microphone at the top and one at the bottom. This helps ensure background noise cancellation so that you can enjoy clearer calls. This mobile phone makes use of dual pyrolytic graphite sheets for better thermal performance. This helps prevent your phone from heating up even after prolonged use. This mobile phone supports over 20 regional languages, which include Hindi, Marathi, Bengali, and more. The Google Assistant feature is available in Hindi, Bengali, Gujarati, Tamil, Telugu, and Malayalam. This way, you can pick a language that you’re comfortable with to enhance your user experience.
XOLO Era 4x
Price – ₹ 4,999 Buy Now
XOLO ERA 4X Comes with 5.45” HD+ (18:9) Full View IPS display with 2.5D Corning Gorilla Glass. The screen has a 5-point touch which enhances your gaming experience. It comes with 2GB RAM and 16 GB Internal memory, expandable up to 64 GB. 8MP Rear + 5MP Front with Screen Flash along with LED Flash present in both Camera. The Phone is powered by 3000 mAh AI Battery and 1.5Ghz MediaTek Quad-Core Processor. It also supports Dual 4G VoLTE.
Infinix Smart 2
Price – ₹ 4,699 Buy Now
Infinix brings you Smart 2, a smartphone that is robust, compact and gives you immersive viewing experience. It features an HD+ Resolution screen that comprises minimum bezels, a Powerful 8 MP Selfie Camera and a 13 MP Rear Camera so that you can capture your memories as and when you like.
This Infinix smartphone is equipped with an HD+ Resolution screen which comprises up to 11% more brightness, a 1000:1 contrast ratio and an eye-care mode. This enhances your user experience whether you are using your phone in direct sunlight or in a dimly lit area.
Enjoy an immersive viewing experience, thanks to this smartphone’s 13.843 cm (5.45) HD+ Full View Display. It comprises minimum bezels with an impressive 83.4% screen-to-body ratio.


KVM based Enterprise Virtualization 3.1 can now support extra large virtual servers with improved live migration all over the storage systems. Few days back, Red Hat increased its open source option to VMware and Microsoft, Enterprise Virtualization 3.1 with additional facility to escalate heavy virtual machines and access the goals of live migration all over the storage systems.
Chuck Dubuque, the senior manager of product marketing at Red Hat stated in an interview, Enterprise Virtualization 3.1 lets the development of virtual server by allowing as more as 160 virtual CPUs and memory of 2 TB. This kind of technique is bigger than maximum 1 TB of memory and 64 virtual CPUs, which is supported by Microsoft System Center’s Virtual Machine Manager or VMware’s vSphere 5.1.
According toDubuque, “The meaning of extra large virtual machine that has ability of running under Red Hat’s 3.1 systems is that “Enterprise Virtualization 3.1 can take the largest x86 boxes and virtualize them, those with eight CPU sockets with 10 cores each.”
In addition to above mentioned factors, the extra large virtual machines are supporting the proficient kernel virtual machine hypervisor that consumes the memory manager and along with this, it also uses scheduler within the Linux kernel. This is one of the many reasons why in Hypervisor performance KVM takes 19 out of 27 published SPECvirt_sc2010 benchmarks. This is a broad-spectrum benchmark which ahs been derived from the previous VMware VMware benchmark.
Dubuquefurther said that 3.1 lets the live storage migration of a virtual server’s virtual disks from rack to rack and all over the data center, however right now its stage of technical management does not support shifting from a data center to another data center. He further said in this regard that storage live migration is “within a data center or where there is a significantly high bandwidth/low latency network between data centers.”
- Oracle develops Open Source VirtualBox 4.1
- Bloombase Enters the Open Virtualization Alliance
- United we stand: Open Virtualization Alliance getting bigger
- Jinfonet Software (JReport) Joins Open Virtualization Alliance (OVA)
- Virtual Consortium Open Virtualization Alliance (OVA) Led by Red Hat, Signs Up 200 Members on Board


- 相机的那些事儿 - 概念、模型及标定
- Norman Koren photography: images and tutorials
- 如何理解 ISO、快门、光圈、曝光这几个概念？
- Introduction to Shutter Speed in Photography
- HUTTER SPEED: A BEGINNER’S GUIDE
- EXPOSURE, APERTURE AND SHUTTER SPEED EXPLAINED
- Sensor Shutter Modes
- ISO 12233 Test Chart
- Setting Up an Optical Testing Station
- dxomark: source for image quality benchmarks for phones and cameras
- Lensation provides free of charge consulting about lenses, illumination and optical components
- Digital Network Vision
- Fisheye Lens: Its not unusual for a fisheye lens to have a FOV of 185 degrees.
- gPhoto is a free, redistributable, ready to use set of digital camera software applications for Unix-like systems
- digiCamControl: An innovative and easy to use solution for complex camera control!
- DSLR Controller was the first and is still the best app to fully control your Canon EOS DSLR from your Android device, with nothing more than a USB cable.
- Generic PTP control of digital cameras
- USB 2.0 board-level camera - mvBlueFOX-MLC
- KumarRobotics/bluefox2: ROS driver for the Matrix Vision mvBlueFOX cameras
Open Source Programmable Embedded Color Vision Sensors, The first CMUcam made its splash in 1999 as a CREATE Lab project.
Pixy is the fifth version of the CMUcam, or CMUcam5, but “Pixy” is easier to say than CMUcam5, so the name more or less stuck. Pixy got its start in 2013 as part of a successful Kickstarter campaign, and as a partnership between Charmed Labs and CMU.
Pixy2 was announced recently as Pixy’s smaller, faster, and smarter younger sibling.
The OpenMV(Open-Source Machine Vision) project aims at making machine vision more accessible to beginners by developing a user-friendly, open-source, low-cost machine vision platform.
OpenMV cameras are programmable in Python3 and come with an extensive set of image processing functions such as face detection, keypoints descriptors, color tracking, QR and Bar codes decoding, AprilTags, GIF and MJPEG recording and more.
Vision Subsystem - Camera for NXT or EV3 (NXTCam-v4)
Open-source quad-core camera effortlessly adds powerful machine vision to all your PC, Arduino, and Raspberry Pi projects.
- Kinect for windows微软中国体感官方网站
- OpenKinect is an open community of people interested in making use of the amazing Xbox Kinect hardware with our PCs and other devices.
- Kinect V1 and Kinect V2 fields of view compared
- Ubuntu + Kinect + OpenNI + PrimeSense
- 【翻译】Kinect v1和Kinect v2的彻底比较
- code-iai/iai_kinect2: Tools for using the Kinect One (Kinect v2) in ROS
- realsense_camera (ROS Wiki)
- Intel® RealSense™ Camera ZR300
- ethz-asl/maplab_realsense: Simple ROS wrapper for the Intel RealSense driver with a focus on the ZR300


The laboratory always welcomes the group visit requests, particularly from schools. During such visits students get to see the detectors under construction, electronic CAD, the computing centre and the permanent scientific exhibitions featuring models and posters illustrating the detectors, spark chamber and cloud chamber.
LAPP also participates in European Masterclass project, organized by CERN. Students from high schools are invited to spend half day in the shoes of researchers. During their stay students analyse real data from large hadron collider (LHC- CERN) to study elementary particles. Then they have to compare their results with other students in Europe and discuss these results and observations with CERN researchers through video conferencing facilities.
LAPP researchers also regularly deliver talks in training schools on request. These talks cover various themes such as LHC physics, neutrinos, antimatter, dark matter…
Every two years, the laboratory organizes open days on the occasion of Fête de la Science (national science festival). In 2016, these open days took place on 15 and 16 October, and from 10 to 13 October. This was a very successful event with many schools from Annecy visiting the laboratory. During such open door events general public discover state of the art particle physics research as well as the major experiments in which the laboratory is a participating. Several scientific talks for general public were organized on the weekend of the Fête de la Science.


Other Doctoral Awards were presented for the best research carried out in 2009 by graduating students, designers and PhDs of the university. The jury selected three prize winners from 23 nominees. The winners are ir. Timo Overboom (best engineer), ir. Francisco Zaragoza Martin (best designer) and dr. ir. Danny Holten (best doctor).
Of the three projects that were nominated the project of Reijnders held the greatest perspective for mankind and society, according to the jury.
The porous fuel injector developed by Reijnders counts some one thousand holes, which results in an optimum mix of fuel and oxygen in a cylinder. This leads to much better combustion, reducing the number of soot particles generated. The application will make expensive soot filters for diesel engines superfluous. Reijnders is working further on this project at TU/e for Progression-Industry, a young start-up of TU/e. The industry has a keen interest in this design. “We hope that this will solve the environmental problem of soot emissions by diesel engines within five years”, says the winner of the Perspective Award.
The Graduation Award of EUR 2,500 is going to ir. Timo Overboom from the Electrical Engineering Department. Overboom developed a rotating system for robots in production lines. This involves a module with a rotating as well as a linear movement (‘two degrees of freedom’) for the placement of electronic components onto printed circuit boards. He has also conducted experiments by means of a prototype. Overboom is now working on his doctoral research at the same TU/e Department in the area of electromagnetic suspension of so-called ceiling robots.
The award for the best design project (EUR 5,000) is going to ir. Francisco Zaragoza Martin PDEng. He designed a membrane reactor for a power station which reduces the emission of carbon dioxide. The winner of the Design Award carried out his research in collaboration with Energy Research Center Netherlands (ECN) within the Process and Product Design program.
The Dissertation Award of EUR 5,000 has been won by dr. ir. Danny Holten (Department of Mathematics & Computer Science) for his dissertation entitled ‘Visualization of graphs and trees for software analysis’. The purpose of his research is to enable people to grasp the huge quantities of information that are relevant to understanding software. This is done by means of visual representations. (CvK/FvO)/.


May 13-14, 2020: Electrical Wire Processing Technology Expo – Milwaukee, WI
Join us at the largest dedicated wire processing event of the year – the Electrical Wire Processing Technology Expo. This trade show showcases the latest equipment, instruments, tools, materials & supplies used in wire & cable harness assembly, inspection and repair. If you’re a decision-maker who designs, specifies, purchases, installs, sells, maintains or manufactures electronic cable assemblies, cord sets, wiring harnesses and other related products, this event is for you!
Visit the AdvancedTek booth to learn about 3D printing applications in the wire processing industry and how it allows engineers to use a lower number of components in assemblies, better long-term reliability and on-demand customization.
May 13, 2020: 9am – 4pm
May 14, 2020: 9am – 3pm
Wisconsin Center – Milwaukee, WI
Learn more about the event and register to attend here.


A new concept video beautifully combines iPhone 12 rumors into a three-minute ballet of tech. Done in the same style as Apple advertisements, it offers an early glimpse of what the real ads might look like when the 2020 iPhone models arrive this fall.
The YouTube video
was created by Devam Jangra for ConceptsiPhone
. Just about everything shown was mentioned in one recent rumor or another. A notable exception is reverse wireless charging
— this was allegedly coming in the iPhone 11 series but didn’t materialize.
Look through the iPhone 12 rumors
The next-generation iOS handset is still months away, but there’ve been innumerable leaks. According to numerous sources, Apple is planning no less than four iPhone 12 versions. Every one will feature redesigned chassis and OLED displays, and will use the A14 processor
to run iOS 14
. And all four will be the first Apple handsets to boast 5G capabilities.
As shown in the video, unconfirmed reports indicate the 2020 iPhone series starts with a standard of tier of 5.4- and 6.1-inch handsets. People willing to pay more can invest in 6.1- and 6.7-inch iPhone 12 Pro models, which will supposedly boast a Lidar 3D scanner like the one in the 2020 iPad Pro.


Electrical Systems Technology
(Previously named Electrical/Electronics Technology)
The Electrical Systems Technology curriculum is designed to provide training for persons interested in the installation and maintenance of electrical/electronic systems found in residential, commercial and industrial facilities.
Training, most of which is hands-on, will include such topics as AC/DC theory, basic wiring practices, digital electronics, programmable logic controllers, industrial motor controls, the National Electric Code, and other subjects as local needs require.
Graduates should qualify for a variety of jobs in the electrical and electronics field as an on-the-job trainee or apprentice assisting in the layout, installation, and maintenance of electrical and electronic systems.
Students enrolled full-time and making satisfactory progress should complete this program in five semesters. Additional time may be needed to achieve minimum requirements in English, math or science.
This program offers:
- Electrical Systems Technology Diploma
- Basic Wiring Certificate
- Programmable Logic Controller Certificate
- Industrial Controls Certificate
Department Chair: Eddie Sherrod


Although you wouldn't think that repairing the power button is something you imagined you would ever need to do, sometimes it's needed. Some iPhone models have known issues with power buttons that suddenly stop functioning. Or, you may drop your phone on the power button, causing damage to it. You can still use the phone without repairing that, but it's extremely annoying not being able to shut your screen off when you want to.
Believe it or not, repairing a power button is not that big of a deal. We stock power button assemblies for all models of iPhones, and the repair can typically be completed within an hour.


There is no use spending good money on a motion detector equipped with a tamper switch if you don’t use it. Of course, many motion detectors manufactured today do not employ tamper switches. Yet the multitude of units installed each year that do offer this added feature need to be connected properly. And this does not mean tied in series with the NC contacts of the protective loop output of the detector.
Properly connected tamper switches should be tied into a 24 hour day night zone while the general burglar alarm system is off. This is done to detect inside covert attempts to disable the motion detectors’ capabilities before the system is armed at night.


International Annals of Science is an international refereed journal publishing peer-reviewed research articles in all fields of science and technology by AIJR Publisher. International Annals of science welcome submissions from cross-disciplinary fields, including biophysics, bio-engineering, chemical physics and environmental science, although no area of science is excluded from consideration.
This multidisciplinary science journal dedicated to publishing high-quality research papers in all areas of the Computer, Mathematics, Physical, Chemical, Biological, and Earth Sciences. Papers published by the journal represent important advances of significance within each field on the basis of its originality, importance, interdisciplinary interest, suitability, accessibility, elegance and surprising conclusions. We publish scientifically valid high-quality primary research from all areas of the science and technology through a fair and rigorous peer-review process. All submitted manuscripts are subject to initial assessment by the Editors, and if found suitable for further consideration, forwarded to section editor for the peer-review process.
International Annals of Science will publish online-only on the continuous basis with 2 volumes per year with maximum 6 issue per volume and always free to access, download and reuse under the terms of the Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0)License.
Experts are welcome to join us as Reviewer/editorial board member by applying through online join us form.
For any query send an email at journal’s contact firstname.lastname@example.org


I’m active on Facebook groups for years, and the question in the title is posted quite often. In this article (which isn’t obviously a review), I’ll try to help you choose the best possible option. At first, a few words about my experience with mobile stuff, using different phones, files, streaming services, and so on. Continue reading “Mobile DAC or DAP – which one should I get?”
ddHiFi TC44B is a fully balanced DAC/Amp based on a dual CS43131 chip with USB-C and two headphones outputs. That pleasure costs $89.
The xDuoo XD-05 Plus is a mobile DAC/Amp that can work separately as each option and provides 1W of pure power through the headphone output. It is priced at 289$.
The SMSL SU-9 is a balanced DAC that decodes MQA, and it is based on the Sabre ESS9038 Pro chip. You can get one for $399.
ddHiFi TC25B is a tiny, USB-C portable DAC with a 2,5mm headphone output. It is priced at 39,99USD.
EarMen Eagle is a pendrive-size mobile DAC/AMP combo powered by ESS ES9281 chip and it costs $119.
iFi Audio just released its newest product – the iDSD Neo. I’ts a stationary DAC/AMP combo with Bluetooth, balanced output, and unique, futuristic design. It is priced at 699 USD.
JDSLabs Atom stack contains of the Atom DAC (99 USD) and the Atom AMP (99 USD). It is widely regarded as one of the biggest bargains in the headphone audio market. Let’s see how true this statement is.
EarMen TR-Amp is a mobile DAC/AMP with a lot of power, two headphone outputs and MQA decoding. It is priced at 249$.


MRIs (Magnetic Resonance Imaging)
Metals affected by magnetism cannot be used for Magnetic Resonance Imaging (MRI) systems. The primary requirement of such environments is that bearings must be non-magnetic. Therefore, conveyors used in activities using Magnetic Resonance Imaging systems can only use plastic bearings, which laugh at magnetic fields.
[Inner and outer ring material] - [Ball material]
Please download a catalogue (top-left button) to learn more about tolerances and other issues.


Device::Chip::AVR_HVSP - high-voltage serial programming for AVR chips
This Device::Chip subclass allows interaction with an AVR microcontroller of the ATtiny family in high-voltage serial programming (HVSP) mode. It is particularly useful for configuring fuses or working with a chip with the RSTDISBL fuse programmed, because in such cases a regular ISP programmer cannot be used.
To use this module you will need to make connections to the pins of the ATtiny chip:
ATtiny | tiny84 | tiny85
SDO | 9 | 7
SII | 8 | 6
SDI | 7 | 5
SCI | 2 | 2
RESET | 4 | 1
Vcc | 1 | 8
GND | 14 | 4
This module recognises the following kinds of adapter and automatically assigns default pin connections for likely configurations:
Bus Pirate | Sparkfun | Seeed |:| ATtiny
| cable | cable |:|
MISO | brown | black |:| SDO
CS | red | white |:| SII
MOSI | orange | grey |:| SDI
CLK | yellow | purple |:| SCI
AUX | green | blue |:| HV control
+5V | grey | orange |:| Vcc
GND | black | brown |:| GND
FTDI |:| ATtiny
D0 |:| SCI
D1 |:| SDI
D2 |:| SDO
D3 |:| SII
D4 |:| HV control
For other kinds of adapter, use the named parameters to the "mount" method to tell the chip driver which ATtiny pin is connected to what GPIO line.
The HV control line from the adapter will need to be able to control a +12V supply to the RESET pin of the ATtiny chip. It should be active-high, and can be achieved by a two-stage NPN-then-PNP transistor arrangement.
Additionally, the SDO pin and the PA0 to PA2 pins of 14-pin devices will need a pull-down to ground of around 100Ohm to 1kOhm.
The names of GPIO lines on the adapter that are connected to the HVSP signal pins of the ATtiny chip.
The name of the GPIO line on the adapter that is connected to the 12V power supply control.
The following methods documented in an await expression return Future instances.
Powers up the device, reads and checks the signature, ensuring it is a recognised chip.
This method leaves the chip powered up with +5V on Vcc and +12V on RESET. Use the power, hv_power or all_power methods to turn these off if it is not required again immediately.
Shut down power to the device.
await $chip->power( $on );
Controls +5V to the Vcc pin of the ATtiny chip.
await $chip->hv_power( $on );
Controls +12V to the RESET pin of the ATtiny chip.
await $chip->all_power( $on );
Controls both +5V and +12V supplies at once. The +12V supply is turned on last but off first, ensuring the correct HVSP-RESET sequence is applied to the chip.
Returns the name of the chip whose signature was detected by the start method.
Returns a memory info structure giving details about the named memory for the attached part. The following memory names are recognised:
signature calibration lock lfuse hfuse efuse flash eeprom
(Note that the ATtiny13 has no efuse memory).
The structure will respond to the following methods:
Returns number of bits per word. This will be 8 for the byte-oriented memories, but 16 for the main program flash.
Returns the number of words per page; the smallest amount that can be written in one go.
Returns the total number of words that are available.
Returns true if the memory type can be written (in general; this does not take into account the lock bits that might futher restrict a particular chip).
Returns a key/value list of all the known device memories.
Returns a Device::Chip::AVR_HVSP::FuseInfo instance containing information on the fuses in the attached device type.
Performs an entire chip erase. This will clear the flash and EEPROM memories, before resetting the lock bits. It does not affect the fuses.
$bytes = await $avr->read_signature;
Reads the three device signature bytes and returns them in as a single binary string.
$byte = await $avr->read_calibration;
Reads the calibration byte.
$byte = await $avr->read_lock;
Reads the lock byte.
await $avr->write_lock( $byte );
Writes the lock byte.
$int = await $avr->read_fuse_byte( $fuse );
Reads one of the fuse bytes lfuse, hfuse, efuse, returning an integer.
await $avr->write_fuse_byte( $fuse, $byte );
Writes one of the fuse bytes lfuse, hfuse, efuse from an integer.
$byte = await $avr->read_lfuse;
$byte = await $avr->read_hfuse;
$byte = await $avr->read_efuse;
Convenient shortcuts to reading the low, high and extended fuses directly, returning a byte.
await $avr->write_lfuse( $byte );
await $avr->write_hfuse( $byte );
await $avr->write_efuse( $byte );
Convenient shortcuts for writing the low, high and extended fuses directly, from a byte.
$bytes = await $avr->read_flash( %args );
Reads a range of the flash memory and returns it as a binary string.
Takes the following optional arguments:
Address range to read. If omitted, reads the entire memory.
Alternative to stop; gives the nubmer of bytes (i.e. not words of flash) to read.
await $avr->write_flash( $bytes );
Writes the flash memory from the binary string.
$bytes = await $avr->read_eeprom( %args );
Reads a range of the EEPROM memory and returns it as a binary string.
Alternative to stop; gives the nubmer of bytes to read.
await $avr->write_eeprom( $bytes );
Writes the EEPROM memory from the binary string.
http://dangerousprototypes.com/2014/10/27/high-voltage-serial-programming-for-avr-chips-with-the-bus-pirate/ - High voltage serial programming for AVR chips with the Bus Pirate.
Paul Evans <firstname.lastname@example.org>
To install Device::Chip::AVR_HVSP, copy and paste the appropriate command in to your terminal.
perl -MCPAN -e shell
For more information on module installation, please visit the detailed CPAN module installation guide.


Your office is where you are and moves with you, every day and everywhere. USB Type-C allows both power and data streams simultaneously. It?s the only cable needed between your device and the portable monitor, creating an ultra-clean setup. It is both thin and light for maximum portability. Auto-Pivot detects orientation of the monitor and pivots the display when orientation is changed. Low-blue light mode that protects your eyes from potentially harmful blue spectrum of lights from the display. IPS panels give 178/178 degree viewing angles while maintaining consistent image quality and colors from all viewing positions. IPS panels have true 8-bit color depth that results in incredible color accuracy. The screen itself has a matte anti-glare coating that won’t leave fingerprints or smudges. Display Type: LCD; Panel Type: IPS; Backlight Type: LED; Resolution: 1920 Pixels x 1080 Pixels.


July 28th, 2021
What’s on tap for the National AI Research Resource Task Force’s first meeting
The National AI Research Resource Task Force, born out of Congress’s National AI Initiative Act of 2020, is having its first meeting today (July 28).
The main purpose is to discuss the blueprint of a shared AI research resource. Currently, big tech such as Amazon, Microsoft and Google are mainly those with access to the advanced computational resources, large data sets, and more, that are needed for certain research. The priority is to "democratize access" to AI research tools. Those in academia, government and private industry will all have opportunity to the same hub of existing resources.
The task force is stepping into new territory in the governance of computing research and emerging tech. AI innovation continues to develop and grow - now with a goal to become equally accessible for every researcher and student across all scientific disciplines.


|An FM Receiver for the 144MHz (2m) Amateur Band
Originally Published in Radio and Electronics World in May 1982
Surplus RF Components
Test Equipment Sale
Need RF Design Services?
|This was originally designed to receive the telemetry from the UOSAT (Univesity of Surrey LEO) Satellites. From the days when synthesisers were not always used, it is a basic 144MHz, crystal controlled FM receiver with AFC. The design is usable for other VHF bands by changing the filters and multiplier components.
This receiver is a six channel crystal controlled design. An AFC facility is available on two channels, since the doppler frequency shift on the 2 meter beacon is about + /-3 kHz which will cause a significant degradation to the signal if a fixed frequency receiver is used. The AFC range is just sufficient to cope with the +/- 15 kHz doppler shift found on the 70cm beacon. A suitable low noise 70cm converter was described in reference (5).
The low noise figure and high gain of the 3SK88 RF and mixer stages are exploited to give the receiver a sensitivity exceeding O.15uV (-l24dBm) for 12dB SINAD. The heart of the receiver is an MC3359/ULN3859 IF IC, which is a tidied-up and slightly improved version of the MC3357. The use of this IC simplifies the design of the IF considerably, and helps achieve the overall excellent price/performance of the unit. A nine times multiplication is used in the local oscillator chain to give the required range from the VXO - which also means that a readily available crystal may be used.
Components List and Placement Information
The RF and mixer stages, Q1 and Q2 are similar to the well tried 2m converter design described in Ref (I), except that the local oscillator is injected to the the source of the mixer. This method produces a more stable mixer with improved intermodulation characteristics.
The drain of Q2 is tuned to 10.7 MHz by TI, which also matches the mixer to the crystal filter. The output of the filter is the same impedance as that found at the input to ICI (pin 18). The high sensitivity and impedance at this point (about 5uV for 12dB SINAD and 3k respectively) may be demonstrated by the ready reception of short wave signals if you place your finger near pin 18. The double balanced mixer converts the 10.7 MHz signal to the second IF at 455 kHz.A Colpitts oscillator is provided in Id, which in this case is crystal controlled by X7. The output at pin 3 has a 1k8 impedance which matches directly to a ceramic filter. Most of the gain of the IC is at 455 kHz in the limiting amplifier, and the input to this stage is also matched to the filter impedance. The amplitude - limited FM signal is demodulated using a quadrature detector, and the recovered audio is filtered by R12, C23, C24 and C26 to give the desired response. Unfiltered audio is fed to a bandpass filter formed by an inverting op-amp at pins 12/13 and RI I, R8, CIS. C16. Any noise above the normal audio range, present in the absence of signal, is selected, amplified and then detected by the combination of DI and C14. The squelch sensitivity is adjusted by varying the bias fed via R9 to the squelch detector input. A level of 0V7 at pin 14 will activate the squelch detector causing pin 15 to be open circuit and pin 16 to be grounded via pin 17. Shorting the audio at the top of RV4 mutes the receiver. The ubiquitous TDA2002 is used as the audio power amplifier
AFC & Local Oscillator
About +2dBm is required at 133.3 to 135.3 MHz as local oscillator. Q3 forms a Colpitts oscillator at about 14 MHz. The frequencies of the crystals are trimmed either manually (by C34-37) or by the AFC voltage via D2 and D3. T3 and 14 select the third harmonic of the crystal frequency. Q4 triples again and its output is tuned by T5 at the LO frequency. T6 forms the rest of the filter and matches the output to Q2. A high multiplication factor is needed to allow sufficient range to be extracted from the VXO. Despite the nine times multiplication, the output at 16 is very clean because of the use of double tuned filters 13/14 and T5/6. The AFC voltage derived from pin II of ICI is scaled by 1C3 and added to an offset which is set by adjusting RV2 97 this allows the receive centre frequency to be adjusted. Manual tuning is available if the input of 1C3 (pin 2) is connected to a fixed bias source, which is set by RV3.
Assembly of the PCB is straightforward, but it helps if the following few notes are adhered to. All components that require an earth connection should be soldered to the top of the board. The earth leads on IC1 and 1C3's sockets are bent outwards before soldering. If an SLF-D type filter is used, its earth connectors are made likewise. Fl,T1 /3/4 connections and the earth leads of C42/44/48/50 should be soldered top and bottom. Qi source and the earth track under F2 should be connected through the PCB to the earth plane. C19 must be fitted before IC1's socket.
Remove IC1 & 3 from their sockets. Connect the power and check the supply voltages. Check the audio amplifier operation by applying a signal to pin I of 1C2 (finger or signal generator). Fit a crystal in channel 3, set T3 and T4 cores level with the can top, and monitor the voltage on Q4 emitter, TPI, tuning T3 and T4 for maximum reading. Monitor TP2 and tune T5/T6. Retune T3 and T4 for maximum. Switch the supply off, insert ICi and switch on again. Set the mute fully anticlockwise. Using either a signal generator or strong local signal, tune T2, TI, and Cl for best signal - to - noise ratio. If a signal generator is available, inject signal at 10.7 MHz to pin 18 of ICI and set the voltage on pin 11 to about 2.8V by tuning T2. Without a signal generator, the descriminator may be set up by tuning T2 as before, but with no signal input to the receiver. Inserting 1C3 activates the AFC to channels I and 2. RV2 provides coarse tuning for these channels. With SWI set to manual - and RV2 to centre of its travel - adjust RV3 to give about 5V at pin 6 of 1C3. This sets the manual tuning range. Although Fl is supplied fully aligned, it may require some minor adjustment to take account of circuit variations. When the receiver has been tuned as above, it is a good idea to slightly retune Ll, Fl, TI and T6 for best signal - to - noise.
1. Timothy Edwards, A state of the art 2m Receiving Converter, R&EW;October 1981.
2. Peter Whatley, Motorola mc, FM Receiver Mixes High Gain with Low Power, Electronics June 2nd 1981.
3. MC3359 Data Sheet, Motorola Inc.
4. ULN3859 Data Sheet, Sprague
5. Leighton G.R., 70cm to 2m and TV converter, R&EW January 1982.
|We reget that no support is available in connection with this article. This information is supplied in good faith and no liability is accepted for any errors or ommissions.
|Printed Circuit Board ArtworkThis should print 1:1 if printed at 300dpi. Toko components may be obtained from BEC Distribution in the UK. For other components, try some of the distributors listed here
| For Communications and Wireless design consultancy, contact
Comments? please e-mail
© 1982 G. Leighton © 2006 radioshop.co.uk


I'm working on making a python library that shows how to code up some common quadrature methods. So far I've only made coded-up two methods, but hope to do more.
Simpson Quadrature is a commonly used method for numerically computing integrals. It is a good trade-off between simplicity and accuracy. Simpson Quadrature works by approximating the integrand as a sequence of quadratic segments.← Rhomberg Quadrature
Rhomberg Quadrature is one of the most accurate quadrature methods available, and is complicated to implement. It is used in applications where the integral must be known to a specified precision. Rhomberg Quadrature works by computing a sequence of approximations using the trapezoid method. Each approximation uses a a smaller grid spacing. Richardson extrapolation is then used to predict the limit as the grid spacing goes to zero.


Al Gore, Business, Celsius, Distributor Indonesia Thermometer Insertion, Electronics and Electrical, Fahrenheit, jual Thermometer Insertion, jual thermometer tusuk, Liquid crystal display, Temperature, Thermometer, Thermometer Insertion Germany
Ideal for single temperature measurements in liquids, powders and food products.
LCD display size is 18×8 mm, probe length is 127 mm.
Operational temperature range in degree centigrade is between -50°C to +300°C, with subdivisions of 0.1°C.
Operational temperature range in degree fahrenheit is between -58 °F to +572 °F, with subdivisions of 0.2°F.
Catalogue No: 060.01.001


Isuzu Alternator Wiring Diagram : Isuzu Npr Alternator Wiring Diagram
thebestcarseatsreviews.com - Isuzu Npr Alternator Wiring Diagram Collection of isuzu npr alternator wiring diagram. A wiring diagram is a simplified traditional pictorial depiction of an electrical circuit. It reveals the elements of the circuit as simplified shapes, and also the power and also signal links in between the tools.Isuzu npr alternator wiring diagram. Isuzu Npr Alternator Wiring Diagram small generator wiring diagram and electrical schematics small generator wiring diagram and electrical schematics displaying electrical schematic & wiring diagram parts for the briggs & stratton power 8972 4.Isuzu npr alternator wiring diagram sample. Collection of isuzu npr alternator wiring diagram. A wiring diagram is a streamlined standard photographic depiction of an electric circuit. It shows the elements of the circuit as streamlined forms, as well as the power and signal connections between the tools.
Related Pictures of Isuzu Npr Alternator Wiring Diagram
Put this luxurious Isuzu Npr Alternator Wiring Diagram photo upon your desktop and mood the do something on your screen. Those people who are already fascinated by its beauty will find these pictures much valuable. You can scroll the length of to look every of the Isuzu Npr Alternator Wiring Diagram wallpaper and chose the best along with all of these Isuzu Npr Alternator Wiring Diagram wallpapers. You can be active upheaval not quiteIsuzu Npr Alternator Wiring Diagrams taking into consideration these pictures. suitably realize not think difficult and grab the one of your unorthodox.
Isuzu Npr Alternator Wiring Diagram u wiring diagram npr .... isuzu wiring diagrams download isuzu wiring diagram npr. 1996 isuzu bighorn wiring diagram truck radio npr,isuzu npr truck wiring diagram npr66 fuel pump car,wiring diagram isuzu ftr diagrams box truck npr free download,rodeo wiring diagram isuzu npr radio stereo elf truck,timer switch wiring diagram inspirational switches isuzu npr stereo Wiring diagram for isuzu npr. Isuzu Npr Wiring Schematic npr wiring diagram isuzu 320 wiring pdf isuzu npr fuse diagram isuzu reverse diagram pdf wiring diagram for isuzu npr 78.
Top Suggestions of Isuzu Npr Alternator Wiring Diagram
1995 Isuzu Rodeo Starter Location, Delco Remy Alternator Wiring Diagram, 4 Wire Alternator Wiring Diagram, Nissan Alternator Wiring Diagram, Bosch Alternator Wiring Diagram, Isuzu Diesel Alternator, 3LD1 Isuzu Alternator Wiring Diagram, Ford Alternator Wiring Diagram, 1999 Isuzu Trooper Radio Wiring Diagram, Caterpillar Alternator Wiring Diagram
More Wallpaper from Isuzu Npr Alternator Wiring Diagram
You May Like Also Jeep Parts Depot
Pick any of these 28Jeep Parts Depot pictures depending on your out of the ordinary and beauty you desire to go to to your desktop. You can share this 28Jeep Parts Depot photos on social media sites or add them as Display picture or lid photo upon Facebook. Why are you waiting? rush taking place and grab your favorite one out of every 28Jeep Parts Depot pictures right now!


Established in 2023, Qui Studio is a pioneering force in the field of software development, offering clients tailored and innovative solutions. Our aim is to accelerate businesses' digital transformation through our expertise in software development and artificial intelligence.
Software Development Services
Qui Studio provides custom-designed software solutions to meet your specific needs. Our experienced software development team creates customized solutions to optimize your business processes and gain a competitive edge. We specialize in web and mobile application development, data analytics, cloud computing, and more.
Artificial Intelligence Applications
Artificial intelligence is revolutionizing the business world. Qui Studio actively harnesses AI technologies to provide our clients with smarter and more efficient business solutions. We excel in areas such as data mining, natural language processing, image recognition, and more, helping you steer your business into the future.
Shape the future and accelerate your technological transformation with Qui Studio by your side. Get in touch with us and unlock the full potential of your business....


Power failure in server rooms , will lead to many errors , ups electrical no stop power for server rooms will be esential . The No stop electrical power ups do good for protect data and give enough time for managerment to make arrangement before power outage .
This popular 3kva power ups , power factor is up to 0.9 , 2700W with Maintenance-free lead-acid batteries 12V 7AH *6 , long backup time , will no stop power for device ,like server , data center machine , convert machine and etc.
Then what will happen If a power failure occurs in the server room without the protection of power ups, it can lead to the following errors:
1.Data Loss: A power outage can cause sudden power outages in servers and storage systems, which can lead to the loss of unsaved data and have serious impact on businesses and users.
2. Device Damage: Sudden power outages and power fluctuations can cause damage to critical devices such as servers, network devices, and storage systems, resulting in a need for device maintenance or replacement.
3. Operation Interruption: A power outage can cause the equipment in the server room to fail, resulting in operational disruption and affecting the user experience and business continuity.
4. Data inconsistency: Power outages can lead to data inconsistency between databases and other critical applications, resulting in time and resources
Therefore, the use of a ups electrical no stop power in the server room is crucial, as it can provide a continuous and stable power supply to power devices before
Damage and ensure business continuity and data integrity. Select an appropriately configured UPS system and perform regular maintenance and
Testing can minimize the impact of power outages on server room operation.


Portable Vehicle GPS Tracking
BlackOwl's V100 GPS tracking units are the ideal portable tracking solution for trailers, caravans and short term vehicle tracking. The V100 features strong, built-in magnets and is suitable for external mounting.
BlackOwl V100 Portable 3G Vehicle GPS Tracker
With an increase in coverage and data speeds, 3G cellular networks combined with location data from the GPS satellite network helps maximise accuracy of your vehicle's location in more areas.
We like to keep things simple -
Device cost ($150)
Monthly operating costs ($5/month *average)
Simply activate the free pre-paid SIM included with your device, top up with credit and you're ready to track. No platform access fees, no contracts.
Our Online Tracking Platform is accessible via web browser (including desktop, tablet & smartphone), as well as our iOS and Android mobile apps.
- Horse floats
- Construction equipment
- Short term vehicle/construction equipment tracking
- Non powered assets
An impressive list of features makes the V100 the ideal choice for your portable vehicle GPS tracking requirements:
- 3G network compatibility (900/2100Mhz)
- 6000mAh Li-ion battery
- Up to 3 months standby*
- Strong, built-in magnets
- Measures only 120mm x 65mm x 25mm
- Durable, splash resistant body
- Simple setup - track in minutes!
- Track via SMS or BlackOwl's mobile apps & online tracking platform
- Geofence (perimeter) alerts
- Overspeed alerts
- Low battery alert via SMS
- Access up to 12 months of stored location data
- 12 month warranty & support
BLACKOWL V100 PORTABLE 3G VEHICLE GPS TRACKER:
ONLY $150 inc. GST


This page will change in accordance with hardware updates.
NOTE: If you link, please let me know. I would just like to know where this is showing up.
About two years ago, while working for the now defunct GPS company - Nemerix, I decided to make a little application to showcase the low-power ability of the GPS.
Combining a reference design board containing a Nemerix GPS with an Atmel ATMEGA324 micro-controller (and of course assorted supporting components), I had the hardware tools to spit-out data to the iPod. However the iPod will not accept just any serial data stream. The data has to be formatted to display on the iPod screen, which made this project a challenge and appealing to me.
Figure 1: Overall iPod assembly.
Frankly, the hardware portion of this project is not at all that complex. The reference design board from Nemerix contains the RF goodies to decode the satellite range and Doppler. An ARM7 does all the math crunching to be able to spit out NMEA data over a UART channel. Nemerix was split up into 3 locations across the world at the time of the iPodGPS construction (HQ in Manno-Switzerland, Software Dev in Cambridge-UK, and R&D in Santa Clara, California). That being said, I did not have access to the code contained in the ARM7, so I needed a secondary processor to convert the NMEA data to something the iPod could understand. Enter the Atmel ATMEGA324.
Figure 2: Close-up of Atmel and GPS module
The Atmel was chosen because it had 2 UART ports. One port for the incoming NMEA data and one port for the outgoing iPod data blocks. The other components on the board were supporting elements. A Fractus antenna (which is in dire need to be tuned to my application) battery, resistors, a few switches and of course an iPod connector which was cannibalized from a $2 fire-wire cable I found at a junk store. Unfortunately the whole device requires about 48mA of current, and the iPod could only supply about 25mA. A battery was needed.
Figure 3: Back of board
Frankly, the hardest part of the project was the firmware for the Atmel. Not only did I have to figure out how to synch between two UART ports, I had to make sure the iPod was happily listening to my serial stream I was sending it.
Figure 4: Full board
My Firmware takes advantage of the AiR mode that has been developed for iPod. The AiR mode allows the user to send a 4-color picture to the iPod and display it on the screen. Alpine and BMW showcased this ability when iPod was to be integrated into their new (at the time) cars. VERY basic information regarding the functionality of the AiR mode existed on the web, and left it up to the user to figure out the rest. I was able to obtain an old alpine unit, sniff the serial stream, and fill in the details as needed. At the time of this writing in April 2009, a decent explanation of commands for the iPod exists here (which didn’t exist at the time of construction): http://www.adriangame.co.uk/ipod-acc-pro.html
Basically I wrote a screen driver that builds a picture and sends it to the iPod. This was a VERY long and involved process which had some trial and error. Thanks to the grid layout of my Engineering Green notepads, I had the idea of building each character as a block and just draw specific pixels in each block. That way I can develop a character set to display on the screen.
Figure 5: Grid Screen method – 5 blocks.
So following that method, built a driver that handles all ‘graphics’ in terms of blocks. Unfortunately, I had to figure out each display character in my intended set. Naturally I had to have 0 through 9 and a radix point to be able to display the Lat/Lon output messages. Also I had to develop each letter to be displayed as well, so naturally the alphabet is somewhat limited to “L” “A” “T” “O” “N” ;-). I arranged each block in a 3-dimensional array. Therefore, when each line of the screen was to be drawn, it is possible to just call the firsts element of the array for the specific letter/number, and then let the graphic construction algorithm do the rest of the work for me.
Figure 6: Specific outline of Character construction and corresponding code.
Building the Characters were pretty straight forward. Every cell in Figure 6 - left, represents a pixel. There are two bits per pixel (4 color - white, two grays and a black). The array fields are straight forward as well:
The array construction was initially intended to only handle numbers, and I intended to address the array by the [the_intended_number] element. However as I got more complex with the program, I added letters as well. Fortunately, the text is static (such as LAT or LON labeling) and I didn’t have to deal with writing an algorithm to convert a Letter into a Number to use my ‘font’ library. The numbers, on the other hand, are being continuously updated from the GGA message and I can plug them directly into the [the_intended_number] element to specify the specific number to use.
Once I was happy with the way the iPod displayed static data, it was on to the next task of receiving data to the micro-controller, decimating it and pulling out the pieces that mattered to me. For the task of receiving things over the UART, I happily used and modified Peter Fleury’s http://jump.to/fleury UART libraries. They can still be found on http://www.avrfreaks.net website.
Basically I was looking for the incoming GGA message that contains the Latitude and Longitude information from the GPS receiver. In the Nemerix chipset that I possessed, the string was terminated with an asterisk “*” and checksum. Once the asterisk was received, I would shut down reception of any further NMEA messages but disabling the UART. This was to prevent any overwrite in the ring buffer. After disabling the UART, the algorithm would start the decimation of the Lat and Lon measurements.
Figure 7: Typical GGA message (with terminator)
Once the Latitude and Longitude was broken down into their individual digits, I would use this data to directly control the specific graphic block to be displayed on the iPod. The UART was re-enabled and the assembly of the screen display would begin. Each ‘picture block’ could only contain a finite amount of data. In this case, I could only send approximately 512bytes at a time to the iPod. So the entire display would have to be sent over 3 blocks. I ran into an issue where the micro-controller CPU could assemble the screen display faster than what was possible for the output of the UART (at a screamin’ fast 56700kbps), so regular, multiple wait states had to be inserted to ensure the ring-buffer wouldn’t overwrite data contained within it.
Figure 8: Code diagram of blocks and approx wait states.
After some trial and error, I understood the approximate minimum time needed to delay before the next block of data could be transmitted. Inserting wait states is horribly inefficient, but if I need to get it onto a smaller micro-controller, I can come back and figure out how to do it more efficiently. The entire screen update rate is approx 1Hz.
Figure 9: Screenshot of working code. Bottom middle is intended to be Velocity.
Figure 10: Signal Strength – Satellites acquired on left, actual signal strength on right. 2 digits per sat.
If interested, code examples in AVRGCC can be provided upon request. I would also like to re-iterate that this project only works on Non touchscreen iPods that have a dock connector (of course, non-screen iPods are omitted as well). The specifc Nemerix GPS is not necessarily required and can be substituted for any GPS that outputs NMEA senstences.
Last updated April 27th, 2009 - Copyright Enfinicorp.
Page manitained by: firstname.lastname@example.org


FBH35 is a subway gadget ultra-light in-ear music Bluetooth earphone V4.1, stereo dual-ear sports type
Product type: FBH35
Color option: green
Bluetooth version: V4.1
Chip: smart chip
Operating range: 10m
Product weight: 14g
Loudspeaker specification: 8mm
MIC specification:: 40*25mm
Frequency response: 2.4Hz
Transmission power: Class2
Cell capacity: 60mHA
Product size: 40*21*30mm
Range of transmission: 10m
Charger power supply: 110-240V AC input, 5V DC output
Call time: 4~5-hour
Idle time: 150-hour
Functions: Volume modulation, pairing reminder, max./min. volume reminding, last/next music reminder/long-distance reminder
Bluetooth mode: Hands free/Handset version 4.1
Support functions: Smart voice reminder, call reporting, languages of four languages, XIAOMI and APPLE power capacity display, noise reduction, clear call, selection of last/next music, and pause of music play
Dual-equipment connection, one-to-two simultaneous connection of two mobile phones; easy switching
Packaging: USB charging cable, Manual
Balanced high, intermediate and low frequencies, pure voice at low frequency and sweet voice at high frequency
Sound modulation is operated by professional tuning team! Balanced high, intermediate and low frequencies, flexible voice at intermediate frequency, pure voice at low frequency and sweet voice at high frequency!
ultra-light in-ear music Bluetooth earphone V4.1, stereo dual-ear sports type
Comfortable experience design that is never heard before; avoid the restriction of wired earphone, enjoy supreme free journey of music experience, ergonomic earphone design allows free enjoyment of wired movement whenever and wherever you want!
Powerful smart noise reduction/Enjoy pure music
Unimaginable smart noise reduction design allows comfortable enjoyment of pure music as well as noise filtering during transmission of sound and the point of sound receiving!
IPX waterproof certification design/Waterproof and sweat-proof
International IPX waterproof certification design allows you to sweat, the earphone is not affected by your sweat during movement, and you may enjoy undisturbed pleasure of pure music whenever and wherever you want!
CPU 80Hz smart computing: 80Hz smart computing: smart music, rapid audio switching, accurate communication of music voice, non-delay and noise-free allow you to experience face-to-face communication.
Powerful V4.1 Bluetooth: powerful V4.1 Bluetooth
Powerful V4.1 Bluetooth, 2 times of signal intensity than V4.0, better tone, higher quality call and longer distance transmission!
CVC 6.0 smart noise reduction
Special design of body structure ensures high tightness, realizes zero sound leakage and allows reclusion from urban noisiness
V4.1 Bluetooth strengthens in all respects:
More perfect and shocking tone
Clearer and more comfortable call
More powerful transmission signal
Multifunctional key/release your passion as you will
Multifunctional key design allows random change of music, volume intensity and etc, together with high-definition microphone function, all of which allow you to release your passion as you will!
Configuration of HD MIC
Concealed HD MIC incorporates advanced voice input and noise-eliminating technologies to gain high-quality voice input
1/Medical-grade earplug of biological silica gel is soft and comfortable, able to insulate the sound effectively and prevent skin allergy
2/Headphone of biological silica gel is reinforced for firm wearing and able to prevent skin allergy
3/Ultra-strong noodle-shaped earphone cable is unlikely to knot or rupture, tough and durable
1/ Hold on this key, RED light and BLUE light alternately flash, indicating normal POWER ON
2/Power on the mobile phone to search Bluetooth device, until Bluetooth device is searched by the mobile phone
3/Make pairing connection after M800 is searched


Technology has been increasing day by day and so on the new product has been launched at affordable prices. So, if you are trying to buy smartphones in India then there is a chance you will get it at a very low budget. The mobile which has been launched in these few years can easily par with the entry-level of flagship devices and cheap smartphones India. The Chinese brand like Oppo, Redmi, RealMe has already captured the Indian market. The reason why they have captured the Indian market because they really come with a low price and with some of the best price.
If you are searching for smartphones then which comes under your budget then you are in the right place, In this content, we are going to mention some of the best smartphones which at a low price.
Below we have mentioned cheap smartphones India
Realme 5 pros
Realme is one of the best phones from the day it has been launched. Now they have already captured the Indian market. This is phone is a full packed phone which has a setup of 48MP primary camera and alone with dedicated wide-angle, telephoto and macro cameras. They have providing snapdragon 712 along with 6 Gb of RAM and 128 storage.
Redmi Note 8 Pro
Redmi Note 8 Pro is the best additional phone which provides some of the best phones. They have given a special feature like a 6.53-inch IPS LCD display. Which has been powered by MediaTek Helio G90T chipset? A camera of 64MP quad rear camera setup with a battery backup of 45000mAH.
Real me XT
Real Me XT phones come with the best features 6.4-inch super Amoled display. It is powered BY snapdragon 712 chipset. With 64 MP quad rear camera setup and battery backup of 4000 mAH which support 20w fast charging. It is best to budget the phone.
The above-written article is about cheap smartphones India. I hope we have given you the right information and if you have liked this content make sure you have been your feed and thank you for reading.


How Can You Overcome an Electronic Components Shortage?
October 31st, 2018
The ever-increasing demand for electronic components is far greater than the current supply. Even more troubling, the demand for electronic components also exceeds manufacturers’ current capabilities. Manufacturers cannot fabricate these components quickly enough to meet market demand.
While manufacturers have been ramping up their capacity, those efforts may not bear fruit until 2019. In the meantime, new tariffs will likely further stress an already over-extended supply chain and many electronics manufacturers have resorted to placing double orders to ease the strain on their manufacturing processes.
The electronics components shortage is expected to get worse, with long lead times and a flood of counterfeit electronic components on the market. You may be tempted to double order to meet your manufacturing needs, or to procure components through alternate, unauthorized sources. But those drastic measures only exacerbate the problem and could put your company at risk.
3 Questions to Ask Suppliers During an Electronic Components Shortage
The current electronic components shortage is significant. But our industry has been through this before, and it is possible to weather the storm without resorting to double ordering or risking it all by procuring component parts from an unauthorized source. Now is the time to rely on your suppliers and leverage their expertise to make sure your procurement needs are met. To make sure your suppliers are well-positioned to meet your needs, ask them the following three questions:
1. Do you have in-stock inventory available? When supply and demand are in balance, it is common for suppliers to adopt lean inventory practices. But with a shortage of components, it is crucial to keep inventory in-stock to meet demand. At Velocity, our traders have access to our in-stock inventory in three global distribution centers as well as exclusively consigned partner material and private stock offers so we can respond quickly to your needs, even in a market where there is a shortage of electronic components.
2. What does your supplier network look like? No distributor should rely on just a handful of suppliers, especially when dealing with a worldwide electronic components shortage. Over the years, we have developed a global network of qualified suppliers. This network is always growing and changing as new suppliers are added, and existing suppliers are reevaluated.
3. How do you source your electronic components? It’s important to understand how your supplier acquires electronic components, especially when market demand is high. How quickly can they access the global market? And how much of the worldwide inventory is available to them? Do they have protocols in place to identify counterfeit electronic components and unreliable suppliers? Velocity Market Search is our proprietary sourcing software. With this tool, our traders are able to access 92 percent of the available inventory worldwide. With the touch of a button, we know the global availability of the component and contact information and vendor rating for each supplier. Our system also displays current and historical pricing data, as well as manufacturer cross-references.
Even in the best of times, electronic components procurement is challenging. But when the market is experiencing a severe shortage, it is critical to work with a supplier that can meet or even exceed your expectations. Talk with your suppliers to see what they can do to help you secure the components you need when you need them, particularly during this final quarter of 2018. And if you have components that are proving especially difficult to procure, give us a call. We’re up for the challenge!


A NETWORK THAT’S SECURE, EFFICIENT & RELIABLE
The Contegix network is connected to multiple Tier 1 network providers to minimize the network distance to the end user and to build network redundancy. It’s comprised of top brand networking equipment from Juniper and Brocade. We ensure our network is below 50% total utilization, allowing for peak network performance during normal traffic spikes. We are so confident in our network, we provide our customers with a 100% network uptime guarantee in writing. The foundation of what makes our network so reliable is its Redundancy and Intelligent Routing.


StreamProf is a dedicated stream (i.e., java.util.stream package) profiler for the Java Virtual Machine (JVM). StreamProf builds upon the DiSL and Shadow VM frameworks, both enabling the complete instrumentation of the Java class library in which the Stream API is implemented.
StreamProf accurately intercepts every stream executed by a Java application, measuring the computations performed by a stream in terms of elapsed reference cycles (i.e., clock cycles elapsed during an operation, collected at nominal processor frequency, regardless of frequency scaling). With StreamProf, developers can use cycle profiling to locate problematic streams with a major impact on application performance. While accuracy is crucial to this goal, the inserted instrumentation code causes the execution of extra cycles, which are partially included in the profiles. To mitigate this issue, StreamProf estimates and compensates for the extra cycles caused by the inserted instrumentation code.
StreamProf also helps developers find that the accurate profiling of tasks supporting parallel stream processing allows the diagnosis of load imbalance according to the distribution of stream-related cycles at a thread level. Overall, StreamProf is suitable for helping developers optimize modern sequential and parallel stream-based workloads whose optimization can enable significant performance gains (e.g., up to a factor of 5x in Renaissance). To the best of our knowledge, StreamProf is the first cycle-accurate stream profiler for the JVM.
An artifact showcasing StreamProf can be downloaded here.
 Eduardo Rosales, Matteo Basso, Andrea Rosà, Walter Binder: Profiling and Optimizing Java Streams. 2023: 7(3): 10:1-10:39 [pdf][slides]


Spydaq® is our low cost wireless monitoring and alarming system. This is a system overview, full details on the individual instruments can be found in the wireless monitoring section
Spydaq® is a system comprising of a number of radio transmitting sensors that measure parameters and sends them securely using a licence free radio network to a central base station. The data are sent using a Manchester Encoded error correcting code with multiple transmissions which, when combined with Antenna Diversity, ensures there is no loss of data in normal use from a properly installed system. Up to 16 transmitters can communicate to a single base station with each transmitter capable of having up to three inputs: Temperature, Relative Humidity or Universal - Universal inputs can be configured to accept almost any type of measurement sensor . The base station collects the data from the transmitters and has a number of ways of recording the values:
CLOUD connection : An internal GPRS modem sends the values direct to our secure cloud servers via the mobile phone network.
RS232 serial port configured as a Modbus slave to any Modbus master.
USB : USB connection to a local computer running our spYmonitor-local web interface.
The base station contains enough memory to hold 15,488 sets of readings (up to three parameters per transmitter) and 255 alarm events. This should allow the system to operate for up to 6 days with a system containing 16 transmitters, each transmitting every 10 minutes in the event of the GPRS connection or local PC connection being lost.
There is also a USB port used for initial configuration of the base station using our spYconfig software.
The wide range of inputs offered by the universal transmitter design enables virtually any parameter to be measured and logged by connecting an appropriate sensor. Parameters that can be measured and logged are:
Thermocouple Types J, K, T, R, S
4-20 mA - Scaled in engineering units
The Basestation checks locally for alarm conditions with inbuilt audio and visual alarms as well as providing a switched contact output that can be used to trigger external devices. Alarming locally means that potential
trouble spots can be quickly detected and corrective action taken immediately, perhaps saving an entire batch from damage.
A live system can be seen by going to http://www.spydaq.com/user_login.php - Login by entering the word demo in all three fields.


Wistrand advises the sellers on the sale of Swedspot AB to Knowit AB (publ)
The software engineering company Swedspot has been acquired by the IT consulting company Knowit and Wistrand has assisted the sellers in connection with the divestment.
Swedspot is a software engineering company that creates solutions for smart mobility and is located in in Gothenburg and Trollhättan. The company designs, develops, operates and maintains complex solutions for a wide variety of industrial areas such as vehicles, transportation, automation, and energy. Swedspot has several attractive solutions with Google’s Android technology as the foundation, which is a growing market with several large players already moving towards using this technology in their infotainment systems. Swedspot will be an important addition to Knowit’s business area Connectivity, supplementing existing offers in embedded systems with both broad competence in software development and a unique platform with smart services for connected vehicles.
Wistrand’s team has been led by partner Per Dalemo, assisted mainly by senior associate Amy Lindquist (M&A), senior associate Justus Pettersson (tax) and paralegal Caroline Törngren.


KPC 139 ZEP
The KPC139ZEP is a high resolution, weatherproof, day & night IR ( Infra Red ) security camera from AVTECH that delivers superior image quality with an IR effective range of 25M. The camera utilizes 520 TV Lines to deliver crystal clear images and its sensitivity of 0.00Lux allows it to produce clear images even in complete darkness. In addition to its weather-proof housing, KPC 139 ZEP also comes with a wide range of functions , such as AGC, BLC, and Auto White Balance.
• High sensitivity in the dark environment
• 0.3Lux/F2.0 (IR OFF), 0Lux (IR ON)
• Day and night features for 24-hour surveillance
• Excellent High Resolution 520 TVL image quality
• IR LED effective range reaches up to 25meters
• IP67 standard approved outdoor housing
Specification of KPC139ZEP :
|(Designs and specifications are subject to change without notice.)|
Harga sudah termasuk adaptor.


UMIDIGI F3 5G
Order within 00 Hours 00 Minutes 00 Seconds
Speed To Future
Supports Dual 5G | Dimensity 700 Processor | Sony 48MP AI Triple Camera | 5150mAh Large Battery
Enjoy 5G Perks
Go ahead of the trend with 5G speed
5G is becoming a world trend, when connected to a 5G network,F3 5G delivers you smooth real-timegaming experience and seamless video calls without delay.Dimensity 700 Processor
Advanced 7nm Flagship-level Process
F3 5G adopts MediaTek Dimensity 700, which is equipped with an octa-core CPU with a clock speed of up to 2.2GHz. Besides, Dimensity 700 has advanced energy-saving technology to reduce 5G communication power consumption and improve terminal battery life.Dual 5G Standby
F3 5G can support dual 5G SIM and dual standby, which brings you a smoother 5G network experience while playing games or watching, ensuring smooth operation and achieving a flawless experience.More Storage, More Fun
Running out of storage?F3 5G comes with a dedicated micro-SD card slot and supports up to 256GB expandable storage storing your precious photos and videos with ease.
8GB RAM LPDDR4X | 128GB STORAGE UFS2.16.7"Large Full Screen
20.6:9 Cinema-Grade Display
F3 5G adopts a 20.6:9aspect ratio 6.7"large full screen display, which gives you brilliant color and wide viewing angles while watching movies or playing games.5150mAh High-capacity Battery
Enough Power to Your Fun
Utilizing the 5150 mAh large battery,F3 5G ensures exceptional battery longevity.
Enjoy movies, music, video calls and games as long as you like.
5150mAh(typ) | 18W Fast Charging | 169 Hours Massive Bottery Music Playback
20 Hours | 39 Hours | 15 Hours
* Tested by the UMIDIGl internal Lab. Actual results may vary.Sony 48MP AI Triple Camera
Never Miss Any Life Detail
As every moment is fleeting, F3 5G can help you capture all the view with ease.
It allows you to record interesting life details with high image quality to make every moment meaningful.
48MP Main Camera,F/1.79 | 5MP Macro Camera | 8MP Uutra-Wide Angle Camera,120°FOV48MP Main Camera
Save Full Memory Detail
With high pixel, the main camera shows you a true world, which is able to capture images in beautiful clarity.16MP Front Camera
Shine Your Beauty
The 16MP Sony in-screen camera en-ables each frame to present beautifully and show your facial features and make-up in fine detail.5MP Macro Camera
Find Micro Wonders
Whatever the situation, you can capture patterns and textures in the micro-world with clarity and detail.120°UItra Wide Angle Camera
No Need To Step Back
From near or far, wide or close-in, the whole story will be captured in one in beautiful clarity, so you' ll never miss your favorite view.Night Mode
Capture Charming Night Scene
Woried about not enough light in the dark? F3 5G allows you to shoot vivid and lifelike blockbusters even at night.Brilliant Curved Composite Finish
Based on the special processing technology, the back finish offers an elegant appealing and dazzling frosted surface with an anti-fingerprint feature and silky hand feeling that shines from every angle.
195g Weight | 8.75mm ThicknessStock Android12
UMIDIGI F3 5G runs the latest Stock Android 12, which will provide deep personalization, better security and privacy protection and support multi-device interconnection, bringing great visual and user feeling for you.Fast Side Fingerprint
Equipped with a secure and super-fast fingerprint sensor, you-and only you-can unlock your phone in a flash.Independent Shortcut Key
The customizable shortcut key on the leftside can help you quickly access the APPs and functions you want.Single-click，double-click or long-press，easily access your device only in three actions.
Single Click | Double Click | Long PressMulti-function NFC
It supports Google Pay, bringing more convenience to your life.More Features
Face unlock | Global Bands
Headset-free FM Radio | 3.5mm Headphone Jack


WG/Reproducibility of Software
Replicability and Reproducibility as core values for scientific research, as well as key prerequisites for technology transfer from research to industry, and for preserving long term access to digital information. Making available the source code of software used in research is now considered a key factor for scientific reproducibility, in many disciplines (see for example the policy adopted by Nature).
Software Heritage ensures availability and traceability of source code, as well as uniform access to it, no matter where and how it is developed. Hence, it is an essential building block for all efforts to achieve scientific reproducibility.
The REOS working group is in charge of ensuring this building block is properly used and connected with all other building blocks in the edifice of knowledge.
This working group is open ended.
Monitoring and evaluation of current and forecoming approaches to replicability and reproducibility: virtualisation, encapsulation, or configuration management are a few examples.
Coordination with all related initiatives, in particular in connection with Open Access or Artefact Evaluation efforts.
Metadata and ontologies relevant to replicability of software, collected manually, or extracted from existing knowledge bases, like StackOverflow.
Raising awareness of the importance of Software Preservation for replicability and reproducibility.
As well as fostering the emergence of a replicability software wikipedia on top of Software Heritage.
Related working groups
Documents produced by the working group will be listed in this section.
Active or planned connections to other initiatives, and activities will be listed in this section.


Seeing is Believing:
Industrial Applications of Machine Vision and Learning
When the assembly line was introduced, industrial productivity increased by tenfold. Placing sets of eyes next to each other systematically allowed workers to dedicate their attention on one portion of the process, utilizing specialization to increase the overall efficiency in a factory. As revolutionary as it was, we soon realized that humans were prone to exhaustion on an assembly line, and as a result, were also prone to mistakes. So, we went back to the drawing board to put new and improved sets of “eyes” on the line, and we came back with Machine Vision.
A Growing Scope
From driverless cars to autonomous farming, machine vision has become an integral part of many automated systems. According to a study from 2017, the global machine vision market was valued at $7.91 billion in 2017 and is expected to reach a whopping $12.29 billion by 2023. Integrating AI into industrial machine vision software enables deep learning in robotics technology, and as such, is set to be one of the fastest growing segments between now and 2023.
The growth in machine vision investment can be attributed to several factors, including factories’ needs for quality inspection and automation; a growing demand for AI and IoT (Internet of Things)-integrated systems that depend on machine vision; an increasing adoption of Industrial 4.0 technologies (referring to the Fourth Industrial Revolution) that rely on machine vision to improve the productivity of robotic automation; and government initiatives to support smart factories around the world.
With a globally increasing desire for machine vision-enhanced processes, there are several current trends that pervade the market:
Industrial Internet of Things (IIoT): Connecting production technology with information technology in factories to increase productivity. This depends heavily on machine vision to collect information and is often used for predictive maintenance and/or optimizing business processes. An IIoT system will consist of intelligent assets (i.e. Applications, controllers, sensors, and security components that can detect, communicate and store information about themselves); data communications infrastructure (e.g. The cloud); analytics and applications to generate business information from raw data; and people.
- Non-Industrial Applications: Including driverless cars, autonomous farm equipment, drone applications, intelligent traffic systems, guided surgeries, and other non-industrial uses of machine vision.
- Ease of Use: PC-based machine vision systems will remain popular despite their age, simply due to their ease of use. The desire for an easier interface may push for standardization within machine vision products, making them more practical and accessible both inside and outside factory environments.
Crunch Time for Frito-Lay
Applications of machine vision have been especially helpful to factories where repeated processes need to be fulfilled quickly and with precision. At PepsiCo., machine learning and vision have proven to be a perfect fit. Shahmeer Mirza, the senior research and development engineer at PepsiCo., has been building systems to guarantee the quality of Frito-Lay chips. “One of my first projects at the company involved building systems that could sense the texture of chips without destroying them,” said Mirza. For this project, he was capturing acoustic data and manually processing it. “It’s a system that hits the chip with lasers, listens to the sound coming off them, and then uses that data to correlate the sound into texture.”
By combining the principles of machine learning with computer vision technology, Mirza has since developed more advanced sensors and process control schemes. Specifically, he has created a machine learning model that would work with a vision system to calculate the weight of the potatoes being processed. The idea was to build a model that could predict their weight just by looking at their images.
In addition to predicting weight, Frito-Lay also uses a vision system to look at the peeling process. With the help of the system, the factory can optimize the peeling to a desired percentage so that no potato flesh is peeled away and wasted. Thanks to this optimized peeling process, the project is estimated to save the company over a million dollars a year in the U.S. alone.
Asset Maintenance Strategies
In the world of manufacturing, machine vision can significantly help a company with their Asset Maintenance, of which there are four strategies:
Reactive Maintenance: Slowdowns and failures are addressed as they arise.
- Preventive Maintenance: Equipment maintenance is performed on a pre-planned schedule, replacing and maintaining parts before failure is possible.
- Predictive Maintenance: Using machine learning and IIoT devices to monitor data on machinery and components, often with sensors collecting data points, identifying signals or taking corrective actions before assets or components break down.
- Prescriptive Maintenance: Equipment operation is continuously monitored with sensors, and all real-time and historical data is analyzed by advanced software to prescribe specific maintenance activities, ensuring optimal equipment uptime.
Machine vision can be found in various parts of production, including packaging inspection, reading barcodes, product assembly, defect reduction, 3D vision inspection, and many more. Machine vision, combined with deep learning systems, are also prevalent in everyday environments including traffic monitoring, sports analytics, bottle recycling, precise medical procedures, and more.
As with most production technologies, one of the main reasons for a factory to upgrade their equipment is for cost-effective results, which machine vision is ought to do with the right learning model and vision system. Investing in an AI-integrated machine vision software enables deep learning in robotics technology and can significantly cut down on maintenance costs while improving efficiency.
With automation on the rise, machine vision helps to monitor every step of a production process and can provide data and feedback on the efficiency of an automated system. Even as automation and AI improve, we will always need a set of eyes to tell us if something is working, and where we can improve.


The prediction that smartphones will replace PCs or laptops has been in the air for several years, but has not yet come true. While laptops are still the preferred way to work with technology for most people, there is a possibility that smartphones will eventually replace laptops – perhaps not entirely, but certainly for more and more people. Even though smartphones are getting more and more powerful, I don’t think they will completely replace laptops in the foreseeable future.
As mentioned above, smartphones have become so powerful that it is reasonable to imagine that one day they will be able to replace computers. In the current form of full-sized computers, it’s hard to imagine that smartphones can replace PCs for all business, work, and personal needs. With all these advantages, it seems like smartphones could replace laptops and desktops, but for now, PCs still have some advantages over phones. This makes smartphones the most convenient device to use on tablets, computers and laptops.
For many people, a smartphone can actually replace electronic devices such as an old laptop, digital music player, and digital camera in one device. Now your smartphone can perform many of the functions that were once exclusive to laptops and computers with increasingly advanced technology. While today’s smartphones are technically more powerful than the desktops and laptops we used 5 years ago, our mobile devices are still peripheral when it comes to getting work done.
Some mobile devices, such as tablets, e-readers, and smartphones, are powerful enough to perform many of the same things you can do on a desktop or laptop computer. Some things are easier to do on a laptop, such as editing photos and videos, running more complex programs, coding, creating new websites, and so on. After all, we can conclude that smartphones can to some extent replace computers, but not completely. Most of the opportunities that desktop computers open up for a wide variety of professionals cannot be realized using smartphones.
No one knows what the future holds for us, but with today’s technology, it seems impossible that smartphones will ever be powerful enough to replace desktop computers. As smartphones and tablets become more powerful every year, they still cannot match traditional laptops or desktops in terms of performance. When comparing smartphones to laptops, keep in mind that they cannot replace each other. We looked at the main features of laptops and smartphones and saw that these devices have a lot in common, but one will never replace the other, as they have different designs and sizes.
Smartphones will never replace PCs because the size of a laptop always allows for higher internal specs than the latest and greatest smartphone, including storage, processing power, and batteries. I mean personally, as much as I enjoy some fun on robinroo.com while I’m out and about, as soon as I get to my room, if that fun continues then it’s always much better on my full-sized laptop screen.
Also, smartphones are not the only devices that are improving every day, the same is happening with computers. With a smartphone that satisfies so many different needs, it’s no surprise that these smartphones have gradually made many devices, including computers, a second choice for many.


The drone, Ingenuity was sent to Mars with the rover, Perseverance last year. It was sent for the purpose to test drone flight on Mars. The drone was airborne for less than a minute on April 19, 2021.
This is the first powered, controlled flight by an aircraft on another world, Mars. Control was autonomous and was reported though communication from the drone to a satellite then to the Mars Helicopter Base Station. This will allow NASA to be able to explore areas where we cannot use a rover. Since it’s first flight was successful, the next step is to attempt longer flights. The aim is to get an understanding of flying technology on other planets, specifically Mars, and to get to a point where this will be a benefit in the future.
It took six years for the engineers to build the drone. Ingenuity is considered a feat of engineering. It is small, only weighing at around 4 pounds and is only about 2 feet tall by 4 feet wide.
However, for it’s small size it is very smart. Equipped with an antenna, solar panel, senors, and cameras. It can autonomously keep itself warm during the cold nights and charge itself with its solar panels. Information from nasa.gov.


The TeslaNIBP is the world's only standalone MRI-compatible non-invasive blood pression (NIBP) monitor. The device was developed specifically for operation in the MRI environment. It ensures reliable blood pressure readings without compromising image quality.
The TeslaNIBP provides you with certainty about your patient’s status during an MRI examination. The monitor is MRI compatible up to 3T and can be positioned next to the MRI scanner. Furthermore, it is suitable for monitoring adults, children and neonates.
An independent microprocessor controls cuff pressure as well as the main processor functions.
TeslaNIBP completes the MIPM product portfolio and has passed a long series of tests in the MRI environment, as have all of the products in MIPM's MRI line.
The infrared remote control enables you to take blood pressure readings or cancel an alarm at any time from the control room without interrupting the scan.
Parameters: systolic, diastolic, mean, heart rate
Certified for all magnet types up to 3T (ask us if you need a higher field intensity)
Integrated battery and power supply
Bright and clear LCD
Independent microprocessor controls cuff pressure as well as main processor functions


A doorbell camera is a doorbell that allows you to see and speak to visitors at your doorstep, from anywhere in the world, via two-way audio. When doorbell camera is a part of integrated home system, you can open the front door or your garage door to the visitor after previewing a real-time video from the camera.
This compact device is equipped with motion sensors. Motion sensors can detect any activity around an entrance or specified property zone and warn you by sending an alert to your smartphone. All visitors’ information, including video and time of visit, is recorded into an access log that you can check at any time.


T&M Instruments was formed in 1994. We currently have 3 full-time Field Sales Representatives located in each of the major markets in Texas:
Chuck Anderson: Houston, TX
(Covers S. Texas and Louisiana)
Work history includes four years at UL (Underwriters Laboratories) performing compliance testing to various standards, designed energy savings electronic ballast
for CFL (Compact Fluorescent Lamps) at Motorola Lighting, and field service engineer for Power Electronics ATE (Automated Test Equipment) with Schaffner EMC.
Most recently, Chuck served 8 years as Sales Manager of WEETECH USA, growing their sales efforts in North America for electrical cable/harness ATE. Primary industries
included aerospace, automotive, industrial, medical, and oil exploration. Attended Illinois State University majoring in Electrical Engineering.
Jace Curtis: Austin, TX
(Covers Central and West Texas)
Dedicated career to the sales and marketing of instrumentation and test services for mechanical measurements: vibration, acoustics, pressure, and force.
Has worked with sensor technologies, data acquisition equipment, and RF/High frequency test equipment and services.
Specialties include PC-based analyzers, sensor technology for temperature, strain, and sound/vibration, 4-20mA transmitters for industrial machine health monitoring.
Bachelors Degrees in both Electrical and Bio-Medical Engineering from Vanderbilt University.
Chris Vinson: Dallas/Ft. Worth
(Covers N. & E. Texas, Oklahoma & Arkansas)
Designed and manufactured power electronics/magnetics for the automotive, consumer electronics, solar/wind energy, and telecommunications industries up to 5kW.
Has extensive experience working with US based regulatory compliance agencies, specifically UL60950 and UL1585, in addition to experience related to EMI testing, troubleshooting, and filter/shield design.
Strong attributes related to test and measurement industry include hands on experience with programmable power supplies, thermal chambers, 3 axis vibration testing, network analyzers, data acquisition for thermal/current/voltage, oscilloscopes, hipot testers, and THD analyzers.
Bachelors of Science in Engineering Electronics Technology from Texas Tech University.


The science behind spelfie
Taking a selfie from space is a complicated process – it must be taken on the best satellites,
at the perfect angle at exactly the right time, all controlled remotely in space, from Earth.
But don’t worry - we have it all worked out.
Hover over the boxes below to find out more about our satellite, feasibility testing for spelfies and our app!
The Pleiades constellation is part of AIRBUS’s Defence & Space Satellite Programme, which provides ultra-high resolution images. Originally designed for military and civil use, it covers an astonishing 1 million square kilometres every single day! Pleiades are equipped with innovative, next-generation space technologies such as fibre optic and control moment gyros which enable us to get the best possible shot.
Taking a spelfie is very complicated. Everything needs to be just right. In order to take the perfect spelfie, we need to test that the satellite will pass over at the right time, that the angle of the space camera will be less than 30 degrees off vertical and that weather conditions are likely to be ideal! We do this by communicating with the satellite directly from spelfie HQ.
You can download our state of the art app from Google Play or the App Store. This app allows participants at your event to take their spelfie image and share it to their social media platforms seamlessly - giving them a memento that lets everyone know that "I was there!"


Senior Electronics Design Engineer (f/m/d)
Updated: 13 Jan 2023
Salary 90’000 - 110’000 CHF per year
Requirements:- Master's degree or equivalent qualification in electrical engineering
5+ years of proven professional experience in the industry of electronics design
Proven experience with CAD (Altium) and simulation tools (Spice)
Experience with digital / analog design, high-speed interfaces and DC/DC converters
Kledge of EMC validation and functional safety
Experience with FPGA design (Xilinx Vivado) is an advantage
Outside-the-box thinking, open-minded and motivated personality
You enjoy working in an interdisciplinary and international team where innovation is core priority
Excellent communication skills in English
Responsibilities:- Electronics design from prototype to product of complex analog and digital circuits
Creation of schematics and layout (Altium) for complex printed circuit boards (like ARM Processors, FPGAs, complex front-end circuits)
Implementation of sophisticated electronics designs for signal processing, high-speed interfaces, analog front-end and DC/DC converter circuits (low power < 100W)
Measurement and characterization of electronic assemblies and function tests to check the specifications (incl. EMC, safety)
Building functional models and prototypes for new technologies
Participation in the system architecture, developing concepts and performing hardware reviews
Close cooperation with software, firmware, application experts and external electronic design
Working with local and global Hexagon project teams, occasionally on site
Taking over technical design responsibility and critical decision making
More: Committed and with passion for precision we create digital reality solutions combining sensor, software, and autonomous technologies to empower a sustainable future.
In international and interdisciplinary teams, we develop smart precision measuring instruments for various fields of application. Technical innovations are your passion? You implement your ideas with reliable flair? Join our team and make your visions come true!
Hexagon is a leading provider of digital reality solutions and employs more than 21,000 people in 50 countries. You will be part of a strong, experienced, inspiring and motivated team of experts driving the future of Hexagon. You will use and develop your skills in our highly innovative and diverse environment.
Flexible working models allow you to ideally combine work and private interests.
If you have any questions about our positions or our company, please do not hesitate to contact us.
Hexagon Manufacturing Intelligence / HTC
Heinrich Wild Strasse 201, Heerbrugg