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TE Connectivity's sensor solutions help build safer vehicles. It offers occupant and cabin safety sensor solutions for on and off-road vehicles. Operators of these vehicles face extreme weather conditions, long duty cycles and complex vehicle operations. These sensors help OEMs build safer and more efficient vehicles. TE Connectivity sensors help detect the position and speed of rotating and moving parts, and monitor the condition of occupants in a vehicle.
With a diverse portfolio of sensors, TE Connectivity can help your vehicle operate safely and efficiently. From anti-tilt and ride stability sensors to hall effect and fluid condition sensors, the company offers everything a vehicle needs to stay on the road, on time and on budget.
In addition to its wide variety of sensors, TE offers connectivity solutions and advanced manufacturing expertise. The company continues to focus on innovation to deliver solutions to the harshest environments. The company has been recognized by Clarivate Analytics as a Top Global Innovator and as one of the World's Most Ethical Companies by Ethisphere Institute.
TE Connectivity offers a wide variety of sensors and sensor assemblies to meet the diverse needs of OEMs. From low-power to small-form-factor, the company's sensors help OEMs design customized products and meet their needs. The company's broad portfolio of sensors and sensor assemblies is also customizable, enabling easy integration with a variety of development platforms.
TE Connectivity offers a comprehensive portfolio of sensors and sensor technologies, including temperature sensors, pressure sensors, and accelerometers. Using innovative design and engineering, the company's sensors help redefine the capabilities of everyday life. In today's increasingly connected world, TE's sensors are essential to data-driven technology.
Sensors play an important role in many different types of applications, including food and beverage production, construction equipment, drones, and medical devices. Sensors from TE Connectivity help make these applications safer. The company offers sensors in a variety of sizes, designs, and capabilities for many different industries.
TE Connectivity is a leading global supplier of connectivity and sensor solutions. The company has more than 89,000 employees worldwide, including more than 8,000 engineers. TE Connectivity serves customers in 140 countries. Its products include sensors for several industries including automotive, industrial, commercial, and aerospace.
TE Connectivity manufactures mass air flow sensors for automotive, medical, and industrial gas flow. It also offers flow switches for water control and central heating systems. These switches also help with leaking detection and circulation pump protection. If you're planning to attend the Sensor Expo, be sure to visit the TE Connectivity booth in hall B3 at booth 225.
Sensors from TE Connectivity are ideal for harsh environments and offer reliable measurement. TE Connectivity offers sensors with minimal footprints, low power consumption, and attractive high-volume pricing. They also offer sensors with customizable designs to meet the requirements of various end-markets. These sensors come in media-isolated and non-media-isolated forms.
Sensors provide vital information to monitor operations and improve performance. For example, temperature sensors measure temperature data periodically and send the data to a controlling unit, which can then shut off power if the temperature exceeds a preset limit. The scope of sensors is enormous, with applications in nearly every industry.
The emergence of new connectivity applications has necessitated the development of sophisticated sensor solutions. These solutions enable the transfer of physical information to digital formats. This is the foundation of IoT. These sensor solutions are used in industrial, commercial and automotive applications. Some companies have developed solutions that combine the power of IoT with the versatility of traditional sensors.
As the Industrial Internet of Things (IIoT) grows in importance and scope, sensors will be vital to its success. TE Connectivity offers a broad portfolio of solutions to solve the specific challenges of industrial applications. The company works closely with customers to determine the best sensor solution that fits their unique requirements.
TE Connectivity is looking for an experienced commercial lawyer to lead the legal team for its North American operations in the Sensors business. This person should be able to apply practical problem-solving skills, be highly adaptable, and demonstrate strong judgment, while upholding TE's core values. This position will report to the Assistant General Counsel.
TE Connectivity is a global industrial technology company. Through First Sensor, it is expanding its global leadership in highly engineered sensor solutions. First Sensor's solutions include low-pressure sensing and photonics. These will be integrated with TE's existing sensor technologies to offer customers a comprehensive global sensing solution. This will create an integrated offering that enables First Sensor executives to serve a deeper and wider customer base.
TE Connectivity is an industry leader, with more than 50 years of innovation and leadership. The company designs over 500,000 products to secure the flow of power and data inside a variety of products. Its diverse product line includes modular control switches and indicating units, strip-formed terminals, and high-speed I/O connectors.
Te Connectivity Products offers an innovative touch-screen solution for interactive digital signage. With its combination of commercial-grade large format LCD panels and precision acoustic pulse recognition touch-screen technology, the company's IDS portfolio offers a high-performance solution for interactive digital displays in high-traffic environments.
Acoustic Pulse Recognition (APR) is a touch-screen technology that uses ultrasonic waves to detect and register touches. These waves travel along several horizontal and vertical paths. When a finger is placed on a screen, it weakens the received signal. The signal delay is then translated to the position of the touch. The system is highly accurate but is limited to a single-touch operation.
APR has a number of advantages. This touch-screen technology can be large in size and offers a high level of durability. It can also detect contaminants and soft materials. It is easy to use and can be used on a wide variety of products.
The technology is very sensitive and reduces ghost touches. It has an SNR of more than 80 dB. The SNR of a touchscreen device is usually compared with the noise it detects. This way, a threshold can be set by pressing a finger against the digitizer and measuring the amplitude. Emulated touch may have a lower SNR value.
The APR touch-screen technology enables a switch to respond to an input by emulating a touch with a finger. The technology works by introducing a metal contact into the touchscreen device. This metal contact causes the digitizer to change its baseline, which can take seconds or up to two minutes. The results of the calibration can be viewed in raw data or in a HID report 218.
The Elcon range from TE Connectivity Products is a comprehensive high-speed I/O connector family. The range includes SFP+ connectors that provide aggregate data rates of 200G or 400Gbps and are designed to address the most demanding needs of data center applications. These high-speed connectors provide improved thermal performance and EMI containment, making them a great choice for a variety of data center applications.
ELCON Mini connectors allow for greater design flexibility and are available in two-, three and four-position configurations. They feature an economical, stamped-contact design and low resistance. In addition, the connectors support higher currents than their competitors, giving system designers confidence in the performance of their systems.
ELCON Mini connectors can support power input/output and distribution applications. They also provide an internal wire-to-board power solution for OCP "Wedge" switches. The Open Compute Project (OCP) is a group of industry professionals that develops standards for data center hardware to facilitate compatibility and scalability. TE leverages decades of engineering expertise to offer one of the largest connector portfolios in the industry.
TE's SFP+ connectors meet the PCI application standards and are backward compatible with standard SFP connectors. TE SFP+ connectors feature increased thermal performance and EMI containment, enabling communication equipment to operate more efficiently. These connectors also require less power to operate.
If you're in need of Terminals and Connectivity Parts, look no further. The TE Connectivity Catalog is a valuable resource that offers more than 250 pages of information and technical specifications. It's a comprehensive resource for the industry and contains information on everything from contacts to heavy-duty connectors. The catalog also includes hyperlinks to application specifications and product documents, and is optimized for desktops and tablets.
TE's AMP business division produces durable electronic components that are used in the manufacture of electrical components and systems. The company's line of AMP products includes a wide range of products, including wire, terminals, and interconnect systems. AMP's range also includes switch and relay assemblies, lighting, and sensors.
The AMP line has undergone major evolution over the past decade. The company's engineers have created breakthrough technologies such as Acoustic Pulse Recognition (APR), which allows for easy touchscreen operation. The technology works by detecting the position of the stylus or finger on a touch screen.
TE Connectivity has a comprehensive catalog of parts, accessories, and connectors. It contains 250 pages of information and features series overviews, technical specifications, and helpful how-to guides. The catalog also includes hyperlinks to product documents and application specifications. The catalog is designed for use on desktop computers, but can also be accessed on a tablet.
The AMP MCP connector system features a waterproof housing and high resistance to extreme vibration. This connector system is ideal for motor vehicles, where the contacts of connectors can be exposed to vibrations. Available in sealed and unsealed versions, the AMP MCP connector system is compatible with many TE Connectivity connector systems. Its high reliability and durability make it a popular choice among auto manufacturers.
TE Connectivity manufactures thick film resistors for a variety of applications. These resistors are AEC-Q200 certified and have passed stringent tests to ensure that they won't fail under normal usage. As a result, they can be used in the most critical circuits in the automotive industry and in systems that protect passengers. TE Connectivity also offers a wide range of resistors, including fixed and variable resistors, with power ratings and tolerances to meet your specifications. You can also opt for a through-hole resistor, which features long pliable leads that can be soldered into a printed circuit board.
TE Connectivity produces a variety of rugged, durable products for industrial and commercial transportation terminals. These products connect power, data, and signals and are used in industries such as manufacturing, robotics, security, elevators, high-speed trains, locomotives, and solar energy.
To learn more about these products, visit TE Industrial & Commercial Transportation. The company also offers a range of literature and product videos. Check out its product catalogue to find the part you need. If you are unsure of what to order, TE Connectivity can help you determine the best solution.
The company's catalog includes 250 pages of detailed information. The pages provide detailed technical specifications and series overviews. The catalog also provides links to product documents and application specifications. It is optimized for desktop computers and tablets. Customers can browse the catalog using a tablet if they are on the go.
In addition to providing industrial and commercial transportation terminals with high-quality products, TE also designs and manufactures high-performance solutions for the automotive industry. In fact, in the mid-90s, TE was the world's leader in the interconnection business for commercial vehicles, with interconnection solutions for trucks and buses across the world. The company's solutions are the result of an innovative development process, rigorous testing, and mass production.
Heavy industry applications require high-quality electrical connectors that can withstand harsh environments. For example, TE IPT-HD power bolt high-voltage connectors provide low contact resistance and thick options for conductor cross-sections. DT-XT connectors use innovative, high-performance sealing technology to ensure the integrity of the connection. These products are specifically designed for industrial and commercial vehicle applications.
TE Connectivity has a global workforce of over 80,000 employees. Over 7,500 design engineers are on staff, serving customers in 140 countries. The company's products are used in industrial automation, power distribution, and transportation terminals. Additionally, AMP Connectivity provides vital components for consumer electronics.
TE Connectivity At TTI is an ISO Certified and AS9100D certified distributor of electronic components. Their CII FCC-360 60-Amp contactor features a 2.5" x 2.1" footprint and rugged double-make contact design to reduce wear and promote long life. The contactor also features easy-to-install components and meets MIL-PRF-6106 performance requirements.
The Raychem RPG is a company that caters to the infrastructure segment of multiple business industries. Its product range includes best in class transformers of various types, industrial and domestic automated gas meters, railway catenary systems and personnel safety equipment. In addition, it is ISO 9001 and ISO 14001 certified.
Raychem RPG was a 50:50 joint venture company that has been recognized as an ISO 9001 and ISO 14001 certified company. It has 6 manufacturing locations and a centralized R&D facility. It is also a member of the League of Excellent Organizations.
TE Connectivity offers a variety of industrial products for the distribution of power, data, and signals. These products are used in a variety of applications, including factory automation, process control systems, human machine interface, elevators, and security. The company also offers products for the solar industry.
When you're looking for a contactor with high performance, reliability, and easy installation, look no further than TTI, Inc. This specialty distributor stocks a wide selection of CII FCC-360 60-amp contactors, manufactured by TE Connectivity. They have a 2.5-inch footprint and rugged, double-make contact design to minimize wear for long life. Moreover, they're easy to install, and meet MIL-PRF-6106 performance specifications.
L com is a leading manufacturer of cables, connectors, adapters, antennas, and other connectivity products. With over 30 years of experience in the industry, L com is a one-stop shop for all of your connectivity needs. With manufacturing facilities in the US and China, L com can build any type of cable assembly, connector, or adapter.
Mighty Mouse connectors are designed for harsh environments. They feature high-density crimp Mighty Mouse inserts and 316 stainless steel housings. These connectors accept #12 to 30 AWG wire and are resistant to galling and corrosion. They are also available in micro-miniature sizes.
Mighty Mouse connectors are designed for use with a variety of cable assemblies. These cable assemblies have a male or female Mighty Mouse connector on one end and a standard USB type-A or RJ45 connector on the other. The connectors feature IP67 protection and have outstanding lock-down and grounding characteristics. They are also rated for outdoor use and are available in stock with no minimum order requirement.
The Mighty Mouse connector series is available in several sizes and offers a variety of features. Its dual-start threads allow for full mating in a single half turn, which means it is ideal for high-density packaging. The Mighty Mouse series also features upgraded EMI protection and vibration resistance. It is also available with printed circuit board contacts.
The demand for coaxial cables is rising across North America due to growing investments in broadband and television networks. The industry is also fueled by low trade barriers and attractive FDI policies. Although, high prices could hamper the growth of the industry over the coming years. Nonetheless, initiatives to serve the rural markets are expected to boost demand for coaxial cables in the near future.
L-com is one of the leading manufacturers of coaxial cable and other wired connectivity products in the United States. The company has recently launched a line of formable coaxial cable assemblies, which is a flexible alternative to rigid coaxial cables. The formable cable features a tin-filled copper braid shield that can be hand formed for precise, custom-fitting applications.
Coaxial cables are used for home video and ham radio systems. They can support speeds of up to 100 Mbps and are comparatively inexpensive. The market for coaxial cables in North America is expected to grow at a rapid pace, thanks to the increasing demand in the cable television industry, the aerospace and defense industries, and telephone service providers. They are also widely used for connecting multiple devices at multiple locations.
The coaxial cable market is expected to grow at a fast rate in North America in the next five years, according to Grand View Research, a market research company. The growth of the market is expected to be driven by increased spending in telecom and the availability of broadband services to consumers.
L com Global Connectivity manufactures a variety of wired and wireless connectivity products, including Fiber Optic Cables. The company recently introduced Fiber Optic Cable assemblies with MPO-style connectors for use in high-speed data centers, server farms, and Enterprise networks. These fiber optic cable assemblies feature zero-halogen cable jackets and low smoke emission. They are compatible with US Conec MTP products, and are available in a range of sizes.
Fiber Optic cables are available in single-mode and multi-mode varieties. Single-mode cables have a thin core surrounded by a thick, plastic cladding, which is about 10 times larger than the core. The cladding also includes strengthening fibers made from tough materials such as Kevlar(r) and a protective outer jacket.
Fiber Optic Cables from L com are available in a variety of lengths, which make them ideal for any application. These cables are also available in low smoke zero halogen cables, which reduce the risk of toxic emissions in the event of fire.
Among the benefits of US Conec products is their cost-competitiveness. They maintain strong relationships with carriers and suppliers, and work with customers to customize lead-time parameters. This ensures that the balance between inventory and delivery is optimized. Moreover, customers can also take advantage of the company's extensive experience in applications engineering.
L-com is a well-known company for designing and manufacturing connectivity products. Their product line includes coaxial and antenna connectors, wireless LAN amplifiers, ethernet switches and other accessories. The company is ISO 9001:2008 certified and has a high volume and low volume custom manufacturing program.
Wireless LAN amplifiers are useful for connecting two or more devices. A connected amplifier has a built-in WiFi or Ethernet controller and can connect to the local network or the internet. The home network is usually established by an Internet router. The amplifier can be connected to the router using a WiFi or Ethernet cable.
L-Com is a leading manufacturer of wired connectivity products. It offers a complete line of products and unparalleled customer support. Its product portfolio includes connectors, antennas, LAN amplifiers, enclosures, surge protectors, and ethernet converters. Based in North Andover, Massachusetts, L-com is ISO 9001:2015 certified and many of its products are UL-recognized.
The Ethernet media converter line of L com offers a wide selection of products for all types of network environments. Its range of products includes industrial, commercial, and NEMA hardened models. It also offers 10G and SFP modules for applications where distance is of utmost importance. Its wide range of options makes it an ideal solution for expanding networks.
The company's Ethernet converters feature Glenair's Mighty Mouse Connector. This connector is half the weight of the D38999 connector and is used on hundreds of mission-critical interconnect applications. It has become the de-facto high-performance connector solution for many D38999 connector users.
L com is an innovative manufacturer of wired and wireless connectivity products. They offer a full range of solutions, backed by exceptional customer service. Their product portfolio includes coaxial and fiber optic connectors, antennas, surge protectors, and adapters. They also design custom products and have won multiple awards.
L com's wide range of fiber optic transceivers are suitable for a variety of applications. They are used in mobile networking, long-distance transport networks, cable television home services, and cable MSOs. Their extensive product line is designed to withstand standard operating temperatures.
Reducing existing inequalities is a crucial part of achieving the Sustainable Development Goals. Despite some positive steps toward this goal, the plight of the poorest communities remains a persistent concern. However, recent policy changes such as preferential trade status for low-income countries have deepened inequality and affected the poorest communities the most. Meanwhile, the AIDS pandemic has further exacerbated social inequalities by amplifying the impact of such inequalities.
As a result, COVID-19 has exposed and exacerbated existing inequalities, particularly between and within countries. For example, people in low and middle-income countries face poorer health conditions, weaker health systems, and fewer resources to respond to economic consequences. These inequalities can have a profound impact on people and communities.
Across the world, the impact of COVID-19 has been particularly devastating for women, girls, and communities. It has fueled unemployment and decreased incomes for workers, and has hampered progress in gender equality and women's rights. Moreover, it has increased violence against women and girls, and placed them at higher risk for health risks. This has especially adverse effects on women and girls living in conflict zones and refugee camps. These communities often lack clean water, sanitation systems, and the ability to practice physical distance. In addition, lockdowns in camps have made it impossible to deliver aid.
The COVID-19 pandemic has exacerbated existing inequalities and regressed progress made in the past decades. Those living in the bottom 60 percent of the income distribution lost ground. Pre-COVID-19 projections had estimated that daily incomes for low-income households would rise from $7.15 to $7.44. In 2021, however, low-income households are expected to earn a mere $7.05, despite rising wages across most countries. Moreover, the COVID-19 pandemic has widened existing income gaps, with women suffering the most.
Furthermore, the COVID-19 pandemic has increased economic inequality by increasing the risk of poorer neighbourhoods and communities. For example, the most affected neighborhoods in the New Orleans area are poor and have a high Black population. Furthermore, many black-owned businesses did not have good underlying finances, and had fewer reserves. Consequently, they did not have the financial resources to survive the pandemic.
Furthermore, COVID-19 has deepened existing insecurities within the countries. The underlying causes of this increase are not understood, but the pandemic has increased the already-existing inequality in many places. Among those affected, the poorest households lost more jobs than the richer ones, and the most vulnerable people were hit the hardest.
The COVID-19 pandemic has killed thousands and slowed down world economic growth. The consequences of rising inequality include higher rates of crime and the rise of reactionary nationalism. The impact of COVID-19 will likely be long-lasting. As a result, the consequences of this pandemic will ripple through many different facets of society.
The COVID-19 pandemic has caused more than 3.1 million deaths and pushed more than 120 million people into extreme poverty. It has also exacerbated existing inequalities and led to an unprecedented global recession. The global inequality has never been more severe and is likely to continue increasing in the years to come.
Women are also disproportionately affected by the COVID-19 crisis. Since 70 percent of women work in informal sectors, these jobs are often the first to disappear during times of economic uncertainty. As a result, the COVID-19 crisis has further deepened existing inequalities in gender relations.
While reducing inequality requires a multifaceted approach, national and local governments have a crucial role to play. They must be aware of the dominant forms of inequality, and collaborate with private and social sectors to make sure that they are reducing the existing gap. Inequality is a persistent problem that threatens economic growth and political stability. However, it's important not to ignore the remarkable progress that has been made in the past two decades around the world.
Creating and maintaining equitable communities requires effective public policy. It is the role of national and local governments to invest in infrastructure that increases access to jobs and lowers barriers to starting a business. It is also important to create conditions that enable transportation of goods and services. And government should leverage private sector contribution, using public-private partnerships as a way to develop new public assets and maintain social assets.
While national and local governments play a vital role in reducing existing inequality, they must also take into account that the nature of wealth varies by region. This is an important point to consider when designing policy that will help reduce the overall income inequality. Although most politicians focus on federal policies, the role of state and local governments is also crucial.
Increasing the number of people of color who own their own homes is a great way to decrease wealth inequality. Although federal policies play an important role, home equity gaps still remain. Local governments can also play an important role in closing the home equity gap.
Inequality levels vary greatly across countries. While the US has made great strides, many countries have experienced persistent levels of inequality. And while the US has the highest income inequality among developed countries, inequality persists in many regions. These areas are still very problematic and must be improved.
Income inequality levels have risen more in the US than in any other developed country. The top 10% of earners now account for more than 40% of the country's total income, while the bottom 50% account for less than 20%. In the United States, the share of the top 10% has almost doubled since 1980, while the share of the bottom 50% has fallen significantly.
Inequality levels have contributed to social unrest. To address this problem, governments must implement robust policies and incentives to create more jobs. They must also decrease barriers for small businesses, increase access to reskilling programs, and improve the quality of jobs. Further, they should improve access to social protection systems and programs for the most vulnerable groups in society.
National and local governments play a vital role in reducing existing inequality. They are better placed to understand the needs of their citizens and deliver public goods that meet their needs. However, the relationship between central government and local governments is sometimes tense. The UK Government should be a driving force for change, but at times it inhibits it. Local governments need greater support to meet the needs of their communities.
Research shows that the cost of violence is immense. Not only is it expensive in terms of lives lost, but it also impacts the health of the community. This means that preventing violence is a wise investment, as it will save on both direct and indirect costs. By preventing violence, communities will be spared from these costs and gain the benefits of a healthy and productive society.
Preventing violence would generate $70 billion in savings annually, according to the Pathways for Peace report. In fact, preventing violence could result in $2 to 8% more GDP in some countries, including the United States. In fact, a 25% reduction in homicidal violence in the U.S. could lead to gains of up to $11 billion in Boston and $1.5 billion in Jacksonville. This makes economic, ethical, and moral sense.
In addition to preventing violence, prevention also promotes more efficient government. It can reduce duplication of efforts and align resources across different sectors. For example, when cities collaborate, they can share resources and information among departments. In this way, prevention efforts will minimize the need for reinventing the wheel and maximize the efficiency of existing resources.
Using these figures, the World Bank and United Nations estimate that preventing violent conflict could save up to US$70 billion every year. This is a large savings in terms of lives and money. The World Bank and United Nations have recently published a joint report called Pathways for Peace that highlights the benefits of prevention. The report outlines the benefits of early detection of conflict risks and works with governments to improve their response.
Preventing violence is an important strategy for improving health and fostering economic development in communities where violence occurs. It also generates indirect savings in terms of healthcare costs because it reduces the demand for health services and decreases the prevalence and incidence rates of violent crime. By preventing violence, thousands of people could avoid the associated costs associated with healthcare.
The surge of violent conflict has left a trail of human suffering, displacement, and protracted humanitarian needs. As of 2016, more than a hundred countries were subject to some form of violent conflict. In addition, the number of reported battle-related deaths had increased by 10 times since 2005. Terrorist attacks also have increased dramatically in the last decade.
TE Connectivity, a world leader in connectors and sensors, has been honored for its sustainability efforts. The company recently won the GreenTech Award 2022/23 from the Swiss Institute for Quality Testing, an independent market research institute in Zurich. The award is given to companies that demonstrate sustainable practices and are based in Switzerland. TE Connectivity's sustainability achievements include a 30% reduction in energy usage, a 38% decrease in greenhouse gas emissions, and water savings of over 30%.
TE Connectivity, a global leader in sensors and connectivity, was recognized for its continued efforts toward sustainability. In the latest edition of its annual corporate responsibility report, "Connecting Our World," the company detailed its progress in a number of areas. Specifically, TE Connectivity reduced its greenhouse gas emissions by 38% and reduced its energy use by 30% since 2010. Additionally, TE has adopted two new sustainability targets: a 15% reduction in hazardous waste, and a 38% reduction in water use at 30 targeted sites in water-stressed areas.
The TE Connectivity Lickdale plant relies on compressed air for most of its production processes, including metal stamping, assembly, and electroplating. In 2009, the company began investigating how to reduce its compressed air energy use. The company engaged the services of an independent company called Ingersoll Rand to perform an assessment and identify ways to save money on compressed air.
TE Connectivity has made great strides to be an environmental leader, and their sustainability efforts extend into their supply chain. The company's TE Guide to Supplier Social Responsibility lists more than 5,000 certified companies that have shared TE's sustainability values. The company also contributed $4.2 billion to local economies through its localized supply chain.
TE Connectivity is committed to delivering consistently strong financial results while remaining a global leader in sensors and connectivity. Recently, TE appointed Heath A. Mitts as its Executive Vice President and Chief Financial Officer. He previously served as the CFO at IDEX Corporation, a global semiconductor company.
TE Connectivity has been recognized by the National Association of Green Buildings (NAGBC) for its efforts to reduce its greenhouse gas emissions. Using greener electrical infrastructure can reduce building emissions and cut energy costs. The company's efforts in this area have helped it earn the honor and the prestigious Green Building Award.
The company has also earned DOE recognition for its energy efficiency efforts. The company's Lickdale, Pennsylvania plant achieved an 11% reduction in compressed air costs in the fall of 2019. The reduction in compressed air cost was estimated at $223,000 a year. The plant employs 500 people and is a Department of Energy Better Plants Challenge Partner.
TE Connectivity has also cut its water use by 30% over the past decade. The manufacturing process for connectors is very water-intensive. While this reduction may be less than what other companies are achieving, it still represents a significant reduction. Additionally, the company has achieved a 30% reduction in greenhouse gas emissions and energy intensity. This makes TE Connectivity an eco-friendly leader on all metrics.
The company is also committed to responsible sourcing. Although it doesn't directly source cobalt, it uses a lot of gold in its products. Gold mining can cause negative environmental effects, so TE Connectivity has committed to finding more sustainable sources of this resource.
TE Connectivity is a global technology company that produces connectors for many applications. Its environmental policies are world-class and the company supports a broad range of electric vehicles. The company has a 30% reduction in water usage, and is committed to continuing this progress.
TE Connectivity has an EPS range of eight to 17 percent. The lower end of the range is negative, while the high end of the range is positive. The analysts' high-end estimates are lower than the low end. Analysts are split by 5.6 percentage points. As a result, TE Connectivity has a low EPS growth rate. As such, TE Connectivity is a good candidate for DGI investors.
TE Connectivity, a global leader in connectivity and sensors, was recently named to the Dow Jones Sustainability North America Index, one of the premier reference points for sustainable investing. The company also released its annual Global Corporate Responsibility Report in July, outlining its progress toward achieving sustainability objectives. The report highlights TE's commitment to CSR, environmental sustainability, and community impact.
In addition to its commitment to sustainability, TE Connectivity is committed to investing in local manufacturing. In fiscal 2016, TE's China revenue reached US$2.2 billion, representing 18 percent of its global revenue. For 2017, the company increased its investment in local manufacturing, particularly in the automotive and industrial sectors. Its continued investment in China is a strong indication of its commitment to the country. The company was also recognized with the Shanghai Daily's 2017 Sustainability Influencer Award for its efforts.
Analog interconnect thermistors are an important part of any industrial system. Their unique features are useful for a variety of applications. They can be used for temperature and pressure sensing. Moreover, they offer a variety of designs to choose from.
TE Connectivity Sensors Analog InterConnect Thermistors are temperature sensors that are used in temperature control. They are available in different technologies, each of which has its own advantages and disadvantages. The right sensor technology depends on a number of factors, including the application, temperature range, accuracy requirements, time response, and cost. Understanding these factors will help you choose the right sensor.
These temperature sensors can be used in a variety of applications, including medical devices. Thermistors in medical applications must be highly accurate, reliable, and rugged. They are often made of a composite material that uses the resistance properties of ceramic/metal materials.
TE is also a leader in the production of accelerometers. It offers both dynamic and DC-response sensors. It also manufactures board-level silicon MEMS accelerometers for integration into vibration monitoring systems. And finally, it offers a wide variety of temperature sensors, including thermopiles and thermocouples.
TE Connectivity has provided thermistors for NASA's Juno spacecraft, ensuring reliable data collection even during the most extreme temperatures. The thermistors are extremely rugged and have passed rigorous environmental testing. They are manufactured with copper, which helps eliminate galvanic corrosion due to dissimilar metals.
Digital temperature sensors are used in many applications, including board-mounted temperature sensors. They are available in miniature packages and offer accuracy within +0.1degC. They feature optimized microcircuit design and low power consumption. All of these features allow for fast and accurate conversion.
Analog interconnect thermistors (RTDs) are contact-type sensors that measure temperature. They are known for their accuracy and linearity. They use platinum as their main element and can be made in a range of metals. Generally, they are more expensive than other types of RTDs.
Platinum RTDs provide high accuracy and stability over a wide temperature range and can withstand harsh environments. They are easy to install and can be designed for new applications. They offer fast response times and low drift. Because of their thin, compact design, they can also be easily packaged in custom probes.
Thermistors can be used in a variety of applications and are compatible with Arduino and other microcontroller platforms. They can also be interfaced with a voltage divider network. Because they can measure a wide temperature range, they are an excellent choice for temperature monitoring.
When evaluating temperature sensors, a critical design parameter is the location of the sensor on the PCB. An ideal location is away from the main heat-generating ICs. Choosing a location for the sensor is important because it must minimize the effect of other components on the PCB.
A thermistors sensor element has a much higher sensitivity than a metal RTD. The NTC thermistors can be sensitive to changes in temperature on the order of a hundredth of a degree. In comparison, a silicon diode changes its voltage by only two millivolts per degree of temperature.
A TMP117 sensor element is an excellent replacement for RTDs in a wide range of applications. It has a 16-bit resolution and is ideal for applications requiring high accuracy and low power. This sensor eliminates the need for expensive calibrations. It also offers comparable accuracy to a Class AA thin-film RTD.
Moreover, TMP107 has a temperature resolution of 0.015625 degC. This sensor also supports 32 daisy-chaining. It is ideal for replacing NTC thermistors in cold chain management.
TE Connectivity Sensors has a wide variety of Analog Interconnect Thermistors. These devices are small, epoxy-coated devices with solid tin-plated lead wires. They are also available in insulated versions, which provide added protection and enhance bonding for specific applications.
The beta value is an important factor when choosing a thermistor. This value represents how the resistance changes with temperature. As the temperature rises, the resistance decreases. This value is measured in degrees Kelvin (K).
A thermistor's resistance can be easily measured using an ohmmeter on a multimeter. The resistance value displayed on the multimeter should match the ambient temperature around the thermistor. The resistance value will vary as temperature increases and decreases. This characteristic is illustrated in Figure 2, which shows the resistance of a NTC thermistor when it is placed between 40degC and 60degC. A small change in temperature will cause a large change in resistance. Note that the response of a thermistor is not linear, as is usually the case for a thermocouple.