SBWire

ImageFIRST, a provider of medical scrubs and uniforms throughout NH and the rest of New England, announced that the company will attend The Beryl Institute Patient Experience Conference 2017. This year, the conference will be held at the Hyatt Regency Denver and will take place from March 20 to March 22, 2017.

Advanced Ceramics also known as Engineered Ceramics, High-Performance Ceramics or Technical Ceramics are developed to exhibit special properties with new materials or the combination of existing material and processes with the help of modern material science. These ceramics displays surprising properties which traditional ceramic fails to display, such as electric conductivity, high stability and toughness. They are produced accordingly to cater the requirement of an end-use industry. Advanced Ceramics has a wide range of applications in electronics, medical, transportation and defense etc. industries.

Leawo Software, one of the most popular online multimedia solution developer and provider around the world, has recently updated its Tunes Cleaner website page to better showcase the product's practical features and advanced points. To celebrate the website update, Leawo decided to provide Tunes Cleaner at half price since March 22nd to March 30th. This half-price special offer is available to both Windows and Mac users.

The many services provided by Matrix Renovations include an all-encompassing selection within the following categories:

Patients of Dental Associates of Basking Ridge can now request an appointment and find other valuable information online.

The 27th Annual Tommy Apostolos Fund Dinner Dance will be on Saturday, April 1, 2017 at the Roseville Sports Center (1545 Pleasant Grove Boulevard, Roseville) from 6 p.m. to 10 p.m. Tickets are just $40 each or $75 per couple.

Color detection sensors are photo-electric sensors which generally use light to voltage, light to frequency and light to digital techniques to sense color and light. Trans-missive and reflective sensing are two major color sensing systems used in the market. In case of trans-missive sensing, the sensor identifies the color of light that is reflected from a source of light, while in reflective sensing, the sensor identifies the color of light from a particular surface. These sensors provide reliable solutions to difficult automation challenges. They are mostly used for different purposes such as detection of components, verification of stages in manufacturing processes, matching colors of adhesive tape and various components, detection of color marks on parts and packaging of products among others. Moreover, color detection sensors have wide range of applications in the industrial automation sector. With advancement of technology, different color sensors have been developed with significant improvements like smaller package size, high precision and detection of more colors among others.

The card edge connectors is a series of metal tracks ending on the surface of a card, at the edge and it is plugged into a edge connector which primarily helps in data transmission The market has been segmented into by type which includes 2.54 mm pitch card edge socket, 3.96 mm pitch card edge socket, 4 mm pitch card edge socket among others. The market is also segmented into by application which includes measurement devices, communications equipment, control equipment, exchangers, measurement equipment, medical equipment, gaming machines among others. The market for card edge connectors, by geography is segmented into North America, Asia Pacific, Europe, Middle East and Africa and South America.

Optical interconnect technology acts as an interface between fibre and optical equipment. This technology helps in taking signals from perform signal processing and network equipment for conversion of digital signals to optical signals for transmission in the fibre network. Advanced signal processing is incorporated by optical interconnect technologies for monitoring and managing errors for reduction of distortion in fibre optic cables. Advanced optical interconnect technologies helps in enhancing capacity of optical equipment further reducing the operation costs. Global optical interconnect market can be segmented on the basis of product type, mode, interconnect level and applications. On the basis of product type, global optical interconnect market can be segmented into optical transceivers, cable assemblies, free space optics, connectors, silicon photonics and PIC based interconnects among others. Single and multi-mode fiber forms the different modes based on which global interconnect market is divided. Other than these segmentations, global optical interconnect market can be further segmented on the basis of interconnect level into chip & board level, board-to-board level, metro and long haul optical interconnect and rack level optical interconnect. Military and aerospace, consumer electronics, automotive, telecommunication and chemicals among others.

Solid state connector is a device or circuit that is made entirely from solid material and within which electrons and various other charged particles are entirely confine. The working principal of a solid state connector is entirely the same as that of a conventional gas discharge tube device. In a solid state connector the electric charges are confined within the solid elements and are engineered to amplify or switch the electric charges. Current in a solid state connector flows in two form, that is negatively charges electrons and positively charged electron deficiencies termed as holes. A solid state connector is generally used in solid state lighting applications such as light-emitting diode (LED) or organic light-emitting diode (OLED) among others. The market of solid state connector is at the nascent stage at present and is anticipated to grow at an exponential rate in the coming years owing to its increasing adoption across various lighting applications.

Dielectric material is a substance through which little or no electricity can pass. These materials do not have free electrons; therefore, unlike metals, they cannot conduct electricity. Dielectric material provides a unique offering that can affect other electrical phenomena. The force amid two electrical charges in a dielectric is not as much as that of a vacuum. However, the amount of energy stored in an electric field of a dielectric medium is greater than the energy generated in vacuum. For example, capacitance will be higher for a capacitor with a dielectric material as a medium. Dielectric materials are extensively used for manufacturing displays of electronics products.

A magnetron is a vacuum tube of high power, which functions as a self-triggered microwave oscillator. Crossed magnetic fields and electron are used in the magnetron device to generate high-power output which is required in radar equipment. Magnetron is a multi-cavity device which may be used in radar transmitters as either cw or pulsed oscillators operating at frequencies varying from around 600 to 30,000 megahertz. The somewhat simple construction has a shortcoming that a magnetron device can usually work only on a predetermined fixed frequency.

VAALCO Energy is under investigation over potential securities laws violations. The investigation was announced on behalf of investors in NYSE:EGY shares in connection certain financial statements made by VAALCO Energy.

The Shareholders Foundation announces that an investor, who purchased shares of Toronto-Dominion Bank (NYSE:TD), filed a lawsuit in New Jersey over alleged violations of Federal Securities Laws by Toronto-Dominion Bank.

The Shareholders Foundation announces that a deadline is coming up on March 27, 2017 in the lawsuit filed for certain investors of Yahoo! Inc. (NASDAQ:YHOO) over alleged securities laws violations by Yahoo! Inc.

The Shareholders Foundation announces that a deadline is coming up on March 21, 2017 in the settlement reached in the securities class action lawsuit filed on behalf of investors who purchased shares of Barrett Business Services Inc (NASDAQ:BBSI) between February 12, 2013 and March 9, 2016.

The report "Polyurethane Additives Market by Type, Application (Flexible Foam, Rigid Foam, Adhesive & Sealant, Coating, Elastomer, Binders), End-Use Industry (Automotive, Building & Construction, and Bedding & Furniture), and Region - Global Forecast to 2021", The market for polyurethane additives is expected to reach USD 2.75 Billion by 2021, at a CAGR of 6.3% from 2016 to 2021.

The smart battery market is poised for considerable growth in the coming years, riding on the rising demand and usage of smart electronics such as smartphones, tablets, laptops, and cameras. Technological advancements aimed at improving the efficiency of batteries used in various end uses have played a significant role in the development of this market.

The identification and security systems deployed across organizations have evolved a great deal in the past few years. Many recent advances introduced in these systems have considerably benefited businesses worldwide in fortifying their security. Next generation biometrics is one such technology that has been witnessing rising demand around the world.

Smart home appliances are the class of next-generation connected equipment that are designed to be controlled with the help of commands from a central system or communicate with other appliances in a network and make certain decisions for the owner. The concept of connected devices, which allow the user to manage everyday home appliances, such as ovens, refrigerators, stoves, air conditioners, vacuum cleaners, washing machines, etc. from any corner of the house, with the use of a mobile computing device, a simple app, and some kind of network that connects the user with the devices, is highly fascinating.

Smart electricity meters are an electric device that is used to calculate the amount of energy consumed. Smart electricity meters come with monitors so that energy usage can be easily measured. The monitoring is used to measure the quality of power so that it can lower the energy cost and extend the machine's life.

Distributed temperature sensing (DTS) helps in making continuous measurements for the full length of the optical fiber. Previously measurements were made at pre-determined and discrete points which were not helpful in getting the right information. DTS uses the light pulses which are reflected by the optical fiber to measure the temperature and pressure changes more efficiently. Using DTS it is now possible to detect temperature changes which are smaller than 0.01°C. Also, DTS is a real-time temperature measurement technique which provides continuous monitoring for the whole length of the cable covering all the critical measurement points.

Increasing safety systems, not only passive safety e.g. seat belts, but mainly by electronic such as air bags, anti-lock braking systems (ABS), electronic stability control (ECS), blind spot detection (BSD), adaptive cruise control (ACC) and lane change assist (LCA) among others. These all intelligent functions mentioned above require a semiconductor device to perform their function. The main function of a semiconductor is to conduct electricity easily in one direction among other more specific functions.

An act of producing the electronic systems or components resistant to malfunction or damage done by ionizing radiation (electromagnetic radiation and particle radiation of high energy) is called as radiation hardening. These radiations are encountered in high-altitude flight and outer space, around particle accelerators and nuclear reactors, or during nuclear wars and nuclear accidents. Most of the electronic components are prone to damage by these radiations. However radiation hardened electronic components are placed on the non-hardened components with some manufacturing and design variations reducing the vulnerability to radiation damage. Extensive testing and development is required in producing a microelectronic chip which is radiation tolerant, radiation hardened electronic chips lag behind in new developments. TID (Total Ionizing Dose), EDLRS (Enhanced Low Dose Rate Effects), single event effects (SEE, SEB, SET, & SEL), and proton & neutron displacement charge are some of the tests used typically for radiation-hardened products testing. Cosmic rays, solar particle events, Van Allen radiation belts, secondary particles, particle accelerators, chip packaging materials are some of the major radiation damage sources. There are two types of radiation hardening techniques logical hardening and physical hardening. Techniques included under physical hardening are production of electronic components by insulating substrates like silicon on sapphire and silicon on insulator. Bipolar ICs (Integrated Circuits), magneto resistive RAM (Radom Access Memory), capacitor based dynamic RAM (Random Access Memory) and shielding packages are radiation hardened. Logical radiation hardening techniques are redundant elements, hardened latches, parity checking, and watchdog timer for reducing radiation impact on electronic components.

Earphones are a pair of small hearing devices that are designed to be fitted in a user's ears, facing the ear canal. They are electroacoustic transducers through which the electrical signal is converted into a corresponding sound. They are typically designed to enable a single user to listen to an audio privately, unlike the loudspeakers, which produces sound in open air, for anyone to hear nearby. Earphones are portable device and are convenient, however some people consider them uncomfortable and prone to falling out. The earphones consist of separate units that are plugged into the ear canal of the users. In the terms of telecommunication, a headset is a combination of earphone/headphone and microphone. They either connect directly to an audio amplifier, CD player, radio, portable media player, mobile phone, electronic musical instrument, video game consoles or use wireless bluetooth technology. Earphone consists of different audio imitation quality capabilities. The headsets used for telephone cannot reproduce sound with highly reliable expensive units that are designed for listening music.